The Organic Law of 19 June, of Qualifications and Vocational Training, aims at the organisation of an integral system of vocational training, qualifications and accreditation, which will respond effectively and transparency of social and economic demands through the various forms of training. To this end, it creates the National System of Qualifications and Vocational Training, defining it in Article 2.1 as the set of instruments and actions necessary to promote and develop the integration of vocational training offerings, through the National Catalogue of Professional Qualifications, as well as the evaluation and accreditation of the corresponding professional skills, in order to promote the professional and social development of the people and cover the needs of the production system.

The National Catalogue of Professional Qualifications, as set out in Article 7.1, is designed to facilitate the integrated nature and adequacy of vocational training and the labour market, as well as training throughout life, the mobility of workers and the unity of the labour market. This catalogue consists of the qualifications identified in the production system and the training associated with them, which is organised in training modules.

Article 5.3 of the Organic Law of 19 June, gives the National Qualifications Institute the responsibility to define, develop and maintain the National Catalogue of Professional Qualifications, in its quality of technical organ of support to the General Council of Vocational Training, whose regulatory development is set out in Article 9.2 of Royal Decree 1128/2003 of 5 September, which regulates the National Catalogue of Qualifications Professionals, in accordance with Article 9.4, the obligation to maintain permanently updated by its periodic review which, in any case, shall be carried out within a period of not more than five years from the date of inclusion of the qualification in the catalogue.

Therefore, this order is issued in application of Royal Decree 817/2014 of 26 September 2014 laying down specific aspects of professional qualifications for the purposes of which it is amended, Article 7.3 of the Organic Law of 19 June 2002 on qualifications and vocational training, which was obtained by the Council of State of the Council of State 618/2014 of 23 July 2014, is applicable to the approval and effects of the legislation.

Thus, in this order they are updated, as a complete replacement of their annexes, four professional qualifications of the professional family Electricity and Electronics that have an age in the National Catalogue of Professional qualifications exceeding five years, to which Royal Decree 817/2014 applies, of 26 September.

In the process of drafting this order, the Autonomous Communities have been consulted and the General Council of Vocational Training and the State School Council have issued a report.

Under the joint proposal of the Minister for Education, Culture and Sport and the Minister for Employment and Social Security, I have:

Article 1. Object and scope of application.

This ministerial order is intended to update, with the replacement of the corresponding annexes, certain professional qualifications and their associated training modules, corresponding to the professional family. Electricity and Electronics, included in the National Catalogue of Professional Qualifications, in application of Royal Decree 817/2014 of 26 September, laying down specific aspects of professional qualifications for the modification, approval procedure and effects is of application the Article 7.3 of the Organic Law of 19 June 2002 on qualifications and vocational training.

The professional qualifications updated by this procedure are valid and are applicable throughout the national territory and do not constitute a regulation of professional practice.

Article 2. Updating of certain professional qualifications of the professional family Electricity and Electronics, established by Royal Decree 1228/2006 of 27 October, supplementing the national catalogue of professional qualifications, through the establishment of certain professional qualifications, as well as their corresponding training modules which are incorporated into the modular vocational training catalogue.

As set out in the unique additional provision of Royal Decree 295/2004 of 20 February 2004, the updating of professional qualifications, the specifications of which are contained in Annexes CLXXXVIII, is appropriate. and CLXXXIX of the aforementioned royal decree:

One. A new wording is given to Annex CLXXXXVIII, Professional Qualification "Assembly and maintenance of public address facilities, sonorization of premises and closed circuit television". Level 2. ELE188_2, which is listed as Annex I to this order.

Two. A new wording is given to Annex CLXXXIX, Professional Qualification "Assembly and maintenance of telephone systems and infrastructures of local data networks". Level 2. ELE189_2, which is listed as Annex II to this order.

Article 3. Updating of certain professional qualifications of the professional family Electricity and Electronics, established by Royal Decree 1115/2007 of 24 August, supplementing the National Catalogue of Professional Qualifications, by the establishment of six professional qualifications for the professional family electricity and electronics.

As set out in the single additional provision of Royal Decree 1115/2007 of 24 August, the updating of professional qualifications, the specifications of which are contained in the Annexes CCLV and CCLIX, of the present royal decree:

One. A new wording is given to Annex CCLV, Professional Qualification "Auxiliary operations for assembly of electrotechnical and telecommunications installations in buildings". Level 1. ELE255_1, which is listed as Annex III to this order.

Two. A new wording is given to Annex CCLIX, Professional Qualification "Development of projects of electrical installations in the environment of buildings and for special purposes". Level 3. ELE259_3, which is listed as Annex IV to this order.

Final disposition first. Competence title.

This order is dictated by the powers conferred on the State by Article 149.1.1. and the 30th of the Constitution, on the regulation of the basic conditions that guarantee the equality of all Spaniards in the exercise of rights and in the fulfilment of constitutional duties, and for the regulation of the conditions for obtaining, issuing and approval of academic and professional qualifications.

Final disposition second. Entry into force.

This ministerial order shall enter into force on the day following that of its publication in the "Official State Gazette".

Madrid, July 23, 2015. -Government Vice President and Minister of the Presidency Soraya Saenz de Santamaria Anton.

ANNEX I

Professional Qualification: Assembly and Maintenance of Megafonia Facilities, Localization of Local and Television Closed Circuit

Professional Family: Electricity and Electronics

Level: 2

Code: ELE188_2

General Competition

To assemble and maintain public address facilities, sonorization of premises and closed circuit television, applying the techniques and procedures required in each case, achieving the quality criteria established in the technical documentation, under security conditions and complying with applicable regulations.

Competition Units

UC0597_2: Mount and maintain local address and public address installations

UC0598_2: Mount and maintain closed circuit television installations

Professional Environment

Professional Scope

Develops its professional activity in production departments dedicated to the assembly and/or maintenance of public address facilities and sonorization of premises and closed circuit television, belonging to companies of public or private nature, irrespective of its legal form and size, on its own or foreign account, and depending, where appropriate, on a higher level. You may have staff in your position at times, for seasons or in a stable way. The activities carried out in the professional field are subject to regulation by the competent authorities, specifically complying with the provisions of the applicable rules on electrotechnical low voltage installations. -BT-energy efficiency and telecommunications infrastructure in buildings-ICT, among others. The principles of universal accessibility are applied in the development of professional activity in accordance with the applicable regulations.

Productive Sectors

It is located in the electrical sector, within the subsectors of telecommunications facilities, in processes of assembly and maintenance of public address and sonorization facilities and closed circuit television. It can also perform its functions in other productive sectors in which these processes are developed.

Relevant occupations and jobs

The terms of the following relationship of occupations and jobs are used with a generic and omnicomprensivo character of women and men.

Megaphone installers

Sound installations technicians

Security system installers

Security system maintenance technicians

Associated Training (300 hours)

Training Modules

MF0597_2: Assembly and maintenance of public address and sonization facilities (150 hours)

MF0598_2: Mount and maintenance of closed circuit television facilities (150 hours)

COMPETITION UNIT 1: MOUNT AND MAINTAIN PUBLIC ADDRESS AND PUBLIC ADDRESS INSTALLATIONS

Level: 2

Code: UC0597_2

Professional Realizations and Realization Criteria:

RP 1: Montar pipes, registers, tables and other accessories of the installation of public address or sonorization, following the technical documentation of the project, obtaining the specified levels of quality and fulfilling the applicable technical and security regulations.

CR 1.1 The conditions of the spaces for the location of feeding systems, boxes, cabinets, acoustic boxes and other elements of the installation-dimensions of the civil work, obstacles, temperature, ventilation, among others-are checked against the plans and specifications of the technical documentation.

CR 1.2 The tools, measuring instruments and other materials used in the assembly of pipes are used according to the procedures provided for each intervention and complying with the requirements of the prevention plan. job risks -PRL-.

CR 1.3 The repose of the installation is in accordance with the conditions of the civil work, plans and other specifications of the technical documentation-distances to parts and other installations, direction, angles and radii of curvature the layout, inter alia, in compliance with the applicable regulations for the electrotechnical installations of 'BT' and 'ICT', among others.

CR 1.4 The collection of materials and tools-tubes, channels, registers, driver tables, among others-and their distribution, is carried out in accordance with the specifications of the relationship established in the technical documentation of the project, following, in time and form, the assembly plan.

CR 1.5 The pipes are adapted to the layout of the installation by cutting, bending, ingesting, among other operations, following the planes and instructions for mounting-length and direction of sections, passage of walls and radii of curvature, among other aspects-maintaining the nominal characteristics of the same and the parameters of established technical and aesthetic quality.

CR 1.6 The pipes, boxes, registers, racks and other accessories are mounted according to the repose, and following the assembly instructions of the manufacturer, ensuring mechanical fastening and technical quality criteria. and established aesthetics.

CR 1.7 The work part and/or technical report is completed using the established model-operations, times, materials, incidents, among others-and incorporating, where appropriate, the modifications made to the actions or expected aspects of the work order.

CR 1.8 The waste generated in the pipeline assembly is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

RP 2: Tend the cabling of the public address or sound installation, following the installation's technical documentation and schemas, obtaining the specified quality levels and complying with the technical and safety regulations applicable.

CR 2.1 The collection of materials, tools and other required elements-cables, 'passable guides', among others-is carried out according to the assembly plan and according to the specifications of the technical documentation.

CR 2.2 The distribution of cable-uniphiles, balanced, of pairs, among others-is carried out according to the plans, schemes and specifications of the technical documentation-number and type of conductors, nominal voltage, Section, category, approved colours, uses of lines and circuits, inter alia-complying with the approval standards and applicable regulations for electrotechnical installations of 'BT' and 'ICT', inter alia.

CR 2.3 The tools, measuring instruments and other materials used in the wiring, are used according to the procedures provided for each intervention and in compliance with the PRL plan.

CR 2.4 The power, sound and control wiring, among others, is available through the corresponding pipeline, without modifying its nominal characteristics, taking into account the circuits and lines differentiated in the schemes, keeping, in each case, the standard distances and ensuring the parameters of technical and aesthetic quality stipulated.

CR 2.5 The power, sound, and control cabling, among others, is grouped and labeled, following the established coding procedure and system and identifying the circuits and lines represented in the schemas.

CR 2.6 The work and/or technical report is completed using the established model-operations, times, materials, incidents, among others-and incorporating, where appropriate, the modifications made to any of the the actions or aspects raised in the work order.

CR 2.7 Waste generated in wiring is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

RP 3: Perform the installation of public address or sonorization, following the established procedures, according to the technical documentation of the installation, obtaining the specified quality levels and complying with the regulations applicable technical and security.

CR 3.1 The collection of material-power equipment, sound equipment, cables, connectors and other elements-is made in accordance with the specifications of the technical documentation and is distributed according to the assembly plan.

CR 3.2 The tools, measuring instruments and other required materials are used according to the procedures foreseen for each intervention and in compliance with the PRL plan.

CR 3.3 Equipment and distribution elements-protection systems, microphonic desks, recorders/players, amplifiers and receivers of wireless microphones, among others-are mounted and located following the manuals the manufacturer and the distribution plans, ensuring the established mounting conditions.

CR 3.4 Signal diffusion elements-ceiling speakers, acoustic boxes and acoustic columns, among others-are fixed in the position and orientation established in distribution plans and schemes, ensuring mechanical fastening and the specified technical and aesthetic quality.

CR 3.5 The connectors and sockets are implanted by welding, spent, crimped, among other operations, following the instructions and specifications set by the manufacturer and complying with the approval standards, in their case.

CR 3.6 Equipment and other elements-protection, feeding and grounding systems, lines, 'reglettes', among other mechanisms-are connected according to the specifications of the manufacturer's manual and technical documentation. schemes, nominal characteristics maximum lengths of the cables, radii of curvature, among others-ensuring the mechanical and electrical reliability of the connections.

CR 3.7 Media, equipment, broadcast and fetch elements, among others, are tagged according to the procedure and coding set out in the technical documentation.

CR 3.8 The work part and/or technical report is completed using the established model-operations, times, materials, incidents, among others-and incorporating, if necessary, the modifications introduced in any of the the actions or aspects raised in the work order.

CR 3.9 Waste generated in the installation operations of equipment and other elements of public address or sonorisation are collected or disposed of following the specific treatment provided for in the waste and protection management plan environmental.

RP 4: Set up and check the operation of the public address or sound installation according to the specifications of the technical documentation and, where appropriate, under supervision, obtaining the quality levels specified and complying with applicable technical and security regulations.

CR 4.1 The tools, measuring instruments and other materials required in the configuration and testing-polymeter, wiring checker, oscilloscope, among others, are used according to the procedures provided for each intervention and complying with the PRL plan.

CR 4.2 The power supply installation is verified-protection and grounding, nominal voltage, among other aspects-adjusting to the specifications of the technical documentation and complying with the Applicable rules for the electrotechnical installations of 'BT' and energy efficiency, inter alia.

CR 4.3 The distribution and continuity of the audio and control conductors is verified, by means of approved wiring tests, following the installation's technical specifications and diagrams.

CR 4.4 Control software is installed and configured following the procedure set out in the manufacturer's manual and responding to the customer's concerted performance, under the supervision of the hierarchical superior technician.

CR 4.5 Functional tests are carried out by verifying, inter alia, the acoustic parameters-sound level and reverberation, among others-of the transmission of the signal between the equipment and the diffusion elements, having in consideration of standard levels approved and/or laid down in the applicable regulations, under supervision, where appropriate, of the hierarchical superior technician and ensuring the specified performance and quality levels.

CR 4.6 The work part and/or technical report is completed using the established model-operations, times, materials, incidents, among others-and incorporating, if necessary, the modifications introduced in any of the the actions or aspects raised in the work order.

CR 4.7 The installation manual and other technical documents intended for the user are transmitted to the client, exposing the procedures of action through simple demonstrations, following the established protocol, according to the with the manufacturer's and the hierarchical superior's instructions.

RP 5: Maintain the installation of public address or sonorization by following the established procedures and response time, under supervision, where appropriate, maintaining the specified quality levels and complying with the technical regulations and applicable security.

CR 5.1 The tools, measuring instruments-digital multimeter, sonometer, among others-and other materials required in the maintenance operations of the installation of public address or sonorization are used according to the procedures foreseen for each intervention and complying with the requirements of the PRL plan.

CR 5.2 Preventive maintenance operations for the installation of public address or sonorization-visual inspections, periodic testing, parameter checking, cleaning, adjusting or replacing elements at the end of your life useful, among others-are developed with the required periodicity, following the procedures and response time set out in the maintenance plan.

CR 5.3 The detection of dysfunction or failure, if any, in each element of the installation as diffusers-speakers and columns, among others-, equipment-amplifiers, wireless receivers and microphones, among others-and means of signal transmission, performed by functional and/or measured testing of its characteristic parameters, following the protocols established in the maintenance plan and using schemes, manufacturers ' specifications and other project technical documentation.

CR 5.4 The diagnosis of the breakdown or dysfunction-type, cause, elements affected, possible solutions, among other aspects-and the estimate of the cost of their repair, are carried out according to the procedures established in the plan maintenance and documentation of the manufacturer, under supervision, where appropriate, of the hierarchical superior.

CR 5.5 Maintenance operations-replacement, simple repair, among others-are carried out in accordance with the protocol provided for in the manufacturer's maintenance and instructions, using equipment, mechanisms and identical or equivalent components to the broken down, under the supervision of the hierarchical superior technician.

CR 5.6 The checking and adjustment of the replaced or repaired items is carried out in accordance with the manufacturer's manual and the technical documentation of the project, under the supervision of the hierarchical superior technician and ensuring the levels of specified technical and aesthetic quality.

CR 5.7 The maintenance and/or technical report part is completed in accordance with the established model-operations, times, materials, incidents, inter alia-and incorporating, where appropriate, the modifications made to the the work order received.

CR 5.8 Waste generated in the maintenance of the public address or sound installation is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

Professional Context:

Production media:

Tools for electrical work-power-laying, crimping and fiber-optic cutting, among others-Tools for basic machining work. Measuring instruments-polymeter, wiring checker, sonometer, field meter, optical reflectometer, among others-Computer tools-Computer, conventional and specific peripherals, specific software, among others-Equipment specific individual protection.

Products and results:

In the field of public address and sound installations:

Pipes, records, frames, and other installation accessories, mounted. Wiring tended and checked. Loudspeakers and other diffusion elements, microphones, reproduction/recording equipment, amplification and other elements of the system of public address and sonorization, connected, configured and checked. Collaboration in the operations of the implementation of the system, carried out. System maintenance operations, performed.

Information used or generated:

Project documentation. Work orders. Parts of work. Technical reports-assembly report, breakdown parts, among others-Economic estimates and budgets. Technical information provided by manufacturers-equipment manuals, catalogues, product tariffs, technical specifications, inter alia-applicable regulations, including regulations and, where appropriate, technical instructions (a) complementary to, for the use of low voltage electrotechnical installations-'BT '-and common telecommunications infrastructures-'ICT', or provisions to replace them. Applicable rules on the prevention of occupational risks-PRL-energy efficiency and environmental protection, among others.

COMPETITION UNIT 2: MOUNT AND MAINTAIN CLOSED CIRCUIT TELEVISION FACILITIES

Level: 2

Code: UC0598_2

Professional Realizations and Realization Criteria:

RP 1: Mounting pipes, records, frames and other accessories of the closed circuit TV installation-'CCTV '-, following the technical documentation of the project, obtaining the specified quality levels and complying with applicable technical and security regulations.

CR 1.1 The conditions of the spaces for the location of feeding systems, frames, cabinets, cameras and other elements of the installation-dimensions of the civil work, obstacles, temperature, ventilation, among others-they are checked against the plans and specifications of the technical documentation.

CR 1.2 The tools, measuring instruments and other materials used in the pipe assembly are used according to the procedures provided for each intervention and complying with the requirements of the PRL plan.

CR 1.3 The repose of the installation is made by adjusting to the conditions of the civil work, plans and other specifications of the technical documentation-distances to parts and other installations, direction, angles and radii of curvature of the layout, among others-fulfilling, in all its travel, the applicable regulations regarding electrotechnical installations of 'BT' and 'ICT', among others.

CR 1.4 The collection of materials and tools-tubes, channels, registers, driver tables, among others-and their distribution, is carried out in accordance with the specifications of the relationship established in the technical documentation of the project, following, in time and form, the assembly plan.

CR 1.5 The pipes are adapted to the layout of the installation by cutting, bending, ingesting, among other operations, following the planes and instructions for mounting-length and direction of sections, passage of walls and radii of curvature, among other aspects-maintaining the nominal characteristics of the same and the parameters of established technical and aesthetic quality.

CR 1.6 The pipes, boxes, registers, racks and other accessories are mounted according to the repose, and following the assembly instructions of the manufacturer, ensuring mechanical fastening and technical quality criteria. and established aesthetics.

CR 1.7 The work part and/or technical report is completed using the established model-operations, times, materials, incidents, among others-and incorporating, where appropriate, the changes made to the actions or expected aspects of the work order.

CR 1.8 The waste generated in the pipeline assembly is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

RP 2: Tender the 'CCTV' cabling, following the installation's technical documentation and schemas, obtaining the specified quality levels and complying with applicable technical and security regulations.

CR 2.1 The collection of materials, tools and other required elements-cables, 'passable guides', among others-is carried out according to the assembly plan and according to the specifications of the technical documentation.

CR 2.2 The distribution of cable-uniphiles, balanced, of pairs, among others-is carried out according to the plans, schemes and specifications of the technical documentation-number and type of conductors, nominal voltage, Section, category, approved colours, uses of lines and circuits, inter alia-complying with the approval standards and applicable regulations for electrotechnical installations of 'BT' and 'ICT', inter alia.

CR 2.3 The tools, measuring instruments and other materials used in the wiring, are used according to the procedures provided for each intervention and in compliance with the PRL plan.

CR 2.4 The wiring, audio, video, control, among others, is available through the corresponding channel, without modifying its nominal characteristics, taking into account the circuits and lines differentiated in the schemes, keeping, in each case, the standard distances and ensuring the parameters of technical and aesthetic quality stipulated.

CR 2.5 The power, sound, and control cabling, among others, is grouped and labeled, following the established coding procedure and system and identifying the circuits and lines represented in the schemas.

CR 2.6 The work and/or technical report is completed using the established model-operations, times, materials, incidents, among others-and incorporating, where appropriate, the modifications made to any of the the actions or aspects raised in the work order.

CR 2.7 Waste generated in wiring is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

RP 3: Install equipment, cameras, monitors and auxiliary elements, following the established procedures, according to the technical documentation of the installation, obtaining the specified quality levels and complying with the applicable technical and security regulations.

CR 3.1 Material collection-power equipment, cameras, monitors, connectors, and other elements-to the specifications of the technical documentation and distributed according to the assembly plan.

CR 3.2 The tools, measuring instruments and other required materials are used according to the procedures foreseen for each intervention and in compliance with the PRL plan.

CR 3.3 Equipment and distribution elements-uninterrupted power supply systems -S.A.I. s-, monitors, cameras, recording equipment, among others-are mounted and located following the manufacturer's manuals and drawings distribution, ensuring established mounting conditions.

CR 3.4 The connectors and sockets are implanted by welding, spent, crimped, among other operations, following the instructions and specifications set by the manufacturer and complying with the approval standards, in their case.

CR 3.5 Equipment and other elements-protection, power and grounding systems, lines, 'reglettes', among other mechanisms-are connected according to the specifications of the manufacturer's manual and technical documentation- schemes, nominal characteristics and maximum lengths of cables, radii of curvature, among others-ensuring the mechanical and electrical reliability of the connections.

CR 3.6 Media-racks, 'racks', among others-cameras, monitors, among others-and other auxiliary elements, are labeled following the procedure and coding set out in the technical documentation.

CR 3.7 The work part and/or technical report is completed using the established model-operations, times, materials, incidents, among others-and incorporating, if necessary, the modifications introduced in any of the the actions or aspects raised in the work order.

CR 3.8 The waste generated in the installation operations of centralites, multiline systems and other ancillary elements is collected or disposed of following the specific treatment provided for in the waste management plan and environmental protection.

RP 4: Configure and check the operation of the 'CCTV' installation, in accordance with the specifications of the technical documentation and, where appropriate, under supervision, obtaining the specified quality levels and complying with the applicable technical and security regulations.

CR 4.1 The tools, measuring instruments and other materials required in the configuration and testing-polymeter, wiring checker, field meter, among others-are used according to the procedures provided for each intervention and complying with the PRL plan.

CR 4.2 The power supply installation is verified-independence of circuits, protection and grounding, section, among other aspects-adjusting to the specifications of the technical documentation and complying with the set out in the applicable regulations for the electrotechnical installations of BT and energy efficiency, inter alia.

CR 4.3 The distribution and continuity of audio, video and control drivers is verified, by means of approved wiring tests, following the installation's technical specifications and schemas.

CR 4.4 Control software is installed and configured following the procedure set out in the manufacturer's manual and responding to the customer's concerted performance, under the supervision of the hierarchical superior technician.

CR 4.5 The functional tests of the 'CCTV' installation are carried out, verifying inter alia the transmission of the signal between the cameras and the equipment and the connection, if any, with the mobile telephone network, xDSL, FTTx or other means, taking into account the standard parameters approved and/or set out in the ICT regulations, under the supervision, where appropriate, of the hierarchical superior technician and ensuring the specified services and quality levels.

CR 4.6 The work part and/or technical report is completed using the established model-operations, times, materials, incidents, among others-and incorporating, if necessary, the modifications introduced in any of the the actions or aspects raised in the work order.

CR 4.7 The installation manual and other technical documents intended for the user are transmitted to the client, exposing the procedures of action through simple demonstrations, following the established protocol, the manufacturer's instructions and in his case from the hierarchical superior.

RP 5: Maintain the installation of 'CCTV' following the established procedures and response time, under supervision, where appropriate, maintaining the specified quality levels and complying with the technical and safety regulations applicable.

CR 5.1 Tools, measuring instruments-digital multimeter, field meter, among others-and other materials required in the maintenance operations of the 'CCTV' installation are used according to the procedures intended for each intervention and in compliance with the PRL plan.

CR 5.2 The preventive maintenance operations of the 'CCTV' installation-visual inspections, periodic tests, parameter checking, cleaning, adjusting or replacing elements at the end of their useful life, among others- develop at the required frequency, following the procedures and response time set out in the maintenance plan.

CR 5.3 The detection of the dysfunction or failure, if any, in each element of the installation as monitors and cameras, auxiliary elements and means of transmission, among others, is carried out by functional and/or measured of its characteristic parameters, following the protocols established in the maintenance plan and using schemes, manufacturers ' specifications and other technical documentation of the project.

CR 5.4 The diagnosis of the breakdown or dysfunction-type, cause, elements affected, possible solutions, among other aspects-and the estimate of the cost of their repair, are carried out according to the procedures established in the plan maintenance and documentation of the manufacturer, under supervision, where appropriate, of the hierarchical superior technician.

CR 5.5 Maintenance operations-replacement, simple repair, among others-are carried out in accordance with the protocol provided for in the manufacturer's maintenance and instructions, using equipment, mechanisms and identical or equivalent components to the broken down, under the supervision of the hierarchical superior technician.

CR 5.6 The checking and adjustment of the replaced or repaired items is carried out in accordance with the manufacturer's manual and the technical documentation of the project, under the supervision of the hierarchical superior technician and ensuring the levels of specified technical and aesthetic quality.

CR 5.7 The maintenance and/or technical report part is completed in accordance with the established model-operations, times, materials, incidents, inter alia-and incorporating, where appropriate, the modifications made to the the work order received.

CR 5.8 Waste generated in the maintenance of the 'CCTV' installation is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

Professional Context:

Production media:

Tools for electrical work-power-laying, crimping and fiber-optic cutting, among others-Tools for basic machining work. Measuring instruments-digital multimeter, wiring checker, field meter, optical reflectometer, among others. Computer tools-computer, conventional and specific peripherals, specific software, among others. Specific individual protective equipment.

Products and results:

In the field of closed circuit television facilities. Pipe, records, tables and other accessories of the installation, assembled. Wiring tended and checked. Monitors, cameras, recording equipment, and other system elements of 'CCTV', connected, configured and checked. Collaboration in the operations of the implementation of the system, carried out. System maintenance operations, performed.

Information used or generated:

Project documentation. Work orders. Parts of work. Technical reports-assembly report, breakdown parts, among others-Economic estimates and budgets. Technical information provided by manufacturers-equipment manuals, catalogues, product tariffs, technical specifications, among others. Applicable rules, including the regulations and, where appropriate, additional technical instructions, intended for low voltage electrotechnical installations-'BT '-and common telecommunications infrastructures-'ICT'-, or provisions to replace them. Applicable rules on the prevention of occupational risks-PRL-energy efficiency and environmental protection, among others.

TRAINING MODULE 1: ASSEMBLY AND MAINTENANCE OF PUBLIC ADDRESS AND SONIZATION FACILITIES

Level: 2

Code: MF0597_2

Associated with UC: Mounting and maintaining local address and public address installations

Duration: 150 hours

Assessment capabilities and criteria:

C1: Analyze the public address and sonorization installations of premises, identifying the parts that make it up and the most relevant characteristics of them.

CE1.1 Classify the different installations of public address and sonorization according to typology (distribution, setting and reinforcement, among others) and place of location (exterior, interior).

CE1.2 Describe the elements that make up a public address or sound installation by relating them to their characteristic applications.

CE1.3 Describe the pipes used in public address installations based on the space where the installation will run.

CE1.4 In an analysis of a real or simulated installation of public address and/or sonorization, characterized by its technical documentation:

-Identify the type of installation, the equipment and elements that configure it, relating the installation elements to the symbols that appear in the schemas.

-Escorch the functional blocks of the installation, describing the function and characteristics of each of the blocks that compose it.

-Identify the amplifying equipment by verifying that the output and output power are suitable for the optimal signal level in the diffuser elements.

-Identify the signal diffuser elements by checking that their technical characteristics correspond to the space to which the service is intended.

-Identify the existing dysfunction in the case of proposed breakdowns, relating the possible effects produced in the installation with the equipment and elements thereof.

-Develop a report of the developed activities and results, structuring it in an established way.

C2: Configure small public address and/or sound installations, adopting a technical solution tailored to the specifications given and complying with applicable regulations.

CE2.1 In the configuration of a real or simulated megaphone/sonorization installation, characterized by its technical documentation-required capabilities, plans and technical specifications, among others-:

-Develop the drawings and schemas of the installation from the given specifications.

-Calculate the installation's characteristic parameters by responding to the conditions and capabilities agreed with the client.

-Select equipment and materials from commercial catalogs that meet the functional, technical, and economic specifications for the adopted solution.

CE2.2 Develop a budget by taking into account the prices of selected materials from commercial catalogs, estimate of time to use, and application taxes.

CE2.3 Develop an instruction and maintenance manual for a hypothetical customer, using the established model.

C3: Perform the assembly of public address installations on a site with indoor and outdoor areas, based on their technical documentation.

CE3.1 In a practical scenario of mounting a public address system, from the technical documentation:

-Identify the spaces by which the installation runs and the elements that make it up-pipes and wiring, signal processing equipment, microphones and electroacoustic diffusers, among others.

-Detect the possible difficulties of mounting in the areas through which the channelings, or the location of equipment, interpret the plans of the buildings and propose possible solutions for the repose of the installation to resolve such contingencies.

CE3.2 In a practical scenario of mounting a public address system, characterized by its technical documentation-plans, schemes and other specifications-:

-Select the elements and materials-pipes, pipes, wiring, signal processing equipment, anchors and supports, among others-on catalogs and/or warehouse.

-Select the tools and equipment required -wiring checker, general tool and machine tools, among others-for mounting, taking as a reference a set of various tools or a catalog.

CE3.3 In a practical scenario of mounting a public address system, characterized by its technical documentation-required capabilities, plans and technical specifications, among others.

-Use the tools, measurement instruments, and protective equipment set for each activity in the mount plan, complying with applicable PRL regulations.

-Mounting pipes by applying the techniques set out in the assembly plan and achieving the stipulated technical and aesthetic quality levels.

-Render the wiring in the mermless pipes of its nominal characteristics, avoiding cross-linking and labeling it unmistakeably according to the established coding and procedure.

-Mount the computers following the manufacturer's instructions.

-Connect equipment, receivers and diffusers by following the technical documentation and manufacturer's instructions.

-Measure the parameters characteristic of the installation, contrasting the values obtained with those specified in the technical documentation.

-Develop a technical report of the activities developed, incidents, modifications, if any, and results obtained.

C4: Perform the maintenance of public address and/or sound installations, based on technical documentation.

CE4.1 Explain the typology and characteristics of maintenance operations and typical breakdowns in public address systems and/or sonorization.

CE4.2 Describe the general techniques and specific means-sonometer, polymeter and pink noise generator, among others-used in the location of breakdowns in megaphone/sonorization systems.

CE4.3 In a practical scenario of failure in a public address and/or sound installation, characterized by its technical documentation-plans, schemes and specifications, among others-:

-Identify the symptoms of the fault, characterizing it for the effects it produces on the installation.

-Develop the possible cause or causes scenarios that cause the breakdown by relating to the disfunctions that the installation presents.

-Perform an intervention plan for the cause or cause of the breakdown.

-Select the tools, protective equipment, tools and measuring instruments that are established for the interventions required to repair the damage.

-Replace the element or component responsible for the breakdown, following the procedure set in the maintenance plan.

-Perform the required tests and settings, as specified in the installation documentation.

-Develop a maintenance report, incorporating the activities developed, incidents, modifications, if any, and results obtained, structuring it according to the established format, obtaining a documentation according to the process followed.

-Develop a quote, taking into account the updated pricing of materials and labor, consulting business catalogs, time estimate to be used, and application taxes.

Capabilities whose acquisition must be completed in a real workbench:

C3 complete; C4 with respect to CE4.3.

Other capabilities:

Adapt to the organization of the company by integrating into the system of technical-labor relations and actively collaborating in its work team.

Successfully run the instructions you receive.

Take responsibility for the work you are developing.

Demonstrate the autonomy required in the resolution of small contingencies related to their activity and within the scope of their responsibilities and competencies.

Communicate effectively with the right person at any time.

Show an attitude of respect towards colleagues, procedures and company rules.

Contents:

1. Characteristic elements of the public address and soundproofing facilities

Parameters and measuring instruments used: impedance, amplitude, frequency range, level, noise, attenuation, among others; polymeter, sonometer, frequency spectra analyzer, among others.

Structure of public address and sonorization facilities: power and protection systems, sound sources, electroacoustic transducers, treatment equipment and signal distribution.

Public address installations in closed and open rooms: calculation of characteristic parameters.

Local small sonorization facilities: calculation of characteristic parameters.

Graphical representation systems: symbology, sketches, plans, and schemas, among others.

2. Configuration and operation of public address and sound installations

Types and capabilities of public address and sound installations.

Technical specifications of equipment, mechanisms and other materials: microphones and other input transducers, reproduction equipment, amplification equipment, treatment and distribution of signals, boxes and loudspeakers, cables, interconnection elements, channelings, among others.

Selection of channelings, drivers, equipment, and other elements of the public address and soundproofing facilities.

Elaboration of documentation from the configuration of installations: technical reports, budgets, among others.

3. Assembly of public address and sound installations

Features of spaces and locales.

Facilities repose techniques.

Tools and tools for mounting-Plug-in tools for connectors, crimpers, among others.

Canalizations, records, and cabinet assembly techniques.

Cable and cable connection techniques-spent, 'crimped', among others-.

Equipment for mounting and connecting equipment and control and distribution elements for installations.

Tuning and parameterization of equipment and control elements.

Elaboration of technical documentation and information to users-technical memory, work parts, user manual, among others-.

4. Maintenance of public address and sound installations

Test and measurement procedures for characteristic parameters in sound systems.

Preventive maintenance protocols used in public address and sound installations.

Diagnostic and troubleshooting techniques.

Replacing and tuning installation elements.

Adjustment and commissioning techniques for systems of public address and sound systems.

Elaboration of technical documentation:-maintenance report, economic estimate, material and equipment ratio, working parties, among others.

5. Application regulations in the field of sound installations

Applicable regulations: regulations and, where appropriate, complementary technical instructions, intended for low voltage electrotechnical installations-'BT '-, energy efficiency, common telecommunications infrastructures-'ICT'-, or provisions that replace them.

applicable regulations on the prevention of occupational risks 'PRL'.

Specific electrical risk prevention regulations.

Specific regulations on environmental protection and waste management.

Other applicable regulations of a regional or local character.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account the applicable regulations of the production sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional or former trainer profile:

1. Domain of knowledge and techniques related to the assembly and maintenance of local public address and sound installations, which will be accredited by one of the following two forms:

-Level 2 academic training (Spanish Framework of Qualifications for Higher Education), Technical Engineering or other higher level of professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

TRAINING MODULE 2: ASSEMBLY AND MAINTENANCE OF CLOSED CIRCUIT TELEVISION FACILITIES

Level: 2

Code: MF0598_2

Associated with UC: Mount and maintain closed-circuit television facilities

Duration: 150 hours

Assessment capabilities and criteria:

C1: Analyze the closed circuit television facilities 'CCTV', identifying the parts that make it up and the most relevant features of them.

CE1.1 Describe the different installations of 'CCTV' according to their application-surveillance, security and recording, among others-and location-exterior, interior-.

CE1.2 Describe the elements that make up a 'CCTV' installation by relating them to their characteristic applications.

CE1.3 Describe the types of pipes used depending on the space where the installation will run.

CE1.4 List the typical parameters of 'CCTV' installations-lighting and focus, among others-their fundamental magnitudes and units of measurement.

CE1.5 In an analysis of a real or simulated installation of 'CCTV', characterized by its technical documentation:

-Identify the type of installation, the equipment and elements that configure it, relating the installation elements to the symbols that appear in the schemas.

-Escorch the functional blocks of the installation, describing the function and characteristics of each of the blocks that compose it.

-Identify cameras and accessory elements by verifying that their characteristics meet the requirements set out in the documentation of the same.

-Verify that the orientation of the cameras allows the spaces to be covered.

-Identify the existing dysfunction in the case of proposed breakdowns, relating the possible effects produced in the installation with the equipment and elements thereof.

-Develop a report of the developed activities and results, structuring it in an established way.

C2: Set up small 'CCTV' installations, adopting a technical solution tailored to the specifications given and complying with applicable regulations.

CE2.1 In the configuration of a real or simulated installation of a 'CCTV' installation characterized by its technical documentation-required capabilities, plans and technical specifications, among others:

-Develop the drawings and schemas of the installation from the given specifications.

-Calculate the installation's characteristic parameters by responding to the conditions and capabilities agreed with the client.

-Select equipment and materials from commercial catalogs that meet the functional, technical, and economic specifications for the adopted solution.

CE2.2 Develop a budget by taking into account the prices of selected materials from commercial catalogs, estimate of time to use, and application taxes.

CE2.3 Develop an instruction and maintenance manual for a hypothetical customer, using the established model.

C3: Perform the installation of 'CCTV' installations on the inside and/or outside of a site, based on your technical documentation.

CE3.1 In a scenario of mounting a 'CCTV' system, from the technical documentation:

-Identify the spaces by which the installation runs and the elements that make it up (pipes and wiring, cameras, monitors, and signal processing equipment, among others).

-Detect the possible difficulties of mounting in the areas through which the channelings, or the location of equipment, interpret the plans of the buildings and propose possible solutions for the repose of the installation to resolve such contingencies.

CE3.2 In a practical scenario, mounting a 'CCTV' system, characterized by its technical documentation-drawings, schemas and other specifications-:

-Select the elements and materials (pipes, pipes, wiring, signal processing equipment, anchors and supports, among others) on catalogs and/or warehouse.

-Select the tools and equipment required (wiring checker, general tool and machine tools, among others) for mounting the assembly taking as a reference a variety of tools or a catalog.

CE3.3 In a practical scenario of mounting a 'CCTV' system characterized by its technical documentation-required capabilities, plans and technical specifications, among others-:

-Use the tools, measurement instruments, and protective equipment set for each activity in the mount plan, complying with applicable PRL regulations.

-Mounting pipes by applying the techniques set out in the assembly plan and achieving the stipulated technical and aesthetic quality levels.

-Render the wiring in the mermless pipes of its nominal characteristics, avoiding cross-linking and labeling it unmistakeably according to the established coding and procedure.

-Mount the computers following the manufacturer's instructions.

-Conexate equipment, cameras, and monitors by following the technical documentation and manufacturer's instructions.

-Measure the parameters characteristic of the installation, contrasting the values obtained with those specified in the technical documentation.

-Develop a technical report of the activities developed, incidents, modifications, if any, and results obtained.

C4: Perform the maintenance of 'CCTV' installations, based on their technical documentation.

CE4.1 Explain the typology and characteristics of typical breakdowns and maintenance operations to be developed at the 'CCTV' facility.

CE4.2 Describe general techniques and specific means-field meter and wiring checker, among others-used in the location of breakdowns in 'CCTV' systems.

CE4.3 In a scenario of a failure scenario in a 'CCTV' installation installation, characterized by its technical documentation-drawings, schemas and specifications, among others-:

-Identify the indicia of the fault, characterizing it for the effects it produces in the installation.

-Develop the possible cause or causes scenarios that cause the breakdown by relating to the disfunctions that the installation presents.

-Perform an intervention plan for the cause or cause of the breakdown.

-Select the tools, protective equipment, tools and measuring instruments that are established for the interventions required to repair the damage.

-Replace the element or component responsible for the breakdown, following the procedure set in the maintenance plan.

-Perform the required tests and settings, as specified in the installation documentation.

-Develop a maintenance report, incorporating the activities developed, incidents, modifications, if any, and results obtained, structuring it according to the established format, obtaining a documentation according to the process followed.

-Develop a quote, taking into account the updated pricing of materials and labor, consulting business catalogs, time estimate to be used, and application taxes.

Capabilities whose acquisition must be completed in a real workbench:

C3 complete; C4 with respect to CE4.3.

Other capabilities:

Adapt to the organization of the company by integrating into the system of technical-labor relations and actively collaborating in its work team.

Successfully run the instructions you receive.

Take responsibility for the work you are developing.

Demonstrate the autonomy required in the resolution of small contingencies related to their activity and within the scope of their responsibilities and competencies.

Communicate effectively with the right person at any time.

Show an attitude of respect towards colleagues, procedures and company rules.

Contents:

1. Characteristic elements of 'CCTV' installations

Characteristic parameters: sensitivity, resolution, opening factor and depth of field, amplitude, phase control, frequency range, gain, attenuation, signal-to-noise ratio -S/N-among others.

Measurement instruments used: digital multimeter, wiring checker, field meter, optical reflectometer, protocol analyzer, video test pattern generator, programming equipment and camera control, among others.

CCTV installations structure: power and protection systems, audio and video sensors, sensors, signal treatment and distribution, monitoring, acoustic and light signal emitters, telematics and communication systems.

CCTV installations in closed and outdoor locales: calculation of characteristic parameters.

Graphical representation systems used in the 'CCTV' technical documentation: symbology, sketches, drawings, and schemas, among others.

2. Setting up and running the 'CCTV' installations

CCTV installations types and capabilities.

Technical specifications of equipment, mechanisms and other materials: cameras, monitors, video sequencers, multiplexers, DVR recording equipment, electroacoustic and light sirens, cables and other means of transmission, interconnection elements, channelings, among others.

Selection of channelings, drivers, equipment, and other elements of the 'CCTV' installations.

Elaboration of documentation from the configuration of installations: technical reports, budgets, among others.

3. Mounting 'CCTV' installations

Features of spaces and locales.

Facilities repose techniques.

Tools and tools for mounting-Plug-in tools for connectors, crimpers, among others.

Canalization mount techniques, records, enclosures, media, and cabinets.

Cable and cable connection techniques-spent, 'crimped', among others-.

Equipment for mounting and connecting equipment and elements for capturing, monitoring, controlling and distributing 'CCTV' installations.

Adjustment and parameterization of equipment and control and telemando elements. Specific software and software equipment.

Elaboration of technical documentation and information to users-technical memory, work parts, user manual, among others-.

4. Maintenance of 'CCTV' installations

Test and measurement procedures for characteristic parameters in audio and video systems.

Preventive maintenance protocols used in 'CCTV' installations.

Diagnostic and troubleshooting techniques.

Replacing and tuning installation elements.

Repair of simple breakdowns-connections, replacement of discrete components, correction of mechanical elements, among others-.

CCTV installation and installation techniques for 'CCTV' installations.

Elaboration of technical documentation-maintenance report, economic estimate, material and equipment ratio, work parts, among others.

5. Application regulations in the field of sound installations

Applicable regulations: regulations and, where appropriate, complementary technical instructions, intended for low voltage electrotechnical installations-'BT '-, energy efficiency, common telecommunications infrastructures-'ICT'-, or provisions that replace them.

applicable regulations on the prevention of occupational risks 'PRL'.

Specific electrical risk prevention regulations.

Specific regulations on environmental protection and waste management.

Other applicable specific regulations.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account the applicable regulations of the production sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional or former trainer profile:

1. Domain of knowledge and techniques related to the assembly and maintenance of closed circuit television facilities, which shall be accredited by one of the following two forms:

-Level 2 academic training (Spanish Framework of Qualifications for Higher Education), Technical Engineering or other higher level of professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

ANNEX II

Professional Qualification: Mount and Maintenance of Local Data Network Telephony and Infrastructure Systems

Professional Family: Electricity and Electronics

Level: 2

Code: ELE189_2

General Competition

Install and maintain low-capacity telephone exchanges with its associated facility, and cable, wireless and VSAT local network infrastructures according to the technical documentation, achieving the quality, safety and compliance with applicable regulations.

Competition Units

UC0599_2: Mount and maintain telephony systems with low-capacity centralites

UC0600_2: Mount and maintain local data network infrastructures

Professional Environment

Professional Scope

Develops its professional activity in production departments dedicated to the assembly and/or maintenance of low capacity telephone exchange facilities and local area network infrastructures, belonging to companies of a public or private nature, irrespective of its legal form and size, on its own or foreign account, and depending, where appropriate, on a superior. You may have staff in your position at times, for seasons or in a stable way. The activities carried out in the professional field are subject to regulation by the competent authorities, specifically complying with the provisions of the applicable rules on electrotechnical low voltage installations. -BT-energy efficiency and telecommunications infrastructure in buildings-ICT, among others. The principles of universal accessibility are applied in the development of professional activity in accordance with the applicable regulations.

Productive Sectors

It is located in the electrical sector, within the subsectors of telecommunications facilities, in processes of assembly and maintenance of facilities with low capacity telephone exchanges and infrastructure of area networks local. It can also perform its functions in other productive sectors in which these processes are developed.

Relevant occupations and jobs

The terms of the following relationship of occupations and jobs are used with a generic and omnicomprensivo character of women and men.

Equipment and telecommunication systems installers

Equipment and communication systems installers

Technicians in local network and telematics installation and maintenance

Local network maintenance and installation technicians

Phone equipment installers and repairers

Phone and Telematic Equipment Installer-assemblers

Telephony installers-consumer area-

Associated Training (420 hours)

Training Modules

MF0599_2: Assembly and maintenance of telephone systems with low capacity centralites (180 hours)

MF0600_2: Local data network infrastructure assembly and maintenance (240 hours)

COMPETITION UNIT 1: MOUNT AND MAINTAIN TELEPHONY SYSTEMS WITH LOW-CAPACITY CENTRALITES

Level: 2

Code: UC0599_2

Professional Realizations and Realization Criteria:

RP 1: Montar pipes, logs, cabinets and other accessories of the telephony installation, following the repose and the technical documentation, obtaining the specified quality levels and complying with the regulations applicable technical and security.

CR 1.1 The conditions of the spaces for the location of switchboards, uninterrupted feeding systems 'SAIs', cabinets and other elements of the installation such as dimensions of the civil work, obstacles, temperature, ventilation, among others, are checked against the plans and specifications of the technical documentation.

CR 1.2 Tools-measuring instruments, measuring tape, angle meters, levels, among others-and other materials used in the assembly of pipes, are used according to the procedures provided for each intervention and complying with the work risk prevention plan-PRL-.

CR 1.3 The repose of the installation is made by adjusting to the conditions of the civil work, plans and other specifications of the technical documentation-distances to parts and other installations, direction, angles and radii of the design, inter alia, in compliance with the applicable rules for low voltage electrotechnical installations and common telecommunications infrastructures, inter alia.

CR 1.4 The collection of materials-tubes, channels, registers, frames and fastening elements, among others-and required tools, is checked or made, according to the specifications of the technical documentation-types, diameters and other dimensions, degrees of protection, among others-and is distributed according to the assembly plan.

CR 1.5 The pipes are adapted to the layout of the installation by cutting, bending, ingesting, among other machining operations, following the drawings and instructions for assembly-length and direction of sections, step of walls and radii of curvature, among other aspects-maintaining the nominal characteristics of the same and the parameters of established technical and aesthetic quality.

CR 1.6 The pipes, boxes, registers, cabinets and other accessories are mounted according to the repose, and following the assembly instructions of the manufacturer, ensuring mechanical fastening and technical quality criteria and established aesthetics.

CR 1.7 The media of the equipment-racks, pedestals, panels, among others-are mounted in the spaces established in the plans, following the procedures provided for in the assembly plan and the manufacturer's instructions and taking into account the needs of: organization of wiring, power, expansion, cooling and maintenance of the installation, among other aspects.

CR 1.8 The work part and/or technical report is completed using the established model, incorporating operations, times, materials, among others and, where appropriate, the incidents and/or modifications introduced in any of the the actions or aspects indicated in the work order.

CR 1.9 The waste generated in the pipeline assembly is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

RP 2: Tender the telephony system cabling, following the installation's technical documentation and schemas, obtaining the specified quality levels and complying with applicable technical and security regulations.

CR 2.1 The collection of materials, tools and other required elements-cables, 'passable guides', pliers, among others-is carried out according to the assembly plan and according to the specifications of the technical documentation.

CR 2.2 The distribution and type of cables-power, telephony and control, among others-is carried out in a precise manner by the schemes and specifications of the technical documentation-number and type of drivers, nominal voltage, section, category, approved colours, uses of lines and circuits, inter alia.

CR 2.3 The tools, measuring instruments and other materials used in the wiring, are used according to the procedures provided for each intervention and in compliance with the PRL plan.

CR 2.4 The power, telephony and control wiring, among others, is available through the corresponding pipeline, without modifying its nominal characteristics, taking into account the circuits and lines differentiated in the schemes, keeping, in each case, the standard distances and ensuring the parameters of technical and aesthetic quality stipulated.

CR 2.5 The power, telephony and control wiring, among others, is grouped, marked and labeled, following the established procedure and coding system and differentiating the circuits and lines represented in the schemas.

CR 2.6 The work part and/or technical report is completed using the established model, incorporating operations, times, materials, among others and, where appropriate, the incidents and/or modifications introduced in any of the the actions or aspects indicated in the work order.

CR 2.7 Waste generated in wiring is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

RP 3: Install centralites, multiline systems and other telephony system elements according to established procedures, according to the technical documentation of the installation, obtaining the quality levels specified and complying with applicable technical and security regulations.

CR 3.1 The collection of material-centralites, multiline equipment, power supplies -SAIs-, where appropriate, among other elements-is carried out according to the specifications of the technical documentation and is distributed according to the plan assembly.

CR 3.2 The tools, measuring instruments-polymeter, wiring checker, among others-and required material accessories are used according to the procedures provided for each intervention and complying with the PRL plan.

CR 3.3 Equipment and distribution elements-centralites, extensions, 'regleteers', among others-are assembled and located by consulting the manufacturer's manuals and the technical documentation, ensuring their attachment and other conditions set up.

CR 3.4 The connectors are implanted in the cables by soft welding, spent, crimped, among other operations, following the instructions and specifications set by the manufacturer and meeting the standards of Homologated connectorization, if any.

CR 3.5 Equipment and other elements-power, protection and grounding systems, lines and other mechanisms-are connected, following the specifications of the manufacturer's technical and manual documentation-schemes, nominal characteristics, length and radius of curvature of cables, among others-ensuring the mechanical and electrical reliability of the connections.

CR 3.6 User sockets are mounted and connected by respecting the labeling of the cables, following the technical documentation and instructions of each manufacturer and complying with the approved connection standards.

CR 3.7 Media-racks, pedestals, among others-equipment and other elements, are labeled following the procedure and coding set out in the technical documentation.

CR 3.8 The work and/or technical report is completed using the established model, incorporating operations, times, materials, among others, and, where appropriate, the incidents and/or modifications introduced in any of the the actions or aspects indicated in the work order.

CR 3.9 The waste generated in the installation operations of centralites, multiline systems and other ancillary elements is collected or disposed of following the specific treatment provided for in the waste management plan and environmental protection.

RP 4: Configure and check the operation of switchboards, multiline systems and other elements of the telephony system, according to the specifications of the technical documentation, obtaining the quality levels specified and complying with applicable technical and security regulations.

CR 4.1 The tools, measuring instruments and other materials required in the configuration and testing of switchboards and other telephone equipment are used in accordance with the procedures laid down for each intervention and complying with the PRL plan.

CR 4.2 The power supply installation is verified-independence of circuits, protection and grounding, section, among other aspects-adjusting to the specifications of the technical documentation and complying with the set out in the specific regulation on low voltage electrical installations, energy efficiency, among other applicable standards.

CR 4.3 The distribution and continuity of the drivers in the user-takes are verified, by means of approved wiring tests, following the installation's technical specifications and schemes.

CR 4.4 Multi-line or multi-line equipment is configured and/or 'parameterized' according to the customer's required performance and established technical specifications, following the manual provided by the manufacturer.

CR 4.5 Centralite or multi-line equipment is checked-conventional services, special actuators, alarms, public address, among others-following the established protocol and the manufacturer's instructions, guaranteeing the services and quality specified in the technical documentation.

CR 4.6 The terminals are verified-functionality, level and signal quality, coverage, among other parameters-according to the manufacturer's instruction manual, according to performance and specifications offered to the customer or, in his/her case, provided for in the project.

CR 4.7 The local area network, if any, is verified by following the approved protocol and considering the standard parameters for 'IP telephony' -packet loss, temporary variability 'jitter' and delays, among others- agreement with the required quality performance and criteria and under the supervision of the hierarchical superior technician.

CR 4.8 The connection to the mobile telephone network, if any, is checked-antenna array, level and signal coverage, among other parameters-following the routing specifications of mobile telephony services, established in the technical documentation of the project and under the supervision of the hierarchical superior technician.

CR 4.9 The work and/or technical report is completed using the established model, incorporating operations, times, materials, among others, and, where appropriate, the incidents and/or modifications introduced in any of the the actions or aspects indicated in the work order.

RP 5: Collaborate on the commissioning and delivery to the customer of the telephony systems, following the procedures established by the hierarchical superiors, if any, and manufacturers, in the specified quality conditions and complying with the applicable technical and security regulations.

CR 5.1 The required technical documentation-project, if any, technical manuals and product manuals, among others-is collected for use in commissioning, following the established protocol and the indications of the superior hierarchical.

CR 5.2 The tools, measuring instruments and other materials required in the implementation of the telephone system are used in accordance with the procedures laid down for each intervention and complying with the requirements of the PRL.

CR 5.3 The operation of the telephony system is carried out according to the plan established, under the supervision of the hierarchical superior, contributing to guarantee, among other aspects:

-The starting sequence according to the procedure set out in the technical documentation of the project and/or manufacturer's manuals.

-The values specified for the parameters characteristic of the electrical power, protection and grounding, complying with the specific regulations in the field of electrotechnical installations of BT, energy efficiency and ICT-or other applicable regulations-.

-The performance of each team's security systems, according to the manufacturer's specifications and requirements of the applicable regulations.

-The reception/transmission of input/output signals on all elements of the telephony system, adjusting to the level and quality set.

-The adjustment of the characteristic parameters of each system device, within the established performance ranges, using, if necessary, the procedures indicated in the manufacturer's manuals.

-The correspondence between the status of the indicators for each computer or system with its actual situation.

-The correspondence between the information provided by the user interface units with the actual state of the computer or system.

CR 5.4 The verification of the telephony system capabilities is developed by following the established protocol and, where applicable, under the supervision of the hierarchical superior.

CR 5.5 The characteristics of the telephone system-technical, operational and functional, among others-are transmitted to the client in the established time and form-technical documentation, user manual, among others-complying with the established in the applicable rules.

CR 5.6 The action procedure on user-modifiable telephony system parameters is exposed by simple documentation and demonstrations, following the established protocol and the instructions of the manufacturer or integrator.

CR 5.7 The work and/or technical report is completed using the established model, incorporating operations, times, materials, among others, and, where appropriate, the incidents and/or modifications introduced in any of the the actions or aspects indicated in the work order.

RP 6: Maintain telephony systems by following established procedures and response time, maintaining the specified quality levels and complying with applicable technical and security regulations.

CR 6.1 The tools, measuring instruments and other materials required in the maintenance operations of the telephony systems are used according to the procedures foreseen for each intervention and complying with the set in the PRL plan.

CR 6.2 Preventive maintenance operations for telephony systems-visual inspections, periodic tests, parameter checking, cleaning, adjusting or replacing elements at the end of their useful life, among others- develop at the required frequency, following the procedures and response time set out in the maintenance plan.

CR 6.3 The detection of dysfunction or failure, if any, is carried out by the functional and/or measurement of the parameters characteristic of each element of the installation-centralite, wiring, lines, extensions and telephone terminals, among others-following the protocols established in the corrective maintenance plan and using schemes, manufacturers ' specifications or other technical documentation of the project.

CR 6.4 The diagnosis of the breakdown or dysfunction-type, cause, elements affected, possible solutions, among other aspects-and the estimate of the cost of their repair, are collected in the technical report and budget, using the established models and under supervision, if any, of the hierarchical superior.

CR 6.5 The replacement of each deteriorated element is performed using the assembly and disassembly sequence set out in the manufacturer's maintenance and instructions program, using identical or characteristics equivalent to the broken down, ensuring specified technical and aesthetic quality levels.

CR 6.6 The extensions and/or modifications of the elements of the telephony system are carried out in accordance with the requirements of the customer, following the technical and manual documentation of the manufacturer, assuring the levels of specified technical and aesthetic quality and under supervision, where appropriate, of the hierarchical superior.

CR 6.7 The configuration of the switchboard or multi-line equipment is modified and checked, if appropriate, in accordance with the customer's needs, following the manufacturer's manual and the technical documentation, under supervision in the case of the hierarchical top technician.

CR 6.8 The part and/or technical report of maintaining the telephone system is completed using the established model, incorporating operations, times, materials, among others and, where appropriate, the incidents and/or modifications introduced in any of the actions or aspects indicated in the work order.

CR 6.9 The waste generated in the maintenance of telephony systems is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

Professional Context:

Production media:

Manual tools for electrical work-useful for marking and guiding passacables, screwdrivers, pelacables, impact tools, crimping tongs, insertion and cutting tools, among others. Hand tools for mechanical work-maces, hammers, tightening keys, pliers, screwdrivers, among others. Machines for basic machining work-drilling, punching, riveting and screwing, among others. Measuring and checking instruments-polymeter, wiring checker, among others. Computer equipment-Computer 'PC', printer, among others. IT applications -ofimatica, telematics and specific configuration of centralites, among others-. Specific personal protective equipment-clothing, footwear, goggles and gloves, among others.

Products and results:

In the field of telephony systems equipped with low capacity centralites or multiline equipment: pipes, registers, tables and other accessories of the installation, mounted. Wiring tended and checked. Centralites and other telephony system elements, connected, configured and checked. Collaboration in the operations of the implementation of the system, carried out. System maintenance operations, performed.

Information used or generated:

Project documentation. Work orders. Parts of work. Technical reports-assembly report, breakdown parts, among others. Economic estimates and budgets. Technical information provided by manufacturers-equipment manuals, catalogues, product tariffs, technical specifications, among others. Applicable rules, including the regulations and, where appropriate, additional technical instructions, intended for low-voltage electrotechnical installations-BT- and common telecommunications infrastructures-ICT, or provisions to replace them. Applicable rules on the prevention of occupational risks-PRL, energy efficiency and environmental protection, among others.

COMPETITION UNIT 2: MOUNT AND MAINTAIN LOCAL DATA NETWORK INFRASTRUCTURES

Level: 2

Code: UC0600_2

Professional Realizations and Realization Criteria:

RP 1: Mounting pipes, logs, cabinets and other accessories from the installation of local networks, following the repose and the technical documentation, obtaining the specified quality levels and complying with the applicable technical and security regulations.

CR 1.1 The conditions of the spaces-dimensions of the civil work, obstacles, temperature, ventilation, among others-destined for the location of equipment -concentrators 'HUB', switches 'swiches', routers 'routers', between Other-, uninterruptible power supply systems 'SAIs', cabinets 'racks' and other elements of the installation are checked with regard to the drawings and specifications of the technical documentation.

CR 1.2 The tools, measuring instruments and other materials used in the assembly of pipes are used according to the procedures provided for each intervention and complying with the requirements of the prevention plan. job risks -PRL-.

CR 1.3 The repose of the installation is made by adjusting to the conditions of the civil work, plans and other specifications of the technical documentation-distances to parts and other installations, direction, angles and radii of the design, inter alia, in compliance with the applicable regulations for the electrotechnical installations of BT and ICT, among others.

CR 1.4 The collection of materials-tubes, channels, registers, racks and fastening elements, among others-and tools required, is made according to the specifications of the technical documentation-types, diameters and other dimensions, degrees of protection, among others-and is distributed according to the assembly plan.

CR 1.5 The pipes are adapted to the layout of the installation by cutting, bending, ingesting, among other machining operations, following the drawings and instructions for assembly-length and direction of sections, step of walls and radii of curvature, among other aspects-maintaining the nominal characteristics of the same and the parameters of established technical and aesthetic quality.

CR 1.6 The pipes, boxes, registers, racks and other accessories are mounted according to the repose, and following the assembly instructions of the manufacturer, ensuring mechanical fastening and technical quality criteria. and established aesthetics.

CR 1.7 The supports of the equipment-racks, pedestals, panels, among others-are mounted in the cabinets and spaces established in the plans, following the procedures provided for in the assembly plan and instructions of the manufacturer and taking into account the needs of: organization of wiring, power, expansion, cooling and maintenance of the installation, among other aspects.

CR 1.8 The work part and/or technical report is completed using the established model, incorporating operations, times, materials, among others and, where appropriate, the incidents and/or modifications introduced in any of the the actions or aspects indicated in the work order.

CR 1.9 The waste generated in the pipeline assembly is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

RP 2: Tender the local network cabling, following the installation's technical documentation and schemas, obtaining the specified quality levels and complying with applicable technical and security regulations.

CR 2.1 The collection of materials, tools and other required elements-cables, 'passable guides', pliers, among others-is carried out according to the assembly plan and according to the specifications of the technical documentation.

CR 2.2 The distribution and the type of cables-power and data, among others-is carried out precisely according to the schemes and specifications of the technical documentation-number and type of conductors, nominal voltage, section, category, approved colours, uses of lines and circuits, among others.

CR 2.3 The tools, measuring instruments and other materials used in the wiring, are used according to the procedures provided for each intervention and in compliance with the PRL plan.

CR 2.4 The power and data wiring, among others, is available through the corresponding pipeline, without modifying its nominal characteristics, taking into account the circuits and lines differentiated in the schemes, keeping, in each case, the normalized distances and ensuring the parameters of technical and aesthetic quality stipulated.

CR 2.5 The power and data cabling, among others, is grouped, marked and labeled, following the established coding procedure and system and differentiating the circuits and lines represented in the schemas.

CR 2.6 The work and/or technical report is completed using the established model, incorporating operations, times, materials, incidents, among others, and, where appropriate, the modifications made to any of the actions or aspects indicated in the work order.

CR 2.7 Waste generated in wiring is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

RP 3: Install equipment, connection panels, and auxiliary elements of wired local networks following established procedures, according to the technical documentation of the installation, obtaining the quality levels specified and complying with applicable technical and security regulations.

CR 3.1 The material collection-protections, connection panels, 'swiches', among other elements-conforms to the specifications of the technical documentation and is distributed according to the assembly plan.

CR 3.2 The tools, measuring instruments and other required materials are used according to the procedures foreseen for each intervention and in compliance with the PRL plan.

CR 3.3 Equipment and distribution elements-hubs, 'swiches', protections, 'patch panel' connection panels, among others-are mounted and located by consulting the manufacturer's manuals and technical documentation, ensuring their attachment and other established mounting conditions.

CR 3.4 The connectors are implanted in the cables by soft welding, spent, crimped, among other operations, following the instructions and specifications set by the manufacturer and meeting the standards of Homologated connectorization, if any.

CR 3.5 Equipment and other elements-power systems, protection, and grounding, lines, 'patch panel', 'hub', 'swiches', among others-are connected, following the specifications of the technical documentation-schemes, Type-approval and categories of means of transmission, inter alia-and manual of the manufacturer-nominal characteristics, length and radius of curvature of cables, inter alia-ensuring the mechanical and electrical reliability of the connections.

CR 3.6 User sockets are mounted and connected by respecting the labeling of the cables, following the technical documentation and instructions of each manufacturer and complying with the approved connection standards.

CR 3.7 Media-racks, pedestals, among others-equipment and other elements, are labeled following the procedure and coding set out in the technical documentation.

CR 3.8 The work and/or technical report is completed using the established model, incorporating operations, times, materials, incidents, among others, and, where appropriate, the modifications made to any of the actions or aspects indicated in the work order.

CR 3.9 The waste generated in the installation operations of equipment, panels and other auxiliary elements is collected or discarded following the specific treatment provided for in the waste and protection management plan. environmental.

RP 4: Install antennas, equipment and elements for wireless networks and satellite 'VSAT', following the established procedures, according to the technical documentation of the installation, obtaining the quality levels specified and complying with applicable technical and security regulations.

CR 4.1 The collection of material-masts, fastening systems, antennas, connection boxes, signal adapters, among other elements-conforms to the specifications of the technical documentation and is distributed according to the plan assembly.

CR 4.2 The tools -pliers and crimping, among others-measuring instruments-compass and inclinometer, polymeter, wiring checker, field meter, among others-and other required materials are used according to the procedures foreseen for each intervention and complying with the requirements of the PRL plan.

CR 4.3 Signal capture elements in wireless networks and 'VSAT'-antennas, masts, fastening systems, signal adaptation, among others-are mounted and oriented, consulting the manufacturer's manuals and documentation technique, achieving the established signal quality and level and ensuring its fixation and other established mounting conditions.

CR 4.4 The connectors are implanted in the cables by soft welding, spent, crimped, among other operations, following the instructions and specifications set by the manufacturer and meeting the standards of Homologated connectorization.

CR 4.5 Equipment and other elements-protection, power and grounding systems, antennas, signal adapters, among others-are connected according to the specifications of the manufacturer's manual and technical documentation -schemes, nominal characteristics, maximum lengths of cables, radii of curvature, among others-ensuring the mechanical and electrical reliability of the connections.

CR 4.6 The media equipment and other elements are tagged according to the procedure and coding set out in the technical documentation.

CR 4.7 The work and/or technical report is completed using the established model, incorporating operations, times, materials, incidents, among others, and, where appropriate, the modifications made to any of the actions or aspects indicated in the work order.

CR 4.8 Waste generated in the wireless network installation operations are collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

RP 5: Configure and check the operation of the active equipment in local networks, in accordance with the specifications of the technical documentation, under supervision, obtaining the specified quality levels and complying with the applicable technical and security regulations.

CR 5.1 The tools, measuring instruments and other materials required in the configuration and testing of active electronic equipment-network verifiers, optical reflectometer, among others-are used according to the procedures foreseen for each intervention and complying with the requirements of the PRL plan.

CR 5.2 The power supply installation is verified-independence of circuits, protection and grounding, section, among other aspects-adjusting to the specifications of the technical documentation and complying with the established in the applicable rules for the electrotechnical installations of BT, inter alia.

CR 5.3 The distribution and continuity of the drivers in the user takes is verified, by means of approved wiring tests, according to the technical specifications of the installation and guaranteeing the standards of quality specified in the project's technical documentation.

CR 5.4 Electronic equipment-'siwches ',' routers ', among others-are' parameterized ', if any, according to the technical specifications established, following the manual provided by the manufacturer and the instructions of the hierarchical top technician.

CR 5.5 Electronic equipment is checked-power, operation, performance, among other basic parameters-following the established protocol and manufacturer's instructions, under the supervision of the superior hierarchical.

CR 5.6 The connection to the VSAT network, if any, is checked-antenna array, level and signal quality, among other basic parameters-following the specifications set out in the technical documentation of the project -PIRE, S/N relationship, among others-and under the supervision of the hierarchical superior technician.

CR 5.7 The work and/or technical report is completed using the established model, incorporating operations, times, materials, incidents, among others, and, where appropriate, the modifications made to any of the actions or aspects indicated in the work order.

RP 6: Collaborate on commissioning and delivery to the local network client, following instructions and procedures established by hierarchical superiors and manufacturers, in the specified quality conditions and complying with the applicable technical and security regulations.

CR 6.1 The required technical documentation-project, if any, technical manuals and product manuals, among others-is collected for use in commissioning, following the established protocol and the indications of the superior hierarchical.

CR 6.2 The tools, measuring instruments and other materials required in the commissioning of the network are used according to the procedures foreseen for each intervention and complying with the requirements of the PRL plan.

CR 6.3 The start up operations of the local network are carried out in accordance with the established plan and under the supervision of the hierarchical superior, contributing to ensure, among other things:

-The starting sequence according to the procedure set out in the technical documentation of the project and/or manufacturer's manuals.

-The values specified for the parameters characteristic of the electrical power, protection and grounding, complying with the applicable regulations in the field of electrotechnical installations of BT, between other.

-The performance of each team's security systems, according to the manufacturer's specifications and requirements of the applicable regulations.

-The reception/transmission of input/output signals on all elements of the VSAT system, if any, adjusting to the established level and quality.

-The adjustment of the characteristic parameters of each system device, within the established performance ranges, using, if necessary, the procedures indicated in the manufacturer's manuals.

-The correspondence between the status of the indicators for each computer or system with its actual situation.

CR 6.4 Local network performance checking operations are developed by following the established protocol and under the supervision of the hierarchical top.

CR 6.5 The procedure for action on user-modifiable parameters, where appropriate, is presented by simple documentation and demonstrations, following the established protocol and instructions of the superior. hierarchical.

CR 6.6 The work and/or technical report is completed using the established model, incorporating operations, times, materials, incidents, among others and, where appropriate, the modifications made to any of the actions or aspects indicated in the work order.

RP 7: Maintain local networks in accordance with established procedures and response time, maintaining the specified quality levels and complying with applicable technical and safety regulations.

CR 7.1 The tools, measuring instruments and other materials required in the local network maintenance operations are used according to the procedures foreseen for each intervention and complying with the requirements of the PRL plan.

CR 7.2 Local network preventive maintenance operations-visual inspections, periodic testing, parameter checking, cleaning, adjusting or replacing elements at the end of their useful life, among others-are developed with the required periodicity, following the procedures and response time set out in the maintenance plan.

CR 7.3 The detection of the dysfunction or failure, if any, is carried out by the functional and/or measurement of the parameters characteristic of each element of the installation-electronic equipment, wiring, user-takes, among others-following the protocols established in the corrective maintenance plan and using schemes, manufacturers ' specifications or other technical documentation of the project.

CR 7.4 The diagnosis of the breakdown or dysfunction-type, cause, elements affected, possible solutions, among other aspects-and the estimate of the cost of their repair, are collected in the technical report and budget, using the established models and under supervision, if any, of the hierarchical superior.

CR 7.5 The replacement of each deteriorated element is performed using the assembly and disassembly sequence set out in the manufacturer's maintenance and instructions program, using identical or characteristics equivalent to the broken down, ensuring specified technical and aesthetic quality levels.

CR 7.6 The extensions and/or modifications of the elements of the local network, are carried out according to the requirements of the client, following the technical and manual documentation of the manufacturer, assuring the quality levels specified technique and aesthetics and under supervision, if any, of the hierarchical superior.

CR 7.7 The 'parameterization' of electronic equipment is modified and, where appropriate, checks the manufacturer's manual and the technical documentation, under the supervision of the hierarchical superior technician.

CR 7.8 The local network maintenance part and/or maintenance report is completed following the established model-operations, times, materials, incidents, inter alia-and incorporating, if applicable, the modifications entered in the received work order.

CR 7.9 The waste generated in the maintenance of the local network is collected or disposed of following the specific treatment provided for in the waste management and environmental protection plan.

Professional Context:

Production media:

Manual tools for electrical work-useful for marking and guiding passacables, screwdrivers, pelacables, impact tools, crimping tongs, insertion and cutting tools, among others. Hand tools for mechanical work-maces, hammers, tightening keys, pliers, screwdrivers, among others. Machines for basic machining work-drilling, punching, riveting and screwing, among others. Measuring and checking instruments-polymeter, wiring checker, among others. Computer equipment-PC 'PC', printer, among others-. IT applications -office, telematics, and equipment configuration specific, among others. Specific personal protective equipment-clothing, footwear, goggles and gloves, among others.

Products and results:

In the field of local network installations: pipes, logs, 'racks' and other installation accessories, mounted. Wiring tended and checked. Equipment and other elements of the network, connected, configured and checked. Collaboration in the operations of commissioning of the network, carried out. Network maintenance operations, performed.

Information used or generated:

Project documentation. Work orders. Parts of work. Technical reports-assembly report, breakdown parts, among others. Economic estimates and budgets. Technical information provided by manufacturers-equipment manuals, catalogues, product tariffs, technical specifications, among others. Applicable rules, including the regulations and, where appropriate, additional technical instructions, intended for low-voltage electrotechnical installations-BT- and common telecommunications infrastructures-ICT, or provisions to replace them. Applicable rules on the prevention of labour risks PRL, energy efficiency and environmental protection, among others.

TRAINING MODULE 1: MOUNTING AND MAINTAINING TELEPHONE SYSTEMS WITH LOW-CAPACITY SWITCHBOARDS

Level: 2

Code: MF0599_2

Associated with UC: Mounting and maintaining telephony systems with low-capacity centralites

Duration: 180 hours

Assessment capabilities and criteria:

C1: Analyze the low-capacity telephone switchboards-type PBX-identifying the parts that make up and the most relevant features of them.

CE1.1 Classify the centralites based on the technology used indicating the differences between them.

CE1.2 Describe the type services integrated into a PBX switchboard: connection with computers, data integration, traffic and network training, among others, relating to their characteristic applications.

CE1.3 Describe the type services associated with a PBX: voice messaging, search for people, and telephone ltitin, among others, relating them to their characteristic applications.

CE1.4 In a practical scenario of a real or simulated telephone installation, equipped with a low-capacity PBX-type telephone exchange, characterized by its plans, schemes, manuals and other technical specifications:

-Identify the type of central and the elements that configure it, relating the elements of the installation to the symbols that appear in the schemas.

-Escorch the functional blocks of the switchboard, describing the function and characteristics of each of the blocks that compose it.

-Identify the link lines, extension lines, and connections to the other associated elements by linking them to the schemas.

-Identify the variation of the programmed parameters in the switchboard in the case of dysfunctions, explaining the relationship between the effects produced at the reception and the causes that cause them.

-Develop a technical report of the developed activities and results, structuring it according to an established model.

C2: Analyze the telephony systems with low-capacity PBX centralites, identifying their elements and the most relevant features of them.

CE2.1 Describe the technical characteristics of the telephony systems by linking them to their functional capabilities and capabilities, according to the different standards of the access networks.

CE2.2 List the elements that make up the telephony system by describing their function and general characteristics.

CE2.3 Interpret the applicable regulations for low voltage electrotechnical installations and telecommunications infrastructure in buildings, among others.

CE2.4 In a practical scenario of a real or simulated telephone installation, equipped with a low-capacity PBX-type telephone exchange, characterized by its plans, schemes, manuals and other technical specifications:

-Identify the type of installation, the equipment and elements that configure it, relating the actual components to the symbols that appear in the schemas.

-Escorch the installation in functional blocks, describing the function and characteristics of each of the elements that compose it.

-Identify the link lines, extension lines, and connections to the other associated elements by linking them to the schemas.

-Identify the variation of the parameters characteristic of the installation in the case of simulated breakdowns, explaining the relationship between the effects produced at the reception and the causes that cause them.

-Develop a technical report of the developed activities and results, structuring it according to an established model.

-Perform user documentation delivery and explanation actions, following instructions from the hierarchical top.

C3: Perform telephone system assembly and configuration operations with low-capacity PBX centralites, based on technical documentation.

CE3.1 In a real or simulated assembly, of a low-capacity PBX switchboard system, characterized by its distribution plans, schemas, and other technical specifications:

-Identify the spaces by which the installation and the elements that compose it-pipes and wiring, centralite, and equipment accessories, user takes-will be identified, based on the technical documentation.

-Detect the possible difficulties of mounting in the areas through which the pipes run, interpreting the symbology of the architectural plans of the building and, taking into account the applicable regulations, indicate the possible solutions that can be adopted.

CE3.2 In a real or simulated assembly of a low-capacity PBX switchboard system, characterized by its plans, schemes, manuals, and other technical specifications:

-Select the elements and materials-pipes, anchors, tubes, cables, barbs and switchboards, among others-to be used in the assembly of the telephone system, choosing the elements on the catalog or the store.

-Select necessary tools and equipment (crimping tongs, impact tool, wiring checker, general tool, and machine tools) for mounting on a set of tools miscellaneous or on catalog.

CE3.3 In a practical scenario of mounting a low-capacity PBX switchboard system, characterized by its drawings, drawings, manuals, and other technical specifications:

-Use the measurement tools and instruments and the appropriate protection equipment and media for the activity to be performed.

-Repose the installation according to plans and taking into account possible solutions to architectural contingencies and complying with applicable regulations.

-Mount the switchboard in its position, ensuring its mechanical fixation and following the manufacturer's instructions.

-Mounting pipes, tubes and regletters-distribution boxes-among others, applying the appropriate techniques in each case and getting the right aesthetics.

-Tender the wiring in the pipes between the regletters and user takes by applying the appropriate technique by avoiding the cross between the cables.

-Identify digital and analog lines of both input and internal Group wiring with elements that allow easy manipulation, identifying it according to the intended coding and procedure system.

-Conexion link lines, extensions, user takes and elements associated with the switchboard by achieving an electrical contact according to specifications and without modification of the nominal characteristics of cables and connectors.

-Schedule or 'stop' the switchboard in accordance with the required specifications, following the instructions in the manufacturer's manual and using the established means.

-Perform the functional tests of the installation by contrasting the requested conditions with the actual capabilities, proceeding according to established protocol.

-Develop a report of mounting of the developed activities, incidents and results obtained.

-Perform documentation delivery and explanation actions to the user, under the supervision of the hierarchical superior.

C4: Apply telephony system maintenance techniques with low-capacity PBX centralites according to the installation's technical documentation and the switchboard manufacturer's manual.

CE4.1 Describe the most commonly used preventive maintenance techniques in low-capacity PBX-centric telephony systems.

CE4.2 In real or simulated application of the preventive maintenance program in a low-capacity PBX switchboard system:

-Select the appropriate tools, tools, and measuring instruments for established interventions.

-Perform the necessary tests and adjustments as specified in the installation documentation, under the supervision of the hierarchical top.

-Develop a report of the developed activities and results, structuring it as set out.

-Describe the diagnostic, localization, measurement and specific means used in the location of faults in telephony systems with low-capacity PBX centralites.

CE4.3 In a scenario of failure in a telephony system with low-capacity PBX centralites:

-Identify the symptoms of the fault, characterizing it for the effects it produces on the installation.

-hypothesize the possible cause or causes of the breakdown by relating it to the symptoms present in the installation.

-Perform an intervention plan for the detection of the cause or causes of the failure, under supervision, in the case of the hierarchical superior.

-Select the appropriate tools, tools, and measuring instruments for the necessary interventions, to be performed in the repair of the fault.

-Replace the element or component responsible for the breakdown, making the interventions set out in the maintenance plan and in the manufacturer's technical documentation.

-Perform the necessary tests and adjustments as specified in the installation's technical documentation and, where applicable, the instructions of the hierarchical superior.

-Develop a report of the developed activities and results, structuring it according to the established model.

Capabilities whose acquisition must be completed in a real workbench:

C1 with respect to CE1.4; C2 with respect to CE2.4; C3 with respect to CE3.3; C4 with respect to CE4.3.

Other capabilities:

Adapt to the organization of the company by integrating into the system of technical-labor relations and actively collaborating in its work team.

Successfully run the instructions you receive.

Take responsibility for the work you are developing.

Demonstrate the autonomy required in the resolution of small contingencies related to their activity and within the scope of their responsibilities and competencies.

Communicate effectively with the right person at any time.

Show an attitude of respect towards colleagues, procedures and company rules.

Contents:

1. Elements characteristic of an internal telephony network

Measures, units and measuring instruments used in internal telephony installations: bandwidth, attenuation, loop resistance, inter alia; polymeter, protocol analyzers, tellurometer, network testers internal, among others.

Access networks: RTB basic telephony network, ISDN integrated services digital network, and xDSL high-speed digital networks.

Connecting using mobile telephony systems.

Voice systems over IP Internet protocol.

Distribution systems: topology -star, tree, polygonal, among others-.

Canalizations and other wrappers: channels, tubes, cabinets, and logs, among others.

Transmission media and electrical parameters and equivalent circuit.

Types of cables: single-filers, balanced, twisted pair, FO optical fiber, among others.

Wireless systems.

Multiline and low-capacity PBX systems: types, link lines, and extensions. Signalling in internal telephony networks.

Equipment and mechanisms: terminals telephones, answering machines, facsimile, dataphones, others.

User Tomas.

Representation systems used in technical telephony documentation: symbology, blueprints, schemas, among others.

2. Structure and operation of a low-capacity switchboard PBX

PBX centralites structure: power system, control system, switch unit, connection system, link ports, among others.

Hardware in PBX Centralites: Protections, Processor, Extensions, Links, among others.

Devices and auxiliary equipment.

Running a PBX switchboard.

PBX switchboard services: integrated services-automatic distribution of call and call management functions, connection to computers, traffic measures, data integration, among others-services partners: voice messaging systems, telephone network, pricing management, video conferencing, among others.

Wireless connections.

3. Assembly of telephony systems with PBX-type centralites

Characteristics of the premises intended for the installation of telephony switchboards.

Facilities repose techniques.

Tools and tools for mounting-connector-set tools, stapling guns, crimper pliers, insertion and cutting tools, among others.

Canalizations, records, and cabinet assembly techniques.

Telephone switchboard assembly techniques.

Cable and cable connection techniques-spent, 'crimped', among others-.

Conexion of user and equipment takes.

Programming and commissioning of PBX switchboards.

Elaboration of technical documentation and information to users-technical memory, work parts, user manual, among others-.

4. Checking telephony systems with PBX-type centralites

Telephony system checking procedures. Protections. Wiring. Active equipment. User takes. Others.

Basic parameter tuning techniques and commissioning of telephony facilities.

Elaboration of technical documentation and information to users-parts of work, technical memory, user manual, among others-.

5. Maintenance of telephony systems with PBX-type centralites

Test and measurement procedures for characteristic parameters in telephony systems.

Preventive maintenance protocols used in telephony installations.

Diagnostic and troubleshooting techniques.

Replacing and tuning installation elements.

Tuning and commissioning techniques for internal telephony systems.

Elaboration of technical documentation-economic estimation, relationship of materials and equipment, parts of work, among others.

6. Application regulations in the field of telephony systems

applicable regulations for low voltage electrical installations (BT), energy efficiency, common telecommunications infrastructure in buildings. -ICT-prevention of occupational risks PRL, environmental protection and waste management, among others. Specific rules for the prevention of electrical risks. Special rules for telecommunications companies.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account the applicable regulations of the production sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional or former trainer profile:

1. Domain of knowledge and techniques related to the assembly and maintenance of telephony systems with low capacity switchboards, which will be accredited by one of the following two ways:

-Level 2 academic training (Spanish Framework of Qualifications for Higher Education), Technical Engineering or other higher level of professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

TRAINING MODULE 2: MOUNTING AND MAINTAINING LOCAL DATA NETWORK INFRASTRUCTURES

Level: 2

Code: MF0600_2

Associated with UC: Mounting and maintaining local data network infrastructures

Duration: 240 hours

Assessment capabilities and criteria:

C1: Analyze the local area data network infrastructure installations, identifying the teams and elements that make up the site and the most relevant features of them.

CE1.1 Describe the topologies of the local area data networks based on the interconnection configuration of the -ring, star, and bus teams, among others.

CE1.2 Classify distribution teams-hub and switch, among others-used in local area data network infrastructures by relating each of them to their characteristic applications.

CE1.3 Enunciate the characteristics of the transmission media-cable, optical fiber, wireless, among others-according to the speed of transmission and scope of application in the installation.

CE1.4 Describe the optimal layout of the distribution, accessories and wiring equipment in the racks by optimizing the available space and facilitating access to the equipment.

CE1.5 Compare typical configurations of cabling systems-structured, unstructured-used in local data network infrastructures indicating the advantages and disadvantages of each of them.

CE1.6 Enunciate the characteristics of the transmission and reception elements of the different types of wireless networks by comparing their capabilities to the wired networks.

EC1.7 Interpreting the applicable regulations of local networks, in the field of low voltage electrotechnical installations and telecommunications infrastructure in buildings, among others.

CE1.8 In a real or simulated installation of a local wired and/or wireless network, characterized by its technical documentation:

-Identify the elements that configure it, relating the elements of the installation to the symbols that appear in the schemas.

-Identify the wiring subsystems of the installation by relating them to the schemas.

-Identify the means of transmission used by verifying that their characteristics match those indicated in the technical documentation.

-Identify the distribution teams by explaining their function in the network and checking that the distances recommended by the manufacturers between the equipment and the equipment and user takes are met.

-Check that the wiring and labeling grouping matches the one indicated in the technical documentation.

-Perform the metrics of typical network parameters by contrasting them with the values indicated in the technical documentation.

-Develop a report of the developed activities and results, structuring it according to the established model.

C2: Analyze the equipment used in local area networks, identifying their elements and the most relevant features of them.

CE2.1 Describe the technical characteristics of the equipment of a local area network-power and protection systems, 'swiches', 'hub', 'routers', among others-relating them to their capabilities and functions.

CE2.2 Describe the configurable basic parameters of the equipment of a local area network-power and protection systems, 'swiches', 'hub', 'routers', among others-relating them to the effects they produce in their functions.

CE2.3 In the installation of a real or simulated local area network, characterized by its drawings, schemas, manuals, and other technical specifications:

-Identify the type of installation, the equipment and elements that configure it, relating the actual components to the symbols that appear in the schemas.

-Escorch the installation in functional blocks, describing the function and characteristics of each of the elements that compose it.

-Identify the means of transmission-wired or wireless-, its connections to the equipment and other associated elements, relating to its representation in the schemas.

-Make basic adjustments to parameters characteristic of the equipment that constitute the local area network, following the manufacturer's manuals and using the required technical resources, under supervision.

-Identify the variation of the parameters characteristic of the installation and equipment, explaining in the case of simulated breakdowns, the relationship between the effects produced and the causes that cause them.

-Develop a technical report of the developed activities and results, structuring it according to an established model.

C3: Perform the assembly of local network installations.

CE3.1 In a montage of a real or simulated local wired and/or wireless network, from the technical documentation-drawings, schemas, manuals, and other specifications-:

-Identify the spaces by which the installation runs and the elements that make it up-pipes, cables, emitters and receivers, distribution equipment and user takes, among others-interpreting the plans and the technical documentation of the equipment.

-Detect possible mounting difficulties in the areas where the pipes run, or the location of sending and receiving equipment interpreting the plans of the buildings and proposing possible solutions resolve such contingencies.

CE3.2 In a montage of a real or simulated installation of a local wired and/or wireless network, characterized by its technical documentation:

-Select the items and materials to be used-pipes, anchors, cable, and distribution equipment, among others-on catalogs and/or in the warehouse.

-Select tools and equipment required-general tool, wiring testers, and grimping tongs, among others-for mounting on a variety of tools or catalogs.

CE3.3 In a practical scenario of mounting a wired and/or wireless local network installation, characterized by their drawings, schemas, manuals, and other technical specifications:

-Use the appropriate tools, measurement instruments, and protective equipment for the activity to be performed.

-Repose the installation according to plans and taking into account possible solutions to architectural contingencies and complying with applicable regulations.

-Mounting pipes and pipes by applying the right techniques in each case and getting the right aesthetics.

-Render the wiring in the pipes without any of its characteristics, avoiding the cross and labeling it in the appropriate place in an unmistakable way according to the established procedure.

-Mounting and connecting user takes at the position indicated on the planes safely and getting good electrical contact.

-Mount the communications racks or cabinets and their accessory elements by optimizing the available space.

-Place the equipment in the racks or location according to the technical documentation.

-Conexion the protective equipment, distribution and parching panels by obtaining an electrical contact according to the approval specifications and without modification of the nominal characteristics of cables and connectors.

-Group the wiring with elements that allow easy manipulation, identifying it according to the intended coding and procedure system.

-Mount wireless devices in their locations, managing to optimize the broadcast and reception.

-Perform the measurements of the installation parameters by contrasting the values obtained with those specified in the applicable technical documentation and/or regulations, under the supervision of the hierarchical superior technician.

-'Parameterize ' the equipment that requires it, according to the specifications required, following the instructions of the manufacturer's manual and using the established means, under the supervision of the hierarchical superior.

-Perform functional testing of the installation, proceeding according to established protocol and under the supervision of the hierarchical superior.

-Develop a report of the developed activities and results obtained.

-Perform documentation delivery and explanation actions to the user, following instructions from the hierarchical superior.

C4: Apply local area network maintenance techniques according to the installation's technical documentation.

CE4.1 Describe the most commonly used preventive maintenance techniques in local networks.

CE4.2 In a scenario of applying the preventive maintenance program to a local network:

-Select the appropriate tools, tools, and measuring instruments for established interventions.

-Perform the necessary tests and adjustments as specified in the installation documentation.

-Develop a report of the developed activities and results, structuring it as set out.

CE4.3 Relate the most significant typology and characteristics of the breakdowns in local networks, determining the block, elements or dysfunction responsible for the breakdown, among other relevant aspects.

CE4.4 Describe the general techniques and specific means used in locating breakdowns in local networks.

CE4.5 In a scenario of actual or simulated breakdowns in a local network characterized by the project's technical documentation:

-Identify the symptoms of the fault, characterizing it for the effects it produces on the installation.

-hypothesize the possible cause or causes of the breakdown by relating it to the symptoms present in the installation.

-Perform an intervention plan for the cause or cause of the breakdown.

-Select the appropriate tools, tools, and measuring instruments for the necessary interventions, to be performed in the repair of the fault.

-Replace the element or component responsible for the breakdown, making the interventions set out in the maintenance plan and in the manufacturer's technical documentation.

-Perform the necessary tests and adjustments as specified in the installation documentation and the hierarchical top instructions.

-Develop a maintenance report, indicating the results obtained and structuring it according to the established model.

Capabilities whose acquisition must be completed in a real workbench:

C3 with respect to CE3.3; C4 with respect to CE4.5.

Other capabilities:

Adapt to the organization of the company by integrating into the system of technical-labor relations and actively collaborating in its work team.

Successfully run the instructions you receive.

Take responsibility for the work you are developing.

Demonstrate the autonomy required in the resolution of small contingencies related to their activity and within the scope of their responsibilities and competencies.

Communicate effectively with the right person at any time.

Show an attitude of respect towards colleagues, procedures and company rules.

Contents:

1. Characteristic elements of a local area network

Standards set for local networks -LAN-: Ethernet. Fast Ethernet. Token Ring. Arcnet. Others. Comparative.

Transmission techniques. Baseband. Broadband-modulation and multiplexing. Others.

Subsystems that integrate a structured cabling. Types and specifications-access, vertical, horizontal, distribution-'racks-user takes, others-.

Canalizations and other wrappers-channels, tubes, cabinets, and logs, among others.

Transmission media: cables-coaxial, twisted pairs, optical fiber, others-. Wireless media-infrared, VSAT, microwave, radio frequencies -WLAN-, laser, others-.

Parameters and measuring instruments used in wired local network installations. Characteristic parameters. Lengths, ecometry, continuity, 'mapped', attenuation, characteristic impedance, ohmic resistance, return losses, noise level, propagation delay, among others. Instrumentation: polymeter, tellurometer, wiring testers, wiring certifiers, among others.

Characteristic parameters of measurement used in wireless local network installations: antenna pointing, characteristic impedance, dielectric constant, signal power, signal/noise ratio, bandwidth, intermodulation, coverage, among others. Instrumentation: Polymeter, tellurometer, compass and tip, field meter, wireless network checker, among others.

Equipment and distribution elements. Characteristics and basic parameterization of: Hubs. Switches. Router and other active equipment. Distribution panels-'patch panel '-. User takes.

Representation systems used in the technical documentation of local networks: symbology, plans, schemes, among others.

2. Mounting local network installations

Features of spaces for the installation of power and protection systems, 'racks', and active equipment.

Facilities repose techniques. Technical documentation. Work order.

Tools and tools for mounting: guide pins, Plug-in tools, crimper pliers, staplers, among others.

Canalization mount techniques, logs, racks ' racks, and accessories.

Cable and cable connection techniques-spent, 'crimped', among others-.

Equipment mounting and connection techniques. Operations on connection panels-'patch panel '-. Connection of user takes.

Fixing, pointing, and connecting techniques for antennas. Location of wireless equipment.

Basic active equipment parameterization-'swiches ',' routers ', others-.

Elaboration of technical documentation. Parts of work. Technical reports. Others.

3. Checking and putting into service local networks

Local network check procedures. Protections. Antennas. Wiring. Active equipment. User takes. Others.

Basic parameter tuning techniques and putting into service of local network facilities.

Elaboration of technical documentation and information to users-parts of work, technical memory, user manual, among others-.

4. Maintaining local area networks

Test and measurement procedures for characteristic parameters in local networks.

Preventive maintenance protocols for local network installations.

Diagnostic and troubleshooting techniques.

Installation element adjustment and replacement techniques.

Asset tuning and tuning techniques.

Elaboration of technical documentation-economic estimate, maintenance parts, among others-.

5. Enforcement regulations in the field of local area networks

applicable regulations for low voltage electrical installations (BT), energy efficiency, common telecommunications infrastructure in buildings. -ICT-prevention of occupational risks PRL, among others. Specific rules for the prevention of electrical risks. Telecommunications industry standards-Telecommunications Industry Association and Electronic Industries Association (EIA/AIA), among others. Special rules for telecommunications companies. Specific regulations on environmental protection and waste management.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account the applicable regulations of the production sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional or former trainer profile:

1. Domain of knowledge and techniques related to the assembly and maintenance of local data network infrastructures, which will be accredited by one of the following two ways:

-Level 2 academic training (Spanish Framework of Qualifications for Higher Education), Technical Engineering or other higher level of professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

ANNEX III

Professional Qualification: Auxiliary Operations for the Assembly of Electrotechnical and Telecommunications Facilities in Buildings

Professional Family: Electricity and Electronics

Level: 1

Code: ELE255_1

General Competition

Carry out auxiliary operations in the assembly and maintenance of electrotechnical and telecommunications installations in buildings for various uses, following the instructions and quality criteria indicated by their superiors, applying the required techniques and procedures in each case, in compliance with the applicable technical, occupational risk prevention-PRL-and environmental protection regulations.

Competition Units

UC0816_1: Perform low voltage and domotic power installation operations on buildings

UC0817_1: Perform Telecom Facility Mount Operations

Professional Environment

Professional Scope

Develops its professional activity in production departments dedicated to the assembly and/or maintenance of electrotechnical and telecommunications installations for buildings, belonging to companies of a public nature or private, regardless of its legal form and size, generally for an employed person and depending on the functional or hierarchically of a superior. The activities carried out in the professional field are subject to regulation by the competent authorities, specifically complying with the provisions of the applicable rules on electrotechnical low voltage installations. and telecommunications infrastructure in buildings. The principles of universal accessibility are applied in the development of professional activity in accordance with the applicable regulations.

Productive Sectors

It is located in the electrical sector, within the subsectors of electrotechnical and telecommunications installations, in processes of assembly and maintenance of buildings for residential, commercial and commercial use. industry, among others. It can also perform its functions in other productive sectors in which these processes are developed.

Relevant occupations and jobs

The terms of the following relationship of occupations and jobs are used with a generic and omnicomprensivo character of women and men.

Equipments and communication systems installer helpers

Telephone Facility Repair Installer Helpers

Satellite Receiver/Television Antenna Assembler Helpers

Low voltage power plant operators

Telephone Equipment Repair And Installer Helpers

Associated Training (330 hours)

Training Modules

MF0816_1: Low voltage and domotic power installation operations in buildings (150 hours)

MF0817_1: Telecom installations mount operations (180 hours)

COMPETITION UNIT 1: PERFORM LOW VOLTAGE AND DOMOTIC ELECTRICAL INSTALLATION ASSEMBLY OPERATIONS ON BUILDINGS

Level: 1

Code: UC0816_1

Professional Realizations and Realization Criteria:

RP 1: Copy the materials, tools and equipment necessary for the assembly and/or maintenance of low voltage and domotic electrical installations in buildings, under the conditions of established quality and safety following directions from the superiors.

CR 1.1 Preparation-testing, storage, location, pre-assembly, among others-of the required elements is carried out, taking into account the technical characteristics specified in the relations of materials and equipment.

CR 1.2 The provision of materials, tools and equipment required for each stage of the installation or maintenance of the installation is carried out following the work orders and/or instructions received.

CR 1.3 The materials, tools and equipment are distributed in work, adjusting, in time and form, to the work orders and/or instructions received.

CR 1.4 Safety and occupational risk prevention measures-PRL-apply in the preparation, collection and distribution of the material, fulfilling the established PRL plan.

CR 1.5 The waste generated is collected for treatment, following the instructions received and the procedures provided for in the environmental protection programme.

RP 2: Mounting pipes, supports and other accessories in low voltage and domotic electrical installations in buildings, under established quality and safety conditions, following indications from the higher.

CR 2.1 The partial layout of the installation is marked, if any, by following the repose instructions and using the established means.

CR 2.2 The tools and other technical means used in the assembly of pipes are used according to the procedures indicated for each intervention and applying the safety measures and personal protective equipment -EPIs-established in the work risk prevention plan -PRL-.

CR 2.3 Step, roof and box holes are modified, if necessary, according to the dimensions of the pipes-tubes, channels, among others-registers and other elements of the installation.

CR 2.4 The required drills, if any, for the fixing of the elements are practiced in the marked place, using the procedure and tools adapted to their dimensions and the characteristics of the material to be drilled.

CR 2.5 The tubes, channels, trays and supports, among other elements, are adapted to the layout of the installation, by means of cutting, bending, ingletting, among others, according to their type-rigid, flexible, metallic, PVC, among others-and taking into account the lengths of the stretches, changes of direction, passage of walls and radii of curvature, among other aspects delimited in drawings and instructions of assembly.

CR 2.6 The pipes, supports and other accessories are placed in the places indicated in the repose and/or are fixed using the fastening materials-flanges, staples, clamps, among others-required for each type of element and installation-surface, embedded, among others-.

CR 2.7 The waste generated is collected for treatment, following the instructions received and the procedures provided for in the waste management and environmental protection programme.

RP 3: Collaborate in the assembly of cabinets-racks-boxes, registers and other elements of low voltage and domotic electrical installations in buildings, under supervision and in the conditions of quality and safety set.

CR 3.1 The tools and other technical means used in the assembly cabinets and other elements are used according to the procedures indicated for each intervention and applying the security measures and EPIs set out in the plan of PRL.

CR 3.2 The boxes and records provided are arman, with the machining of the mounting plate, profiles and wrappers, among other accessories following the work order and instructions for assembly.

CR 3.3 The boxes and records are fixed at the location provided for in the repose, using the required fastening materials for each type of element and installation-surface, embedded, among others.

CR 3.4 Equipment housed in closets, boxes and registers-protections, power supplies, controllers, actuators and other elements-are set in the delimited location and with the established means, following the instructions assembly and indications received and ensuring their mechanical attachment.

CR 3.5 The mechanisms and other elements of the electrotechnical and domotic installations are fixed in the different locations of exterior or interior indicated in the 'repose', following the work order, assembly instructions and the criteria of established technical and aesthetic quality.

CR 3.6 The equipment that requires it is labeled, following the system of coding and procedure established, and instructions received.

CR 3.7 The waste generated in the assembly of cabinets, registers and other elements is collected for treatment in accordance with the procedures laid down in the waste management and environmental protection programme.

RP 4: Tender cables in low voltage and domotic electrical installations, following indications from superiors and in established quality and safety conditions.

CR 4.1 The tools and other technical means, used in the laying of cables, are used according to the procedures indicated for each intervention and applying the security measures and EPIs set out in the PRL plan.

CR 4.2 The electrodes, pics, and other grounding elements are arranged according to the hierarchical superior and the established procedure.

CR 4.3 The cables-power, control, among others-are arranged in the guide, if necessary, in a staggered manner, taking into account the diameter and the type of tube and following the indications of the hierarchical superior.

CR 4.4 The cables are inserted inside the tubes, if any, by pulling the guide, without modification of their nominal characteristics and leaving, at each end, the excess cable-'coca '-required for the connection.

CR 4.5 The cables are housed in the channels-channels, trays, among others-without modification of their nominal characteristics, using the auxiliary elements -cats, bars, among others-required for the manipulation of the coils and fixing them, by means of flanges, clamps, or other elements, according to the type of channeling.

CR 4.6 The auxiliary wiring operations-'combing ', lit, maced, among others-in cabinets, boxes, and registers are carried out in accordance with the instructions for assembly and without modifying the nominal characteristics of the same.

CR 4.7 The cables are labeled following the established coding procedure and system, under the supervision of the hierarchical superiors.

CR 4.8 The waste generated, in the laying of cables, is collected for treatment in accordance with the procedures laid down in the waste management programme.

RP 5: Collaborate on the connection of equipment and other elements of BT's electrical and domotic installations in buildings under supervision, following the procedure and corresponding scheme and under the conditions of quality, energy efficiency and established security.

CR 5.1 The tools and other technical means, used in the connection of equipment and other elements of the installation, are used according to the procedures indicated for each intervention and the safety measures and EPIs set in the PRL plan.

CR 5.2 Basic operations for the operation and connectorisation of drivers-unipolar, multi-polar cables, pair cables, among others-are carried out by means of the bolting, spent, crimped procedure, inter alia, provided for in the manufacturer's instructions and subject to the verification of the hierarchical superior.

CR 5.3 The 'grounding' elements are connected according to the scheme and procedure laid down in the manufacturer's instructions, subject to the verification of the hierarchical superior, ensuring the mechanical and power specified for those contacts.

CR 5.4 The operations to assist them in connection with protection and control equipment, inter alia, are carried out using type-approved cables and the specified category, where appropriate, following the instructions of the superior hierarchical, ensuring specified mechanical and electrical conditions, taking into account, inter alia, the criteria of established technical quality and energy efficiency.

CR 5.5 The connection of the mechanisms and other elements of the installation-'user takes ',' borneros ', among others-is carried out according to the scheme and the instructions of the manufacturer, verifying that the contacts have the specified mechanical and electrical conditions and, in any case, with the verification of the hierarchical superior, ensuring the specified mechanical and electrical conditions, taking into account, inter alia, the criteria of technical quality and efficiency Established energy.

CR 5.6 The identification labels of equipment and other elements of the installation are elaborated according to the established procedure and coding system, under the supervision of the hierarchical superiors.

CR 5.7 The waste generated in the connection of equipment and other elements of the installation is collected for treatment, following the instructions received and the procedures provided for in the waste management programme. and environmental protection.

RP 6: Collaborate on the maintenance of BT and domotic power facilities, under supervision and under the conditions of established quality, energy efficiency and safety.

CR 6.1 The tools and other technical means, used in the maintenance of the installation, are used according to the procedures indicated for each intervention and applying the security measures and EPIs established in the plan of PRL.

CR 6.2 Basic preventive maintenance operations such as visual inspection, performance testing, or elementary electrical measures-continuity, tension, intensity, among others-are carried out following the established periodic procedures, verified, where appropriate, by the hierarchical superior.

CR 6.3 The auxiliary operations for detecting breakdowns in mechanisms, and other elements of the facility, such as functional testing or elemental electrical measures, are carried out in accordance with the instructions of the hierarchical top.

CR 6.4 The element and/or part of the deteriorated installation is replaced, following the disassembly and mounting sequence set out in the manufacturer's instructions and instructions, with the verification of the hierarchical superior, taking into account, inter alia, the criteria of established technical quality and energy efficiency.

CR 6.5 Auxiliary operations in the restoration of the operation of equipment and other elements of the installation-visual inspection, performance tests or electrical measures-are carried out in accordance with the instructions from the hierarchical superior, taking into account the quality criteria indicated.

CR 6.6 The waste used in the maintenance of the installation, where appropriate, is collected for treatment in accordance with the instructions received and the procedures provided for in the waste and protection management programme. environmental.

Professional Context:

Production media:

Manual tools for mechanical and electrical work-ladder or similar, shearing, tube bending, passable guide, pliers, screwdrivers, terminal expander, crimper and labeling systems, among others. Machines for machining work-drilling, punching, riveting and screwing, among others. The invention relates to a device for measuring, measuring, measuring, measuring, measuring, measuring, measuring, measuring, measuring, measuring, and measuring. Personal protective equipment-EPIs-specific-clothing, footwear, helmet, goggles and gloves, among others.

Products and results:

In the field of low voltage and domotic electrical installations in buildings: Materials, tools and equipment, prepared, coupled and distributed. Pictures and boxes, armed. Tubes, trays, supports and boxes, placed and fixed. Cables laid. Auxiliary assembly operations of antennas, carried out. Mechanisms and other mounted accessories. Ancillary operations for connection and maintenance of equipment and installations, carried out.

Information used or generated:

Work Orders. Mounting instructions. Technical documentation of materials, equipment and installations, adapted to the requirements of the applicable regulations, including the regulations and technical instructions for the use of low-level electrotechnical installations voltage and telecommunications infrastructure in buildings or arrangements which replace them. Manual for the prevention of occupational risks and use of EPIs. Instructions and procedures for the collection of waste and environmental protection.

COMPETITION UNIT 2: PERFORM TELECOM FACILITY MOUNT OPERATIONS

Level: 1

Code: UC0817_1

Professional Realizations and Realization Criteria:

RP 1: Copy the materials, tools and equipment necessary for the assembly and/or maintenance of telecommunications infrastructure installations, under the conditions of quality and safety established and following indications of the superiors.

CR 1.1 The preparation-checking, storage, location, pre-assembly, among others-of the required elements is carried out taking into account the technical characteristics specified in the relations of materials and equipment.

CR 1.2 The provision of materials, tools and equipment required for each stage of the installation or maintenance of the installation is carried out following the work orders and/or instructions received.

CR 1.3 The materials, tools and equipment are distributed in work, adjusting, in time and form, to the work orders and/or instructions received.

CR 1.4 Safety measures, prevention of occupational hazards -PRL-apply in the preparation, collection and distribution of the material, fulfilling the established PRL plan.

CR 1.5 The waste generated is collected for treatment, following the instructions received and the procedures provided for in the environmental protection programme.

RP 2: Montar pipes, supports and other accessories in telecommunications infrastructure facilities, under established quality and safety conditions, following indications from superiors.

CR 2.1 The partial layout of the installation is marked, if any, by following the 'repose' instructions and using the established means.

CR 2.2 The tools and other technical means used in the assembly of pipes are used according to the procedures indicated for each intervention and applying the safety measures and personal protective equipment -EPIs-established in the work risk prevention plan -PRL-.

CR 2.3 Step, roof and box holes are modified, if necessary, according to the dimensions of the pipes-tubes, channels, among others-registers and other elements of the installation.

CR 2.4 The required drills, if any, for the fixing of the elements are practiced in the marked place, using the procedure and tools adapted to their dimensions and the characteristics of the material to be drilled.

CR 2.5 The tubes, channels, trays and supports, among other elements, are adapted to the layout of the installation, by means of cutting, bending, ingletting, among others, according to their type-rigid, flexible, metallic, PVC, among others-and taking into account the lengths of the stretches, changes of direction, passage of walls and radii of curvature, among other aspects delimited in drawings and instructions of assembly.

CR 2.6 The pipes, supports and other accessories are placed in the places set out in the repose and/or are fixed using the fastening materials-flanges, staples, clamps, among others-required for each type of element and installation-surface, embedded, among others-.

CR 2.7 The waste generated is collected for treatment, following the instructions received and the procedures provided for in the waste management and environmental protection programme.

RP 3: Collaborate on the assembly of antennas, cabinets, boxes, registers, and other elements of the telecommunications infrastructure facilities, under supervision and under the conditions of established quality and safety.

CR 3.1 The tools and other technical means used in the assembly of antennas, cabinets and other elements are used according to the procedures indicated for each intervention and applying the safety measures and EPIs. set in the PRL plan.

CR 3.2 The boxes and records supplied are arman following the work order and assembly instructions of the manufacturer.

CR 3.3 The boxes and records are fixed at the location provided for in the repose, using the required fastening materials for each type of element and installation-surface, embedded, among others.

CR 3.4 Antennas, masts, turrets and fastening accessories, intended for sound broadcasting and television-R-TV terrestrial, via satellite-and other radio communication systems, are put together and set, using the expected EPIs, in their case, for work in height, following the instructions for mounting and under the supervision of the hierarchical superiors.

CR 3.5 Equipment-concentrators, amplifiers, power supplies among other elements-housed in cabinets, boxes and registers, are fixed in the place defined in the assembly plans and with the means established, following the manufacturer's manuals and indications received and ensuring their mechanical attachment.

CR 3.6 The mechanisms and other elements of the common telephony facilities, R-TV, video-goalkeeping, automation and control, among others, are fixed in the different locations of exterior or interior indicated in the 'repose', following the work order, assembly instructions, and the established technical and aesthetic quality criteria.

CR 3.7 The equipment that requires it is labeled, following the system of coding and procedure established, as well as the instructions received.

CR 3.8 The waste generated in the assembly of antennas, cabinets and other elements is collected for treatment in accordance with the procedures laid down in the waste management and environmental protection programme.

RP 4: Tender cables in telecommunications infrastructure facilities following indications from superiors and in established quality and safety conditions.

CR 4.1 The tools and other technical means, used in the laying of cables, are used according to the procedures indicated for each intervention and applying the security measures and EPIs set out in the PRL plan.

CR 4.2 The cables-coaxial, pairs, optical fiber, among others-are arranged in the guide, if any, in a staggered manner, taking into account the diameter and the type of tube and following the indications of the hierarchical superior.

CR 4.3 The cables are inserted inside the tubes, if any, by pulling the guide, without modification of their nominal characteristics and leaving, at each end, the excess cable-'coca '-required for the connection.

CR 4.4 The cables-coaxial, of pairs, optical fibre, among others-are housed in the channels-channels, trays, among others-without modification of their nominal characteristics, using the auxiliary elements -cats, bars, among others-required for the manipulation of the coils and fixing them, by means of flanges, clamps, or other elements, according to the type of channeling.

CR 4.5 The auxiliary wiring operations-'combing ', lit,' maced ', among others-carried out in cabinets, boxes, and registers are developed according to the mounting instructions and without changing the nominal characteristics of the same.

CR 4.6 The cables are labeled following the established coding procedure and system, under the supervision of the hierarchical superiors.

CR 4.7 The waste generated, in the laying of cables, is collected in accordance with the instructions received and the procedures provided for in the waste management and environmental protection programme.

RP 5: Collaborate on the connection of equipment and other elements of telecommunications infrastructure facilities under supervision, following the procedure and corresponding scheme and in the quality conditions, energy efficiency and established security.

CR 5.1 The tools and other technical means, used in the connection of equipment and other elements of the installation, are used according to the procedures indicated for each intervention and the safety measures and EPIs set in the PRL plan.

CR 5.2 Basic operations for the operation and connectorisation of drivers-unipolar, pair cables, multi-conductor cables, inter alia-are carried out by means of the bolting, spent, crimped procedure, inter alia, provided for in the manufacturer's instructions and subject to the verification of the hierarchical superior.

CR 5.3 The 'grounding' elements are connected according to the scheme and procedure laid down in the manufacturer's instructions, subject to the verification of the hierarchical superior, ensuring the mechanical and power specified for those contacts.

CR 5.4 The operations to assist them in connection with the protection, amplification, distribution, switching and routing equipment, among others, are carried out using approved cables and the specified category, following the instructions from the hierarchical superior, ensuring specified mechanical and electrical conditions, taking into account, inter alia, the criteria of established technical quality and energy efficiency.

CR 5.5 The connection of the mechanisms and other elements of the installation-'user takes ',' borneros ', among others-is carried out according to the scheme and the instructions of the manufacturer, verifying that the contacts have the specified mechanical and electrical conditions and, in any case, with the verification of the hierarchical superior.

CR 5.6 The identification labels of equipment and other elements of the installation are elaborated according to the established procedure and coding system, under the supervision of the hierarchical superiors.

CR 5.7 The waste generated in the connection of equipment and other elements of the installation is collected for treatment, following the instructions received and the procedures provided for in the waste management plan and environmental protection.

RP 6: Collaborate on the maintenance of telecommunications infrastructure facilities, under supervision and under the conditions of established quality, energy efficiency and security.

CR 6.1 The tools and other technical means, used in the maintenance of the installation, are used according to the procedures indicated for each intervention and applying the security measures and EPIs established in the plan of PRL.

CR 6.2 Basic preventive maintenance operations such as visual inspection, performance testing, or elementary electrical measures-continuity, tension, inter alia-are carried out in accordance with procedures. established, verified, if any, by the hierarchical superior.

CR 6.3 Operations to assist them in detecting breakdowns in mechanisms, equipment and other elements of the installation, such as functional testing or electrical power measurements, are carried out in accordance with the instructions of the superior hierarchical.

CR 6.4 The element and/or part of the deteriorated installation is replaced, following the disassembly and mounting sequence set out in the manufacturer's instructions and instructions, with the verification of the hierarchical superior, taking into account, inter alia, the criteria of established technical quality and energy efficiency.

CR 6.5 Auxiliary operations in the restoration of the operation of equipment and other elements of the installation-visual inspection, performance tests or electrical measures-are carried out in accordance with the instructions from the hierarchical superior, taking into account the quality criteria indicated.

CR 6.6 The waste used in the maintenance of the installation, where appropriate, is collected for treatment in accordance with the instructions received and the procedures provided for in the waste and protection management plan. environmental.

Professional Context:

Production media:

Manual tools for mechanical and electrical work-ladder or similar, shearing, tube bending, passable guide, pliers, screwdrivers, terminal expander, crimper and labeling systems, among others. Machines for machining work-drilling, punching, riveting and screwing, among others. The invention relates to a device for measuring, measuring, measuring, measuring, measuring, measuring, measuring, measuring, measuring, measuring, and measuring. Individual protective equipment (EPIs)-clothing, footwear, helmet, goggles and gloves, among others.

Products and results:

In the field of telecommunications installations in buildings: Materials, tools and equipment, prepared, coupled and distributed. Boxes and boxes, armed Tubes, trays, supports and boxes, placed and fixed. Cables laid. Mechanisms and other mounted accessories. Ancillary operations for connection and maintenance of equipment and installations, carried out.

Information used or generated:

Work Orders. Mounting instructions. Technical documentation of materials, equipment and installations, adapted to the requirements of the applicable regulations or regulations, among which the regulations and technical instructions complementary, intended for installations Low voltage electrotechnical devices and telecommunications infrastructures in buildings or provisions replacing them. Manual for the prevention of occupational risks and use of EPIs. Instructions and procedures for the collection of waste and environmental protection.

TRAINING MODULE 1: MOUNTING OPERATIONS OF LOW VOLTAGE AND DOMOTIC ELECTRICAL INSTALLATIONS IN BUILDINGS

Level: 1

Code: MF0816_1

Associated with UC: Perform low voltage and domotic electrical installation assembly operations in buildings

Duration: 150 hours

Assessment capabilities and criteria:

C1: Identify the elements that configure the electrotechnical facilities of buildings, relating them to their function in the same and describing their characteristics.

CE1.1 From catalogs or other graphical information about the most common elements that configure electrical and home facilities in buildings, identify:

-Channels and pipes, among others-according to their use-embedded, surface, among others-describing their characteristics.

-The brackets and attachment accessories for each type of channel or pipe.

-The boxes and records according to their use in the installation.

-The different types of drivers describing their main characteristics-section, isolation, grouping, color, among others-and application in electrical installations.

-Equipment and mechanisms-protective devices, switches, switches, sockets, among others-according to their function and form of placement-embedded or surface-.

-The luminaires and accessories according to the type -fluorescent, halogen, among others-and the usual space where they will be placed.

-Equipment and other elements-controllers, sensors, actuators, among others-used in domotic installations, distinguishing their function and main characteristics.

CE1.2 In an electrical installation of low voltage or domotic, real or simulated, identify:

-The channels, channels, tubes, among others-according to their use in the installation-of recessed or surface, among others-describing their characteristics.

-The brackets and attachment accessories for each type of channel or pipe.

-The boxes and records according to their use in the installation.

-The different types of drivers describing their main characteristics-section, isolation, grouping, color, among others-and application in electrical installations.

-The mechanisms-switches, switches, sockets, sensors, actuators, among others-according to their function and form of recessed or surface, among others.

-The luminaires and accessories according to the type -fluorescent, halogen, among others-and the usual space where they will be placed.

-Control equipment, sensors, and actuators relating to their function in the installation.

-The PRL and EPIs measures to apply.

-Waste collection and savings and energy efficiency actions to be developed.

C2: Montar pipes, supports and boxes in a low voltage and domotic electrical installation in a building, under personal safety standards and the materials used.

CE2.1 Describe the bending techniques of tubes indicating the tools used and the usual procedures according to the type-PVC and metallic tubes, among others.

CE2.2 Describe the techniques and elements used in the pipe and pipe joint.

CE2.3 Describe the different techniques for securing pipes and pipes-cleats and screws, clamps, staples, chemical fixings, among others.

CE2.4 In a practical case of mounting an electrical and domotic installation of a home or local, performed at scale, with real elements:

-Identify and point in a housing or local sketch the locations of the installation elements.

-Mark the location of the pipes and boxes.

-Select the tools appropriately based on the procedures applied.

-Prepare the gaps and boxes for the location of boxes and pipes.

-Prepare and/or mechanize the pipes and materials to be used, applying the required procedures.

-Perform the appropriate drills with the appropriate technique and accessories under security rules.

-Mount the elements, boxes and tubes, among others, ensuring their proper mechanical fixation and aesthetic quality.

-Apply the safety standards, EPIs and, where applicable, waste collection procedures.

C3: Tender the wiring for the installation of the electrical and home automation of a building, under personal safety standards and the materials used.

CE3.1 Describe the different types of drivers according to their application in the installation-unipolar, hoses, among others.

CE3.2 List the most common types of passable guides, indicating the optimal way to attach the cables to the guide.

CE3.3 In a practical case of cable laying through the tube, perform the following operations:

-Identify the tube and its ends.

-Introduce the appropriate pasacable guide--nylon, metallic, among others-into the tube.

-Properly secure cable to the passable guide in a staggered manner.

-Pull the passable guide by preventing the cable from being released or damaged, until you recover it at the other end of the tube.

-Cut the cable by leaving a 'coca' or loop at each end.

-Label the cable by following the established procedure.

-Apply the safety standards, EPIs and, where applicable, waste collection procedures.

C4: Install the mechanisms and elements of electrical and domotic installations in a building under personal safety standards and the materials used.

CE4.1 Describe mechanisms and elements-switches, switches, sensors, among others-used in electrical and domotic installations in buildings.

CE4.2 In a practical case of mounting the mechanisms and elements of an electrical installation of a building made at scale and with real elements:

-Assemble items that consist of multiple pieces.

-Identify cabling based on your colors or labels.

-Place and fix the appliances or mechanisms in their place of location.

-Place and fix the actuators and sensors in their place of location

-Connect the cables to the electrical mechanisms and devices by ensuring good electrical contact and the correspondence between the cable and the terminal of the apparatus or mechanism.

-Place the embellishers or caps if necessary.

-Apply the safety standards, EPIs and, where applicable, waste collection and energy efficiency procedures.

CE4.3 In a practical case of mounting a domotic installation of a building, performed at scale and with real elements:

-Assemble items that consist of multiple pieces.

-Identify cabling based on your labeling.

-Place and fix the sensors and actuators in your location.

-Conexate cabling with installation items and equipment.

-Place the embellishers or caps if necessary.

-Apply the safety standards, EPIs and, where applicable, waste collection and energy efficiency procedures.

C5: Repair and replace simple elements of electrical installations and building domtics.

CE5.1 Describe type breakdowns in electrical installations in buildings.

CE5.2 Describe type breakdowns in domotic facilities in buildings.

CE5.3 In a practical case of an electrical installation of a building made at scale, with real elements and simulated breakdowns:

-visually or functionally check the dysfunction.

-Ensure the absence of danger for physical integrity and for installation.

-Replace the deteriorated element or roll back the operating conditions by following the established procedure.

-visually or functionally check the operation reset of the installation.

-Apply the safety standards, EPIs and, where applicable, waste collection and energy efficiency procedures.

CE5.4 In a practical case of a domotic installation of a building made at scale, with real elements and simulated breakdowns:

-visually or functionally check the dysfunction.

-Ensure the absence of danger for physical integrity and for installation.

-Replace the deteriorated element or roll back the operating conditions by following the established procedure.

-visually or functionally check the operation reset of the installation.

-Apply the safety standards, EPIs and, where applicable, waste collection and energy efficiency procedures.

Capabilities whose acquisition must be completed in a real workbench:

C2 with respect to CE2.4; C3 with respect to CE3.3; C4 with respect to CE4.2 and CE4.3; C5 with respect to CE5.3 and CE5.4.

Other capabilities:

Adapt to the organization of the company by integrating into the system of technical-labor relations.

Run the instructions you receive, following the procedure set.

Maintain the work area with the degree of order and cleanliness required by the organization.

Take responsibility for the work you are developing.

Communicate effectively with the right person at any time.

Show an attitude of respect towards colleagues and company rules.

Contents:

1. Electrical/domotic installations in buildings

Basic magnitudes used in electrotechnical installations: resistance, tension, intensity, frequency, among others.

Link facilities: parts.

Housing installations: degree of electrification; installations with bathtubs or showers; characteristics and types of elements-distribution table, control and control elements, tubes and pipes, boxes, others-.

Electrical conductors, maneuver and connection elements.

Facilities in common areas: features and elements.

Electrical installations in commercial, office and industrial buildings: classification, type facilities, circuits, types of elements, others.

Facilities in premises with special characteristics: wet, wet, with risk of corrosion and powder, among others.

On-premises security: protection against over-intensities and over-tensions; grounding facilities; protection against direct and indirect contacts; devices.

Domotic installations: types and characteristics; sensors; control equipment; actuators.

2. Assembly of elements of electrical installations in buildings: boxes and cabinets, pipes and cables

Characteristics and types of pipes: metallic and non-metallic tubes, channels, trays, and supports, among others.

Installation techniques for installation systems: embedded, surface or aerial.

Taladry, surface types.

Fixes, types, and features.

Tools.

Features and types of drivers: isolated and non-isolated, unipolar, multiconductor cables, multipolar cables, pairs cables, among others.

Installation and laying techniques of drivers: passable guides, types and characteristics, precautions. Circuit separation: identification and labelling.

Preparing, machining, and running: boxes or cabinets, pipes, cables, terminals, splices, and connections.

Means and equipment: basic safety standards, PRL, applicable environmental protection and energy efficiency, applicable electrical safety regulations, risks in height, others.

3. Assembly of elements of electrical and domotic installations in buildings: protective equipment, manoeuvring apparatus, luminaires, among others

Protective devices: types and features, fuses, power control switch, differential switch, magnetothermic switches, among others.

Mount techniques.

Installation and fixing techniques on rail.

Ionado: maneuver devices, types and features-switches, switches, push buttons, among others.

Current Tomas: types, installation, and fixation; connection; electrical receivers.

Luminaries, engines, timbres, among others.

Sensor fixation.

Installation and installation of actuators.

Installing and fixing domotic control equipment.

Basic safety standards, PRL, environmental protection and applicable energy efficiency. Safety equipment and equipment. Electrical safety regulations. Risks in height.

4. Basic maintenance of electrical installations in buildings

Use of the basic measuring instruments: voltmeter, amperimeter, ohmeter, among others.

Type breakdowns in housing buildings: symptoms and effects; repair of breakdowns; replacement of elements. Basic preventive maintenance techniques.

Safety and security measures: basic safety standards, PRL, environmental protection and applicable energy efficiency. Safety equipment and equipment. Applicable rules for electrical safety.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account the applicable regulations of the production sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional or former trainer profile:

1.-Domain of knowledge and techniques related to the installation of low voltage and domotic electrical installation operations in buildings, which will be accredited by one of the two forms following:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2.-Accredited pedagogical competence according to what the competent administrations establish.

TRAINING MODULE 2: TELECOMMUNICATIONS FACILITY MOUNT OPERATIONS

Level: 1

Code: MF0817_1

Associated with UC: Perform Telecom Facilities Mount Operations

Duration: 180 hours

Assessment capabilities and criteria:

C1: Identify the elements that configure the telecommunications infrastructure installations, describing their main features and functionality.

CE1.1 Identify the elements-enclosures, pipes, wiring, antennas, racks, and boxes, among others-of a telecommunications infrastructure installation of an edifico from catalogs and/or elements actual.

CE1.2 Classify channelings-channels, trays, tubes, among others-describing their main features and associating them with their typical application.

CE1.3 Classify drivers-unipolar, copper pair cables, coaxial cable, optical fiber, among others-indicating their application in different installations, according to their characteristics.

CE1.4 Determine the typology of the different boxes-records, cabinets, racks, surface boxes, recessed, among others-relating to their application.

CE1.5 In a scenario of a telecommunications infrastructure installation in a building, real or simulated at scale, identify:

-The pipes used indicating their suitability in the installation.

-The type of fixation-tacos, flanges, screws, nuts, staples, among others-of pipes and equipment relating to the element to be fastened.

-The 'racks' cabinets that the computers contain.

-Equipment and elements used in telecommunication facilities-power supplies, amplifiers, switchboards, monitors, cameras, video-keepers, detectors, actuators, among others-describing their function principal.

-The tools required for mounting the installation elements.

-The PRL and EPIs measures to apply.

-Waste collection and savings and energy efficiency actions to be developed.

C2: Montar pipes, media and cabinets in a telecommunications facility, under personal security rules and the materials used.

CE2.1 Describe the techniques used in the bending of PVC tubes, metal, among others, indicating the tools used in each case and their application.

CE2.2 Describe the techniques and elements used in pipe and pipe joints.

CE2.3 Describe the techniques for securing and fixing tubes, pipes, equipment and elements of the facilities-taco and screws, clamps, staples, chemical fixings, among others.

CE2.4 Describe typical mounting phases of a 'rack'.

CE2.5 In a practical case of mounting a basic telecommunications installation in a building, performed at scale with real elements:

-Select the tools appropriately based on the procedures applied.

-Identify and point in a building or part of the building the locations of the installation elements.

-Mark the location of the pipes and boxes.

-Prepare the gaps and boxes for the location of boxes and pipes.

-Prepare and/or mechanize the pipes and boxes.

-Mount the 'racks' cabinets.

-To drill with the appropriate technique and accessories the gaps in the fixing of the elements under safety standards.

-Mount the elements, boxes and tubes, among others, ensuring their proper mechanical fixation.

-Apply the safety standards, EPIs and, where applicable, waste collection procedures.

C3: Tender cabling for the assembly of a building's telecommunications infrastructure facilities under personal security standards and the materials used.

CE3.1 Describe the drivers employed in the various telecommunications facilities-pairs, coaxial, fiber optic, among others.

CE3.2 List the most common types of passable guides, indicating the optimal way to attach the cables to the guide.

CE3.3 In a handy case of pipe-to-tube cable laying:

-Identify the tube and its ends.

-Enter the passable guide into the tube.

-Hold the cable to the passable guide in a staggered manner.

-Tirr the passable guide by preventing the cable from being released or damaged.

-Cut the cable by leaving a 'coca' or loop at each end.

-Label the cable by following the established procedure.

-Apply the safety standards, EPIs and, where applicable, waste collection procedures and energy efficiency measures.

C4: Install the elements and equipment of the telecommunications infrastructure installations in buildings.

CE4.1 In a practical case of mounting a basic installation of radio and television reception and distribution-R-TV- in a building, carried out at scale and with real elements:

-Assemble items that consist of multiple pieces.

-Identify cabling based on your labeling.

-Place and fix equipment or elements-antennas, amplifiers, among others-in their location.

-Conexate cabling with equipment and elements.

-Place the embellishers or caps if necessary.

-Apply the safety standards, EPIs and, where applicable, waste collection procedures and energy efficiency measures.

CE4.2 In a practical case of mounting a telephone installation in a building, performed at scale and with real elements:

-Assemble items that consist of multiple pieces.

-Identify cabling based on your labeling.

-Place and fix equipment or items-centralites, user takes, among others-at their location.

-Conexate cabling with equipment and elements.

-Place the embellishers or caps if necessary.

-Apply the safety standards, EPIs and, where applicable, waste collection and energy efficiency procedures.

CE4.3 In a practical case of mounting an installation of basic intercommunication in a building, performed at scale and with real elements:

-Assemble items that consist of multiple pieces.

-Identify cabling based on your labeling.

-Place and fix the equipment or elements-gatekeepers, video doormen, phone calls, among others-in their place of location.

-Conexate cabling with equipment and elements.

-Place the embellishers or caps if necessary.

-Apply the safety standards, EPIs and, where applicable, waste collection procedures and energy efficiency measures.

C5: Perform auxiliary operations for maintenance of telecommunications facilities in buildings.

CE5.1 Describe basic preventive maintenance operations of telecommunications facilities in buildings.

CE5.2 Describe type breakdowns in R-TV reception and distribution facilities in buildings.

CE5.3 Describe type breakdowns in building telephony facilities.

CE5.4 Describe type breakdowns in intercommunication facilities in buildings.

CE5.5 In a case scenario of a building of R-TV reception and distribution of a building, performed at scale, with real elements and simulated simple breakdowns:

-visually or functionally check the dysfunction, following a defined protocol.

-Ensure the absence of danger for people and for installation.

-Replace the deteriorated element or restore the operating conditions, following the procedure set.

-visually and/or functionally check the operation reset of the installation.

-Apply the safety standards, EPIs and, where applicable, waste collection procedures.

CE5.6 In a scenario of a building telephony installation, performed at scale, with real elements and simulated simple breakdowns:

-visually and/or functionally check the fault or dysfunction, following a defined protocol.

-Ensure the absence of danger for physical integrity and for installation.

-Replace the deteriorated element or roll back the operating conditions by following the established procedure.

-visually and/or functionally check the operation reset of the installation.

-Apply the safety standards, EPIs and, where applicable, waste collection procedures.

CE5.7 In a practical case of a building intercommunication facility, performed at scale, with real elements and with simulated simple breakdowns:

-visually or functionally check the dysfunction, following a defined protocol.

-Ensure the absence of danger for the physical integrity of the people and for the installation.

-Replace the deteriorated element or roll back the operating conditions by following the established procedure.

-visually and/or functionally check the operation reset of the installation.

-Apply the safety standards, EPIs and, where applicable, waste collection procedures and energy efficiency measures.

Capabilities whose acquisition must be completed in a real workbench:

C1 with respect to CE1.5; C2 with respect to CE2.5; C3 with respect to CE3.3; C4 with respect to CE4.1, CE4.2 and CE4.3; C5 with respect to CE5.5, CE5.6 and CE5.7.

Other capabilities:

Adapt to the organization of the company by integrating into the system of technical-labor relations.

Run the instructions you receive, following the procedure set.

Maintain the work area with the degree of order and cleanliness required by the organization.

Take responsibility for the work you are developing.

Communicate effectively with the right person at any time.

Show an attitude of respect towards colleagues and company rules.

Contents:

1. Telecommunications facilities in buildings

Measures and instruments of basic measurement used in electrical and telecommunications installations: resistance, tension, intensity, frequency, among others; ohmeter, voltmeter, amperimeter, polimeter, checker cabling, among others.

Telecommunications infrastructure facilities in buildings: features, means of transmission. Equipment and elements.

Local telephony and network facilities: features, means of transmission, equipment-centralites, terminals, hubs or 'Hub', switches or 'switches', routers or routers-, wireless access points, between other.

R-TV installations: Antennas: means of transmission; equipment and elements of amplification and distribution. Intercom facilities-automatic gatekeepers and video doormen, among others.

Common sonorization installations: types and characteristics; signal diffusers.

Cables and interconnect elements.

Teams: amplifiers, players, recorders, among others.

Common closed circuit television facilities: features, cameras, monitors, signal processing equipment.

Common facilities intended, where appropriate, for the integration of 'digital home' services: features, means of transmission, equipment and other elements of the automation and control networks.

2. Assembly of the elements of the telecommunications installations in buildings: pipes and cables

Features and types of pipes: rigid and flexible pipes, channels, trays and supports, among others.

Preparation and machining of pipes.

Pipe and pipe mounting techniques.

Features and types of fixings: mounting techniques.

Features and types of drivers: coaxial cable, pairs, fiber optics, among others.

Driver's laying techniques.

Basic techniques for checking the cabling of telecommunication facilities.

Identification and tagging of drivers.

Basic safety standards, PRL and applicable environmental protection. Media and security equipment.

3. Assembly and basic maintenance of the elements of the telecommunications installations in buildings: equipment and other elements

Installing and fixing equipment in telecommunication facilities.

Fixing techniques: in cabinets, on surface.

Radio and television antenna assembly techniques.

Drivers ' connection techniques.

Installing and fixing signal sockets.

Basic telecommunications facility maintenance techniques.

Basic safety standards, PRL and applicable environmental protection. Risks in height. Media and security equipment.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account the applicable regulations of the production sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional or former trainer profile:

1.-Domain of knowledge and techniques related to the realization of telecommunications facility assembly operations, which will be accredited by one of the following two ways:

-Level 1 academic training (Spanish Framework of Qualifications for Higher Education) or other higher level education related to the professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2.-Accredited pedagogical competence according to what the competent administrations establish.

ANNEX IV

Professional Qualification: Development of Electrical Facilities Projects in the Building Environment and with Special Finances

Professional Family: Electricity and Electronics

Level: 3

Code: ELE259_3

General Competition

Develop low voltage power plant projects-BT- in the building environment and for special purposes or characteristics, from a given preliminary draft or conditions, according to the specifications and established procedures, ensuring the quality and safety of the facilities and complying with the applicable rules.

Competition Units

UC0829_3: Develop low-voltage power facility projects in the concurrency building environment, industries, offices, and public places

UC0830_3: Develop low voltage power facility projects in special feature locales and special purpose installations

Professional Environment

Professional Scope

Develops its professional activity in technical and production office departments dedicated to the development of projects of low voltage electrical installations, belonging to companies of public or private nature, with independence of its legal form and size, self-employed or otherwise, and depending, in its own case, on a professionally-enabled superior. He or she usually has staff in charge, for seasons or in a stable way. The activities it develops in its professional field are subject to regulation by the competent authorities, specifically complying with the rules applicable to BT's electrotechnical installations. The principles of universal accessibility are applied in the development of professional activity in accordance with the applicable regulations.

Productive Sectors

It is located in the electrical sector, within the electrical facilities sub-sectors of BT, in processes of development of electrical installations projects in the environment of buildings of houses, industries, offices, premises of public concurrency, premises of special characteristics, as well as those intended for special purpose installations. It can perform its functions in other productive sectors where these processes are developed.

Relevant occupations and jobs

The terms of the following relationship of occupations and jobs are used with a generic and omnicomrensivo character of women and men.

Electro-technical projectors ' helpers

Technicians in low voltage electrification facility projects for housing and buildings

Technicians in low voltage electrification facility projects for special premises

Associated Training (480 hours)

Training Modules

MF0829_3: Development of low voltage power facilities projects in the housing, industries, offices, and local public buildings environment (240 hours)

MF0830_3: Development of low voltage power facility projects in special features and special purpose installations (240 hours)

COMPETITION UNIT 1: DEVELOP LOW-VOLTAGE POWER FACILITY PROJECTS IN THE ENVIRONMENT OF CONCURRENCY BUILDING HOUSES, INDUSTRIES, OFFICES, AND PREMISES

Level: 3

Code: UC0829_3

Professional Realizations and Realization Criteria:

RP 1: To determine the characteristics and layout of the equipment and materials of BT's electrical installations, in buildings of houses, industries, offices and premises of public concurrency, from the project or from the Prior design specifications and criteria, under the supervision, where appropriate, of the hierarchical superior and complying with the applicable rules.

CR 1.1 The verification of the conditions and specifications of the installation established in the project, if any, as they may be distribution, protections, dimensioned, among others, is carried out, considering the characteristics (a) the effective nature of the spaces in 'work' and in accordance with the rules applicable to BT's electrotechnical installations, the connection to the energy production network, in its case and for energy efficiency and protection environmental, among others.

CR 1.2 The configuration of the installation and the forecast of loads is carried out, within its sphere of competence, taking into account the type of consumption-housing, commercial premises or offices, industrial, among others-and Considering, in each case:

-The degree of electrification and forecast of power in housing.

-Total load for buildings intended for housing.

-The total charge for commercial, office or office buildings for one or more industries.

CR 1.3 The drawings and general schemes of the facility are adapted or developed in compliance with the applicable regulations and by collecting:

-The location of the constituent elements-affected, protection, measurement and control, distribution, receivers, among others-in the effective spaces of 'work', optimizing their use.

-The distribution of the installation-pipes, cabinets, logs, sockets, among others-taking into account the distances and other conditions established with respect to constructive elements and other installations.

-The circuits, loads, and other general references, depending on your configuration.

-The unifilar representation of the different sections of the installation, circuits and other elements, using the normalized symbology.

CR 1.4 The calculations of the characteristics of the characteristics of the installation-power, voltage drops, intensities, driver sections, among others-are carried out using the tables, software and procedures established calculation, under supervision, where appropriate, of the hierarchical superior and complying with the rules applicable to BT's electrotechnical installations and energy efficiency, among others.

CR 1.5 The installation's land network is configured according to the required electrical safety measures and complying with the requirements of the applicable electrotechnical regulations.

CR 1.6 The calculations of the luminonic magnitudes of the inner and emergency lighting-luminance, illumination, total efficiency, uniformity, control of the glare, among others-are performed using the tables, programs IT and calculation procedures established, under supervision, where appropriate, of the hierarchical superior, taking into account the criteria of technical and aesthetic quality agreed upon and complying with the applicable security and safety regulations. energy efficiency, among others.

CR 1.7 The layout, single and 'developed' schemes are outlined detailing, in the characteristic points of the installation, the circuits, characteristics characteristics -length, voltage drop, intensity, among others-and other specifications required for the preparation of the installation plans, using standard rendering systems.

CR 1.8 The specification report is made by accurately collecting the data relating to the use, location, expected power, ratio and nominal power of receivers, drivers section, pipes, characteristics functional and technical equipment, among other references required for the elaboration of the design or project technical memory of the installation, using the established format.

RP 2: Select the equipment, elements and materials of BT's electrical installations in the environment of buildings of housing, industries, offices and public places of public concurrence from the specifications report, ensuring the quality criteria established and complying with the applicable rules.

CR 2.1 The technical characteristics of the equipment, receivers, cutting and protective devices, pipes, conductors, among others, are determined for each section, responding to the calculations made and specifications established, and in compliance with the applicable rules on the electrotechnical installations of BT, energy efficiency and environmental protection, among others.

CR 2.2 The parameters for the selection of commercially available equipment, elements and materials are established according to the technical characteristics specified and taking into account the functional and assembly, the approval rules and/or internal company standards and the criteria of technical and aesthetic quality.

CR 2.3 The choice of the equipment, drivers, pipes and other elements of the installation is carried out by reference to the criteria and parameters of selection established, combining the guarantees of 'interchangeability', reliability, costs and supply, among others.

CR 2.4 The general listing of equipment, security and other materials of the installation, is elaborated detailing the technical references, norms of approval, identification of manufacturers, models and unit prices, between other significant data, using the format established to facilitate the development of general and work budgets, where appropriate, the basic safety study and other project documentation or design technical memory.

RP 3: Develop and/or adapt plans and partial schemes for BT's electrical installations, in the environment of buildings of houses, industries, offices and premises of public concurrency from the report of specifications and the design and quality criteria established.

CR 3.1 The representation of the schemes and plans of the installation, equipment, tables and other elements, is carried out using the symbology, scales and conventionalisms normalized and/or internal of the company, allowing the precise identification of the specified circuits, systems, and components of the installation.

CR 3.2 The graphical layout of the elements, their groupings and the reference and coding systems used in planes and schemes-uniphilaries, developed, wiring and related, among others-are carried out allowing the sequential monitoring of the operation of the installation, the identification of the values of its characteristics and other specifications established for each circuit and element, as well as the relationships between them.

CR 3.3 The general plans and schemes of the facility are elaborated taking into account the provision and specifications established and the compliance of the applicable regulations among others in the field of safety in the field. BT electrotechnical installations, inter alia, and in all its fields-the location of receivers, equipment, electrical frames, layout, dimensions and technical specifications of circuits and their elements, inter alia.

CR 3.4 The layout plans of the installation-distribution, channelling, among others-are carried out by reference to the drawings and specifications developed, taking into account the characteristics and uses of the building, the place where it is located, other confluent facilities and maintenance of the facility, among other aspects.

CR 3.5 Electrical schemes-uniphilaries, developed, connected, among others-are carried out in compliance with the specifications and design criteria determined, collecting the data required by the applicable regulations, in their case, in the established format and achieving the stipulated quality levels.

CR 3.6 The detail plans and diagrams for the installation of the installations and their elements, are made indicating with the required accuracy their location -cotas, orientation, among others-identification, dimensions, encounters and steps for buildings and elements of construction, crossings and derivations in the route of the pipes, among others, taking as a reference the established specifications and the technical information provided by the manufacturers.

CR 3.7 The verification of the implementation represented in plans, schemes and other documents, is carried out according to the rules applicable in the field of PRL and safety of equipment and installations, updating, in Case of variation, the general listing of equipment, devices and other materials.

RP 4: Determine the costs of BT's electrical installations, in the environment of residential buildings, industries, offices and premises of public concurrency, considering the required quantities of each unit of work, applying the scales and unit prices established from the general listing of selected equipment and materials and, where appropriate, the technical documentation of the project.

CR 4.1 The general listing and partial systems and elements of the installation are verified, being specified with the required precision and collecting the data necessary for the definition of the units of work.

CR 4.2 The units of work are delimited from the prepared lists, following criteria of structural coherence, ease of identification and measurement, among others and according to the technical specifications of the project and specifications, if any.

CR 4.3 The units of work are disaggregated by the established procedures, considering the different elements and quantities required, the operations to be carried out in each case, the conditions of assembly, the labor force intervenes and the estimated time for its execution, among other relevant aspects.

CR 4.4 The sets of units of work are determined by including all the works and materials required for the execution of the installation.

CR 4.5 The cost of each unit of work and the installation as a whole is obtained taking into account, among others, the established quality conditions, the updated valuation of materials, equipment and labor required.

CR 4.6 The measurements and the information obtained are collected in the established document, using the computer resources, if any, and detailing the quantities and units of measurement with the required precision for the production. of the general and/or partial budget of the facility.

RP 5: Develop the technical specifications for the testing and/or testing of the reception of the elements and the electrical installations of BT, in the environment of buildings of houses, industries, offices and premises of public concurrency, within its competence, in accordance with the quality criteria laid down and in compliance with the applicable rules.

CR 5.1 The technical specifications for the supply of materials, equipment, and other elements are defined by detailing their nominal characteristics, required construction approvals, quality parameters and security laid down by the applicable rules on the electrotechnical installations of BT, energy efficiency and environmental protection, among others.

CR 5.2 The testing and/or testing of reception of the selected installation elements-materials and equipment, among others-is determined, under the supervision of the hierarchical superior, where appropriate, taking into account the established supply specifications and the technical information provided by the manufacturers.

CR 5.3 The characteristic parameters of the grounding networks and other protection systems-resistance, isolation, among others-are specified by delimiting their maximum values as set out in the applicable regulations.

CR 5.4 Handling conditions for the storage and assembly of materials and equipment are collected for subsequent application, following the indications given by the manufacturers.

CR 5.5 Installation reception conditions and project milestones-sequence, times and results to be obtained, among others-are specified, under the supervision of the hierarchical superior, taking into account the documentation the technical specifications and the specifications, where appropriate.

CR 5.6 The test and test specifications and the additional information obtained are collected in the relevant report, documenting the work plan to be developed with the required amplitude and precision.

RP 6: Develop the service instruction manual and maintenance of BT's electrical facilities in the environment of concurrency buildings, industries, offices and premises, complying with the requirements of the applicable rules.

CR 6.1 The service instruction manual is prepared by specifying the conditions for commissioning, operation and safety, as well as the action to be taken in the event of a breakdown or emergency, Among others, the applicable rules on facilities for BT and PRL.

CR 6.2 The maintenance and conservation actions of the equipment, tables and other elements of the facilities are established by considering frequencies, procedures and other required references, taking into account the information the manufacturer's technical specifications and the requirements laid down in the applicable rules for the electrotechnical installations of BT and PRL.

CR 6.3 The specifications on the inspection points for maintenance, parameters to be checked, operations to be carried out, means used, periodicity of the actions, among others, are carried out according to the model set.

CR 6.4 The procedures and periodicity of the periodic tests of the various elements of the installation-protection, isolation, among others-are established, in each case, in accordance with the applicable law BT electrotechnical installations, inter alia.

CR 6.5 The equipment maintenance program, tables, luminaires, among other elements of the installation, is elaborated taking into account the specifications of the manufacturers, the conditions of use of the installation and compliance the requirements of the applicable rules.

RP 7: Develop the basic safety and health study for the execution of BT's electrical installations in the environment of concurrency buildings, industries, offices and premises, within its scope competence and in compliance with applicable rules.

CR 7.1 Risk factors-intensity, frequency, height, among others-implicit in the operations of the execution of the installation-transport of materials, assembly of devices and equipment, among others-are identified with accuracy by following the established protocol and complying with the applicable PRL rules, inter alia.

CR 7.2 The risks associated with the identified factors-electrical shock or shock, burns, falls, among others-are determined, establishing the preventive measures and the individual and/or collective protections to be used, complying with the provisions of the applicable rules on PRL and in particular on electrical risks.

CR 7.3 The basic safety and health study is developed, under the supervision of the hierarchical superior, where appropriate, taking into account the instructions for handling or disposal of equipment and materials supplied by the manufacturer, as well as the experience gained in works of similar nature, in compliance with the applicable rules on PRL, environmental protection and the management of electrical waste, among others.

Professional Context:

Production media:

Computer and telematics equipment. Specific design, calculation and simulation software. Product and supplier databases. Printing and reproduction peripherals of planes: printer, drawing plotter or 'plotter', scanner, among others. Test instruments and electrical measurements: multimeter, isolation meter, electrical energy analyser, tellurometer, among others. Other measuring instruments: gauge, tape measure, among others. Basic tools for electrical and mechanical work.

Products and results:

In the field of BT's electrical installations in the environment of residential buildings, industries, offices and premises of public concurrency: Specifications on the disposal and characteristics of equipment and materials BT electrical installations, elaborated. Dimensioning of elements and installations, within its sphere of competence, carried out. Selection of equipment, elements and materials, carried out. Drawings and partial schemes of elements and installations, represented. Total and partial costs of equipment, materials, labor, among others, calculated. Elaborate, elaborate technical memories. Technical specifications for the testing and/or testing of the reception of the elements and of the installations, within their competence, established. Manual of instructions for service and maintenance, elaborated. Basic safety and health study, carried out.

Information used or generated:

Projects of electrical installations in buildings. Technical memories of electrical installations in buildings. Certificates of electrical installations of BT. Technical manuals for equipment, machines and materials. Studies on safety and health in electrical installations in buildings. Applicable rules, including the regulations and, where appropriate, additional technical instructions, intended for the electrotechnical installations of BT and common telecommunications infrastructures-'ICT '-, or provisions to which the substitute. Applicable legislation on the prevention of occupational risks-PRL-electrical risks, energy efficiency and environmental protection, among others. Standards of the supplying power companies.

COMPETITION UNIT 2: DEVELOP LOW-VOLTAGE POWER FACILITY PROJECTS IN SPECIAL FEATURES AND SPECIAL PURPOSE FACILITIES

Level: 3

Code: UC0830_3

Professional Realizations and Realization Criteria:

RP 1: Determine the characteristics and layout of equipment and materials of BT's electrical installations in premises with special characteristics and special purpose installations, from the project or from the Prior design specifications and criteria, under supervision, in the case of the hierarchical superior and complying with the applicable rules.

CR 1.1 The verification of the conditions and specifications of the installation established in the project, if any, as they may be distribution, protections, dimensioned, among others, is carried out, considering the characteristics (a) the effectiveness of the 'work' spaces and complying with the rules applicable to BT's electrotechnical installations, the connection to the energy production network, where appropriate, energy efficiency and environmental protection; among others.

CR 1.2 The configuration of the installation and the forecast of loads is carried out, within its sphere of competence, taking into account the type of local or use:

-Locales at risk of fire or explosion.

-Wet and wet premises.

-Swimming pools and fonts.

-Interim and temporary installations of works.

-Facilities for operating rooms and intervention rooms, and all the premises covered by the applicable regulations and accompanying instructions for the electrotechnical installations of BT.

CR 1.3 The drawings and general schemes of the facility are adapted or developed in compliance with the applicable regulations and by collecting:

-The location of the constituent elements-affected, protection, measurement and control, distribution, receivers, among others-in the effective spaces of 'work', optimizing their use.

-The distribution of the installation-pipes, cabinets, logs, sockets, among others-taking into account the distances and other conditions established with respect to constructive elements and other installations.

-The circuits, loads, and other general references, depending on your configuration.

-The unifilar representation of the different sections of the installation, circuits and other elements, using the normalized symbology.

CR 1.4 The calculations of the characteristics of the characteristics of the installation-power, voltage drops, intensities, driver sections, among others-are carried out using the tables, software and procedures established calculation, under supervision, where appropriate, of the hierarchical superior and complying with the rules applicable to BT's electrotechnical installations and energy efficiency, among others.

CR 1.5 The installation's land network is configured according to the required electrical safety measures and complying with the requirements of the applicable electrotechnical regulations.

CR 1.6 The calculations of the luminonic magnitudes of the inner and emergency lighting-luminance, illumination, total efficiency, uniformity, control of the glare, among others-are performed using the tables, programs IT and calculation procedures established, under supervision, where appropriate, of the hierarchical superior, taking into account the criteria of technical and aesthetic quality agreed upon and complying with the applicable security and safety regulations. energy efficiency, among others.

CR 1.7 The layout, single and 'developed' schemes are outlined detailing, in the characteristic points of the installation, the circuits, characteristics characteristics -length, voltage drop, intensity, among others-and other specifications required for the preparation of the installation plans, using standard rendering systems.

CR 1.8 The specification report is made by accurately collecting the data relating to the use, location, expected power, ratio and nominal power of receivers, drivers section, pipes, characteristics functional and technical equipment, among other references required for the elaboration of the design or project technical memory of the installation, using the established format.

RP 2: Select the equipment, elements and materials of BT's electrical installations in premises with special characteristics and special purpose facilities from the specifications report, ensuring the quality criteria established and complying with the applicable rules.

CR 2.1 The technical characteristics of the equipment, receivers, cutting and protective devices, pipes, conductors, among others, are determined for each section, responding to the calculations made and specifications established, and in compliance with the applicable rules on the electrotechnical installations of BT, energy efficiency and environmental protection, among others.

CR 2.2 The parameters for the selection of commercially available equipment, elements and materials are established according to the technical characteristics specified and taking into account the functional and assembly, the approval rules and/or internal company standards and the criteria of technical and aesthetic quality.

CR 2.3 The choice of the equipment, drivers, pipes and other elements of the installation is carried out by reference to the criteria and parameters of selection established, combining the guarantees of 'interchangeability', reliability, costs and supply, among others.

CR 2.4 The general listing of equipment, security and other materials of the installation, is elaborated detailing the technical references, norms of approval, identification of manufacturers, models and unit prices, between other significant data, using the format established to facilitate the development of general and work budgets, where appropriate, the basic safety study and other project documentation or design technical memory.

RP 3: Develop and/or adapt plans and partial schemes of BT's power plants for special features and special purpose installations from the specifications and the specifications report. established design and quality criteria.

CR 3.1 The representation of the schemes and plans of the installation, equipment, tables and other elements, is carried out using the symbology, scales and conventionalisms normalized and/or internal of the company allowing the precise identification of the specified circuits, systems, and components of the installation.

CR 3.2 The graphical layout of the elements, their groupings and reference and coding systems used in planes and schemes-uniphilaries, developed, wiring and related, among others-are carried out allowing sequential monitoring of the operation of the installation, the identification of the values of its characteristics and other specifications established for each circuit and element, as well as the relationships between them.

CR 3.3 General plans and drawings of the facility are elaborated taking into account the provision and specifications established and the compliance with the applicable safety regulations, in installations BT electrotechnics, inter alia and in all its fields-site of receivers, equipment, electrical frames, layout, dimensions and technical specifications of circuits and their elements, among others.

CR 3.4 The layout plans of the installation-distribution, channelling, among others-are carried out by reference to the drawings and specifications developed, taking into account the characteristics and uses of the building, the place where it is located, other confluent facilities and maintenance of the facility, among other aspects.

CR 3.5 Electrical schemes-uniphilaries, developed, connected, among others-are carried out in compliance with the specifications and design criteria determined, collecting the data required by the applicable regulations, in their case in the established format, and achieving the stipulated quality levels.

CR 3.6 The detail plans and assembly diagrams of the installations and their elements, are made indicating with the required accuracy their location -cotas, orientation, among others-identification, dimensions, encounters and steps for buildings and elements of construction, crossings and derivations in the route of the pipes, among others, taking as a reference the established specifications and the technical information provided by the manufacturers.

CR 3.7 The verification of the implementation represented in plans, schemes and other documents is carried out in accordance with the rules applicable to the safety of persons, equipment and installations, updating, in Case of variation, the general listing of equipment, devices and other materials.

RP 4: Determine the costs of BT's power facilities for special feature premises and special purpose facilities considering the required quantities of each unit of work, applying the scales and unit prices based on the general listing of selected equipment and materials and, where appropriate, the technical documentation of the project.

CR 4.1 The general listing and partial systems and elements of the installation are verified, being specified with the required precision and collecting the data necessary for the definition of the units of work.

CR 4.2 The units of work are delimited from the prepared lists, following criteria of structural coherence, ease of identification and measurement, among others and according to the technical specifications of the project and specifications, if any.

CR 4.3 The units of work are disaggregated by the established procedures, considering the different elements and quantities required, the operations to be carried out in each case, the conditions of assembly, the labor force intervenes and the estimated time for its execution, among other relevant aspects.

CR 4.4 The sets of units of work are determined by including all the works and materials required for the execution of the installation.

CR 4.5 The cost of each unit of work and the installation as a whole is obtained taking into account, among others, the established quality conditions, the updated valuation of materials, equipment and labor required.

CR 4.6 The measurements and the information obtained are collected in the established document, using the computer resources, if any, and detailing the quantities and units of measurement with the required precision for the production. of the general and/or partial budget of the facility.

RP 5: Develop the technical specifications for the test and/or testing of the reception of the elements and of the electrical installations of BT, in premises of special characteristics and installations for special purposes, within its Competence in accordance with the quality criteria established and complying with the applicable rules.

CR 5.1 The technical specifications for the supply of materials, equipment, and other elements are defined by detailing their nominal characteristics, required construction approvals, quality parameters and security laid down by the applicable rules on the electrotechnical installations of BT, energy efficiency and environmental protection, among others.

CR 5.2 The testing and/or testing of reception of the selected installation elements-materials and equipment, among others-is determined, under the supervision of the hierarchical superior, where appropriate, taking into account the established supply specifications and the technical information provided by the manufacturers.

CR 5.3 The characteristic parameters of the grounding networks and other protection systems-resistance, isolation, among others-are specified by delimiting their maximum values as set out in the applicable regulations.

CR 5.4 Handling conditions for the storage and assembly of materials and equipment are collected for subsequent application, following the indications given by the manufacturers.

CR 5.5 Installation reception conditions and project milestones-sequence, times and results to be obtained, among others-are specified, under the supervision of the hierarchical superior, taking into account the documentation the technical specifications and the specifications, where appropriate.

CR 5.6 The test and test specifications and the additional information obtained are collected in the relevant report, documenting the work plan to be developed with the required amplitude and precision.

RP 6: Develop the manual of service and maintenance instructions for BT's electrical installations, in premises with special characteristics and special purpose installations, complying with the requirements of the regulations applicable.

CR 6.1 The service instruction manual is prepared by specifying the conditions for commissioning, operation and safety, as well as the action to be taken in the event of a breakdown or emergency, Among others, the applicable rules on facilities for BT and PRL.

CR 6.2 The maintenance and conservation actions of the equipment, tables and other elements of the facilities are established by considering frequencies, procedures and other required references, taking into account the information the manufacturer's technical specifications and the requirements laid down in the applicable rules for the electrotechnical installations of BT and PRL.

CR 6.3 The specifications on the inspection points for maintenance, parameters to be checked, operations to be carried out, means used, periodicity of the actions, among others, are carried out according to the model set.

CR 6.4 The procedures and periodicity of the periodic tests of the various elements of the installation-protection, isolation, among others-are established, in each case, in accordance with the applicable law BT electrotechnical installations, among others.

CR 6.5 The equipment maintenance program, tables, luminaires, among other elements of the installation, is elaborated taking into account the specifications of the manufacturers, the conditions of use of the installation and compliance the requirements of the applicable rules.

RP 7: Develop the basic safety and health study for the execution of BT's electrical installations, in premises with special characteristics and special purpose installations, within its competence and in compliance with the the applicable rules.

CR 7.1 Risk factors-intensity, frequency, height, among others-implicit in the operations of the execution of the installation-transport of materials, assembly of devices and equipment, among others-are identified with accuracy by following the established protocol and complying with the applicable PRL rules, inter alia.

CR 7.2 The risks associated with the identified factors-electrical shock or shock, burns, falls, among others-are determined, establishing the preventive measures and the individual and/or collective protections to be used, complying with the provisions of the applicable rules on PRL and in particular on electrical risks.

CR 7.3 The basic safety and health study is developed, under the supervision of the hierarchical superior, where appropriate, taking into account the instructions for handling or disposal of equipment and materials supplied by the manufacturer, as well as the experience gained in works of similar nature, in compliance with the applicable rules on PRL, environmental protection and the management of electrical waste, among others.

Professional Context:

Production media:

Computer and telematics equipment. Specific design, calculation and simulation software. Product and supplier databases. Printing and reproduction peripherals of planes: Printer, drawing plotter or 'plotter', scanner, among others. Test instruments and electrical measurements: multimeter, isolation meter, electrical energy analyser, tellurometer, among others. Other measuring instruments: gauge, tape measure, among others. Basic tools for electrical and mechanical work. Personal protective equipment, if any.

Products and results:

In the field of BT's electrical installations, in the environment of special features and special purpose installations: Specifications on the disposal and characteristics of equipment and materials BT electrical installations, elaborated. Dimensioning of elements and installations, within its sphere of competence, carried out. Selection of equipment, elements and materials, carried out. Drawings and partial schemes of elements and installations, represented. Total and partial costs of equipment, materials, labor, among others, calculated. Elaborate, elaborate technical memories. Technical specifications for the testing and/or testing of the reception of the elements and of the installations, within their competence, established. Manual of instructions for service and maintenance, elaborated. Basic safety and health study, carried out.

Information used or generated:

Projects of electrical installations in buildings. Technical memories of electrical installations in buildings. Certificates of electrical installations of BT. Technical manuals for equipment, machines and materials. Studies on safety and health in electrical installations in buildings. Applicable rules, including the regulations and, where appropriate, additional technical instructions, intended for the electrotechnical installations of BT and common telecommunications infrastructures-'ICT '-, or provisions to which the substitute. Applicable legislation on the prevention of occupational risks-PRL-electrical risks, energy efficiency and environmental protection, among others. Standards of the supplying power companies.

TRAINING MODULE 1: DEVELOPMENT OF LOW-VOLTAGE POWER PLANT PROJECTS IN THE ENVIRONMENT OF CONCURRENCY BUILDINGS, INDUSTRIES, OFFICES AND PREMISES

Level: 3

Code: MF0829_3

Associated with UC: Develop low-voltage power facility projects in the housing, industries, offices, and local public buildings environment

Duration: 240 hours

Assessment capabilities and criteria:

C1: Analyze the operation of BT's electrical facilities in the environment of residential buildings, industries and public places to identify their components, to relate to each other and to describe their operating parameters and those of the installation.

CE1.1 Dada an electrical installation of BT in a building of houses, industrial or commercial premises characterized by its plans, memory and other technical documentation:

-Identify their parts and elements, relating them to the symbols that appear on the planes.

-Identify the spaces by which you run and relate the cotas that appear on the planes to reality.

-Describe the general operation of the installation.

-Set the operating relationships between the different systems and elements of the installation.

-Verify compliance with the application regulations in the installation design.

CE1.2 Analyze an electrical installation of BT in a building of houses, industrial or commercial premises, the elements that compose it, describing its technical characteristics:

-Acommitted.

-Canalizations.

-Protection items.

-Drivers.

-Land networks.

-Other elements of the installation.

CE1.3 Dada an electrical installation of BT in a building of houses, industrial or commercial premises characterized by its plans, memory and other technical documentation:

-Calculate the electrical parameters-intensity, voltage drops, power, among others-of the installation, checking that they match those indicated in the documentation.

-Calculate the luminance parameters for the different types of lighting.

-Indicate the degree of electrification and the minimum number of circuits with their characteristics, in the case of dwellings, by checking that it complies with the applicable regulations.

-Analyze the behavior of the installation against possible variations of the characteristic electrical parameters.

CE1.4 From the technical documentation of an electrical installation of BT in a building of houses or industrial premises characterized by its plans, memory and other technical documentation:

-Verify the application of the regulations in the installation development.

-Develop hypotheses about the effects that would result, in the operation of the network, the modification of the characteristics of the elements of the installation or the malfunction of one or more parts of the installation.

C2: Develop the schemes and sketches of an electrical installation of BT in a building of houses, industrial premises or local public concurrency, selecting the elements that compose it from a preliminary draft or conditions given and applying the current rules.

CE2.1 In a scenario of an electrical installation of BT in a building of houses, industry or commercial premises characterized by its preliminary draft and/or conditions and specifications given:

-Identify regulations that affect the layout of the installation for your application.

-Mark the overall layout of the installation to the corresponding scale.

-Draw and/or supplement the installation's unique and developed schemas.

-Draw and/or supplement the installation detail schemas.

CE2.2 In a case scenario of an electrical installation of BT, of a BT installation in commercial homes, industries or premises, characterized by a preliminary draft or conditions and specifications given:

-Perform the calculations of the electrical quantities-maximum allowable intensities, maximum intensities in short circuit, conductor sections, among others-necessary to size the elements of the installation.

-Perform the calculations of the lighting and emergency lighting measures (luminance, spacing, among others) necessary to size the elements of the installation.

CE2.3 From a preliminary draft of a BT installation in commercial homes, industries or premises:

-Draw and/or complete, using the required means, the uniphilar and developed schemes collecting the circuits and elements with their dimensions and values in the characteristic points, for the configuration of the installation (protections, drivers, luminaries, among others), optimizing the available space.

-Draw and/or complete the detail schemas of the components of the installation and their connections in those cases where they are needed.

-Draw and/or complete the croquis of the earth networks according to the regulations, security measures and type of installation.

CE2.4 Elaborate the final specifications report, contemplating all the sketches and schemas developed, as well as the general listing of equipment and elements of the installed installation.

C3: Represent, with a computer-aided design program, the general layout plans, detail plans and electrical schemes of an electrical installation of BT in residential, industrial or local buildings public concurrency, starting with the developed sketches and schemes and the general listing of equipment and elements of the installation.

CE3.1 Draw the plans and schemes of the facilities in response to the sketches and schemes developed and to the general listing of equipment and elements thereof.

CE3.2 Draw installation plans and drawings in the appropriate format and with the industry's standard graphical specifications.

CE3.3 Drawing using the scale and the most appropriate representation system the plans-placement, detail, among others-with their corresponding values, values at the most significant points and complying with the regulations applicable.

CE3.4 Represent with the industry normalized symbology the elements of the installation.

CE3.5 Draw using the installation scale and representation system for the installation's electrical schemas.

CE3.6 Dispose the elements in the planes in such a way that it allows to know the relationships established between them and to carry out the sequential monitoring of the operation of the installation.

CE3.7 Dispose the elements in the planes in such a way as to allow the installation to be maintained.

CE3.8 Draw the installation detail drawings of the installation, the equipment, and its elements, taking into account their constructive shapes and dimensions.

C4: Determine the units of work and the average cost of an electrical installation of BT in buildings of dwellings, industries or local public concurrency from the general listing of equipment and elements of the installation and taking into account standard scales and/or unit prices extracted from manufacturers ' catalogues.

CE4.1 Identify the units of work indicating the elements that make them, measurements, the quantities of each of them, the operations to be carried out in each of them, conditions of assembly, manpower that intervenes and the time required for execution.

CE4.2 Develop the costs of the units of work, taking into account the standard scales used in the sector or the unit prices extracted from each manufacturer's catalogue.

CE4.3 Develop the total cost of the installation by taking into account the number of units of work.

C5: Define the technical specifications of test and test reception of the elements and electrical installations of BT in buildings of houses, industries or public places of public concurrence and elaborate the documentation corresponding.

CE5.1 From a project of an electrical installation of BT in a building of houses, industry or commercial premises:

-Define the technical specifications of tests and tests for the supply of materials, products, and equipment of the facility.

-Collect manufacturers ' information about the storage of installation materials and items.

-Define project milestones and installation reception conditions.

CE5.2 From a project of an electrical installation of BT in residential buildings, industries or commercial premises:

-Develop the documentation for the technical specifications of tests and tests for the supply of materials, products and equipment.

-Develop the documentation for project milestones and installation reception conditions.

C6: Develop the service instruction manual and maintenance of BT's electrical installations in buildings of concurrency homes, industries or premises.

CE6.1 From a project of an electrical installation of BT in buildings of houses, industries or commercial premises specify the conditions of implementation of the same.

CE6.2 From a project of an electrical installation of BT in buildings of houses, industries or commercial premises, to elaborate the manual of service instructions specifying the operating conditions and security.

CE6.3 From a project of an electrical distribution network in BT to elaborate the maintenance manual specifying the inspection points, parameters to be controlled, periodicity of the actions and the general rules in case Failure or emergency.

C7: Develop the basic safety study of the facilities of BT's electrical installations in buildings of housing, industries or public places of public meeting in compliance with the applicable regulations of PRL.

CE7.1 From a project of an electrical installation of BT in buildings of houses, industries or commercial premises, identify the risk factors associated with the operations to be carried out.

CE7.2 From a project of an electrical installation of BT in buildings of houses, industries or commercial premises, identify the risks associated with each of the risk factors indicating the preventive measures and the protections to use both individual and collective.

CE7.3 Develop the basic safety and health study taking into account risk factors, associated risks, protective measures, handling conditions given by the manufacturer and other safety studies similar characteristics.

Capabilities whose acquisition must be completed in a real workbench:

C2 with respect to CE2.1 and CE2.2.

Other capabilities:

Adapt to the organization of the company by integrating into the system of technical-labor relations.

Successfully run the instructions you receive, taking responsibility for the work you do within your field of competence.

Actively participate and coordinate, where appropriate, the work team.

Demonstrate the degree of autonomy required in the resolution of contingencies, within its sphere of competence.

Communicate effectively with the right person at any time.

Show an attitude of respect towards colleagues, procedures and company rules.

Contents:

1. Electrical installations in the building environment

Distribution of electrical energy in buildings.

Classification of places of consumption.

Link facilities-general protection box, general line of power, centralization of counters, among others-and interior or reception facilities-distribution of power and lighting circuits.

Types of electrical pipes-recessed, buried, in surface assembly, prefabricated, protective channels, trays, among others.

Types of protections: Against electrical shocks-direct and indirect contacts-against over-intensities-overheads and short circuits-against over-tensions, among others. Coordination of electrical protection elements. Selectivity and back-up 'back-up'.

Characteristics of the receiving facilities. Lighting, engines, among other load forecasting: Housing: degree of electrification, concurrency coefficient, total load of the building. Public concurrency, office or office premises for one or more industries.

Total Load of the Building Facilities Building. Automated systems, technical management of energy and security for housing and buildings. Types of systems. Common devices and elements. Physical applied to the electrical and emergency lighting installations. Key units. Design criteria.

Applicable regulations: regulations and, where appropriate, complementary technical instructions, intended for BT's electrotechnical installations, energy efficiency, among others, or provisions to replace them. Specific rules applicable to the prevention of occupational risks-PRL-prevention of electrical risks, environmental protection and waste management.

2. Characteristic elements of the electrical installations of buildings

Drivers and cables. Types and designation.

Tubes and protective channels. Applications. Wrappers-closets, boxes, boxes. Degrees of protection of an enclosure.

Centralization of counters (functional units). Measuring equipment. Electricity tariffs.

Command and protection elements-fuses, switches, surge protector, transformer for 'MBTS' and 'MBTP', among others.

Equipment and lighting-interior and emergency elements, among others.

Equipment and elements of automated systems in homes and buildings-wiring, regulators and controllers, sensors and actuators, among others. Mechanisms and sockets. Accessories and accessories.

Grounding. Schemes. Drivers. Resistance of the earth takes. Procedures, means and materials.

3. Electrical installation assembly operations in the building environment

Specific mount techniques.

On-premise parameters: tuning and tuning.

Applicable regulations on personal and equipment security.

4. Electrical installations projects in the building environment

Justification and general data.

Features of items and materials.

Planes and sketches. Schemas.

Calculations.

Memories and Memories of Design.

Specific regulations applicable.

Other items.

5. Calculation of facility parameters: selection of elements of electrical installations in the building environment

Load Forecast: Housing-degree of electrification, power and total load. Commercial buildings, offices and industries. Total load. Supply: Monophasic and Triphasic. Load balancing in phases. Distribution of circuits. Power.

Power factor. Improved power factor.

Drivers and cables. Type, section, intensities, voltage drop. Protective elements. Characteristic type and values.

Dimensions and characteristics of the pipes. Dimensions and characteristics of boxes and boxes. Interior and emergency lighting. Magnitudes and relationships. Distribution of luminaires-types and characteristics.

Land network. Selecting items in commercial catalogs.

Standard procedures for calculating BT's facilities. Regulations and electrotechnical regulations applicable. Application software. Tables and charts. Others.

6. Foundations of representation in the field of electrical installations of buildings

Normalized symbology of the sector. Systems of representation. Acutation. Tolerances. Types of lines, letters, scales, and standard formats. Margins and box in the basic concepts of normalized views.

Recommendations for the elaboration of sketches.

Flat folding recommendations.

Constructive elements of civil work. Interpretation of topographic and urban planning. Interpretation of the technical documentation of civil and urbanization projects-plans, memory, technical specifications and measurements. Software for specific design.

Elaboration of electrical installations and drawings of electrical installations in the environment of buildings: Software for the design of electrical networks of low voltage distribution in buildings. Libraries. Site plans. Recommended scales. Drawings of detail of construction and construction elements. Single-pin schemes. Sketch sketches. Grounding schemes. Other plans and complementary schemes.

7. Building work units and budgets

Measurements. Units of work.

Defining milestones.

Elaboration of Technical Specifications of Equipment and Materials.

Price Tables. Let's look. General and broken down budgets. Quality specifications.

Application software.

8. Safety in the assembly of electrical installations in the environment of buildings

applicable PRL regulations. Electrical risks.

Security type projects.

Safety plans in the execution of installations projects.

Identification of risks and associated risks.

Elaboration of basic safety and health studies.

Collective and personal protective equipment.

9. Service and maintenance manuals for electrical installations in the building environment

Testing and testing of the reception of elements of electrical installations in the buildings environment. Conditions for placing in service of the facilities.

Specific regulations applicable on BT. Recommendations of the distribution companies.

Documentation for manufacturers.

Inspection points for maintenance and parameters to be controlled.

Elaboration of tabs and records.

Crafting service and maintenance manuals.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account the applicable regulations of the production sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional or former trainer profile:

1. Domain of knowledge and techniques related to the development of BT's electrical installations projects in the environment of buildings of houses, industries, offices and local public concurrency, which will be accredited by one of the following two ways:

-Level 2 academic training (Spanish Framework of Qualifications for Higher Education), Technical Engineering or other higher level of professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.

TRAINING MODULE 2: DEVELOPMENT OF LOW-VOLTAGE POWER FACILITIES PROJECTS IN SPECIAL FEATURES AND SPECIAL PURPOSE FACILITIES

Level: 3

Code: MF0830_3

Associated with UC: Develop low-voltage power facility projects in special feature locales and special purpose facilities

Duration: 240 hours

Assessment capabilities and criteria:

C1: Analyze the operation of BT's electrical installations in special features and/or special purpose installations, to identify their components, relate them to each other and describe the parameters of operation of the components and the installation.

CE1.1 Given an electrical installation of BT in a special feature site characterized by its drawings, memory and other technical documentation:

-Identify the type of local and the rules that affect it.

-Identify their parts and elements, relating them to the symbols that appear on the planes.

-Identify the spaces by which the installation runs and relate the cotes that appear on the planes to the reality.

-Describe the general operation of the installation.

-Set the operating relationships between the different systems and elements of the installation.

-Verify compliance with the application regulations in the installation design.

CE1.2 Analyze on an electrical installation of BT in a local of special characteristics, the elements that compose it, describing its technical characteristics:

-Canalizations.

-Lighting.

-Protection items.

-Drivers.

-Land networks.

-Other features of the installation.

CE1.3 Given an electrical installation of BT in a special feature site characterized by its drawings, memory and other technical documentation:

-Calculate the electrical parameters-intensity, voltage drops, power, among others-of the installation, checking that they match those indicated in the documentation.

-Calculate the luminance parameters for the different types of lighting.

-Analyze the behavior of the installation to the variation of the characteristic electrical parameters.

CE1.4 From the technical documentation of an electrical installation in a special feature site characterized by its drawings, memory and other complementary technical documentation:

-Verify the application of the specific regulations, to the local type, in the installation development.

-Develop hypotheses about the effects that would result, in the operation of the network, the modification of the characteristics of the elements of the installation or the malfunction of one or more parts of the installation.

C2: Develop the schemes and sketches of an electrical installation of BT in premises with special characteristics and/or for special purposes, by selecting the elements that make it out of a preliminary draft or conditions applying the current rules.

CE2.1 In a scenario of an electrical installation of BT in a special feature site characterized by its preliminary draft and/or given conditions and specifications:

-Identify regulations that affect the layout of the installation for your application.

-Mark the overall layout of the installation to the corresponding scale.

-Draw and/or supplement the installation's unique and developed schemas.

-Draw and/or supplement the installation detail schemas.

CE2.2 In a scenario of an electrical installation of BT in a special feature site characterized by a preliminary draft and/or given conditions and specifications:

-Perform the calculations of the electrical magnitudes-intensities, conductor sections, voltage drops, power, among others-necessary to size the elements of the installation.

-Perform the calculations of the lighting and emergency lighting measures-luminance, spacing, among others-necessary to size the elements of the installation.

CE2.3 From a project or conditions given from a BT installation in special feature locales:

-Draw and/or complete the uniphilar and developed schemes by collecting the circuits and elements with their dimensions and values in the characteristic points, for the configuration of the installation-protection, drivers, luminaries, among others-optimizing the available space.

-Draw and/or complete the detail schemas of the components of the installation and their connections in those cases where they are needed.

-Draw and/or complete the croquis of the earth networks according to the regulations, security measures and type of installation.

CE2.4 Elaborate the final specifications report, contemplating all the sketches and schemas developed, as well as the general listing of equipment and elements of the installed installation.

C3: Represent, with a computer-aided design program, the general layout plans, site plans, detail plans and electrical schemes of an electrical installation of BT in local features special and/or special purpose, starting from the sketches and schemes developed and the general listing of equipment and elements of the installation.

CE3.1 Draw the plans and schemes of the facilities in response to the sketches and schemes developed and to the general listing of equipment and elements thereof.

CE3.2 Draw installation plans and drawings in the appropriate format and with the industry's standard graphical specifications.

CE3.3 Represent with the industry normalized symbology the elements of the installation.

CE3.4 Drawing using the scale and the most appropriate representation system the plans-placement, detail, among others-with their corresponding values, values at the most significant points and complying with the regulations applicable.

CE3.5 Draw, using the established scale and representation system, the electrical schemes of the installation.

CE3.6 Dispose the elements in the planes in such a way that it allows to know the relationships established between them and to carry out the sequential monitoring of the operation of the installation.

CE3.7 Dispose the elements in the planes in such a way as to allow the installation to be maintained.

CE3.8 Draw the installation detail drawings of the installation, the equipment, and its elements, taking into account their constructive shapes and dimensions.

C4: Determine the units of work and the average cost of an electrical installation of BT in premises of special characteristics and/or for special purposes, from the general listing of equipment and elements of the installation, having for standard scales and/or unit prices extracted from manufacturers ' catalogues.

CE4.1 Identify the units of work indicating the elements that make them, measurements, the quantities of each of them, the operations to be carried out in each of them, conditions of assembly, manpower that intervenes and the time required for execution.

CE4.2 Develop the costs of the units of work, taking into account the standard scales used in the sector or the unit prices extracted from each manufacturer's catalogue.

CE4.3 Develop the total cost of the installation by taking into account the number of units of work.

C5: Define the technical specifications of tests and tests of reception of the elements and electrical installations of BT in premises of special characteristics and/or for special purposes, preparing the documentation corresponding.

CE5.1 From a project of a local BT electrical installation of special features:

-Define the technical specifications of tests and tests for the supply of materials, products, and equipment of the facility.

-Collect manufacturers ' information about the storage of installation materials and items.

-Define project milestones and installation reception conditions.

CE5.2 From a project of an electrical installation of BT on a special feature site

-Develop the documentation for the technical specifications of tests and tests for the supply of materials, products and equipment.

-Develop the documentation for project milestones and installation reception conditions.

C6: Develop the service instruction manual and maintenance of BT's power facilities in special features and/or for special purposes.

CE6.1 From a project of an electrical installation of BT in premises of special characteristics, specify the conditions of implementation of the same.

CE6.2 From a project of an electrical installation of BT in local special features, elaborate the service instruction manual specifying the operating and safety conditions.

CE6.3 From a project of a low voltage distribution power grid, develop the maintenance manual specifying the inspection points, parameters to be controlled, periodicity of the performances and the standards general in case of breakdown or emergency.

C7: Develop the basic safety study of BT's electrical installations in premises with special features and/or for special purposes in compliance with the applicable PRL regulations.

CE7.1 From a project of an electrical installation of BT in local special features, identify the risk factors associated with the operations to be performed.

CE7.2 From a project of an electrical installation of BT in local special characteristics identify the risks associated with each of the risk factors indicating the preventive measures and the protection use both individual and collective.

CE7.3 From a project of an electrical installation of BT in premises of special characteristics, to elaborate the basic safety and health study taking into account the risk factors, the associated risks, the measures of protection, handling conditions given by the manufacturer and other safety studies of similar characteristics.

Capabilities whose acquisition must be completed in a real workbench:

C2 with respect to CE2.1 and CE2.2.

Other capabilities:

Adapt to the organization of the company by integrating into the system of technical-labor relations.

Successfully run the instructions you receive, taking responsibility for the work you do within your field of competence.

Actively participate and coordinate, where appropriate, the work team.

Demonstrate the degree of autonomy required in the resolution of contingencies, within its sphere of competence.

Communicate effectively with the right person at any time.

Show an attitude of respect towards colleagues, procedures and company rules.

Contents:

1. Electrification facilities in local features and/or for special purposes

Distribution of electrical energy in buildings.

Classification of places of consumption.

Link facilities-general protection box, general line of power, centralization of counters, among others-and interior or reception facilities-distribution of power and lighting circuits.

Types of electrical pipes-recessed, buried, in surface assembly, prefabricated, protective channels, among others.

Types of protections: Against electrical shocks-direct and indirect contacts-against over-intensities-overheads and short circuits-against over-tensions, among others. Coordination of electrical protection elements. Selectivity and back-up 'back-up'.

Characteristics of the receiving facilities. Lighting, motors, among others. Load Forecast: Local special features. Types and features.

Total local load. Special purpose installations. Types and features.

Automated systems, technical management of energy and security for housing and buildings. Types of systems. Common devices and elements.

Physics applied to the electrical and emergency lighting installations. Key units. Design criteria.

Applicable regulations, particular rules of liaison, among others: Facilities in local public concurrency: Classification. Power of the security services. Emergency lighting-security and replacement lighting-. Places of installation of the emergency lighting. General requirements. Facilities in premises at risk of fire and explosion: Classification of sites. Equipment requirements. General requirements. Class I and II sites. Cabling systems.

Facilities in local special features-wet and wet premises, accumulator batteries, among others.

Classification. Types and characteristics. Special purpose facilities-swimming pools and fountains, temporary and temporary work facilities, operating rooms and intervention rooms, among others. General requirements. -Canalizations. Protections. Work box. Other installations covered by the applicable regulations.

Applicable regulations: regulations and, where appropriate, complementary technical instructions, intended for BT's electrotechnical installations, energy efficiency, among others, or provisions to replace them. Specific rules applicable to the prevention of occupational risks-PRL-prevention of electrical risks, environmental protection and waste management.

2. Characteristic elements of electrical installations in premises with special characteristics and for special purposes

Drivers and cables. Types and designation.

Tubes and protective channels. Applications. Wrappers-closets, boxes, boxes. Degrees of protection of an enclosure.

Centralization of counters-functional units-. Measuring equipment. Electricity tariffs. Control and protection elements-fuses, switches, surge protector, transformer for MBTS and MBTP, among others.

Equipment and lighting-interior and emergency elements.

Equipment and elements of automated systems in homes and buildings-cabling, regulators and controllers, sensors and actuators, among others.

Mechanisms and power sockets. Accessories and accessories.

Grounding. Schemes. Procedures, means and materials.

3. Assembly operations of electrical installations in premises with special characteristics and special purpose installations

Specific mount techniques.

On-premise parameters: tuning and tuning.

Applicable regulations on personal and equipment security.

4. Projects for electrical installations in premises with special characteristics and special purpose installations

Justification and general data.

Features of items and materials.

Planes and sketches. Schemas.

Calculations.

Memories and Memories of Design.

Specific regulations applicable.

Other items.

5. Calculations of the facility parameters: selection of elements of the premises of special features and special purpose installations

Loads forecast. Supply: single-phase and three-phase. Load balancing in phases.

Distribution of circuits. Power. Power factor. Improved power factor.

Drivers and cables. Type, section, intensities, voltage drop.

Protection items. Characteristic types and values.

Dimensions and characteristics of the pipes. Dimensions and characteristics of boxes and boxes. Interior and emergency lighting. Magnitudes and relationships. Distribution of luminaires-types and characteristics.

Land network.

Selecting items in commercial catalogs. Standard procedures for the calculation of BT installations.

Characterization of equipment and installations.

Applicable Electrotechnical Regulations and Regulations. Specific software. Tables and charts.

6. Fundamentals of graphical representation of building electrical installations

Normalized symbology of the sector. Systems of representation. Acutation. Tolerances. Types of lines, letters, scales, and standard formats. Margins and box in the basic concepts of normalized views.

Recommendations for the elaboration of sketches.

Flat folding recommendations.

Constructive elements of civil work. Interpretation of topographic and urban planning. Interpretation of the technical documentation of civil and urbanization projects-plans, memory, technical specifications and measurements. Software for specific design.

Elaboration of electrical installations and drawings of electrical installations in the environment of buildings: Software for the design of electrical networks of low voltage distribution in buildings. Libraries. Site plans. Recommended scales. Drawings of detail of construction and construction elements. Single-pin schemes. Sketch sketches. Grounding schemes. Other plans and complementary schemes.

7. Building work units and budgets

Measurements. Units of work.

Defining milestones.

Elaboration of Technical Specifications of Equipment and Materials.

Price Tables. Let's look. General and broken down budgets. Quality specifications.

Application software.

8. Safety in the assembly of electrical installations in the environment of buildings

applicable PRL regulations. Electrical risks.

Security type projects.

Safety plans in the execution of installations projects.

Identification of risks and associated risks.

Elaboration of basic safety and health studies.

Collective and personal protective equipment.

9. Service and maintenance manuals for electrical installations in the building environment

Testing and testing of the reception of elements of electrical installations in the buildings environment. Conditions for placing in service of the facilities.

Specific regulations applicable on BT. Recommendations of the distribution companies.

Documentation for manufacturers.

Inspection points for maintenance and parameters to be controlled.

Elaboration of tabs and records.

Crafting service and maintenance manuals.

Training context parameters:

Spaces and installations:

The spaces and facilities will provide a response, in the form of a classroom, a workshop, a workshop of practices, a laboratory or a singular space, to the training needs, according to the Professional Context established in the Unit Partner competence, taking into account the applicable regulations of the production sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional or former trainer profile:

1. Domain of knowledge and techniques related to the development of projects of electrical installations of BT in premises of special characteristics and installations for special purposes, which will be accredited by one of the two forms following:

-Level 2 academic training (Spanish Framework of Qualifications for Higher Education), Technical Engineering or other higher level of professional field.

-Professional experience of a minimum of 3 years in the field of competencies related to this training module.

2. Accredited pedagogical competence in accordance with what is established by the competent administrations.