Order Pre/2051/2015, On 1 October, By Which Updates A Professional Qualification Of The Professional Family Installation And Maintenance, Collection In The National Catalogue Of Professional Qualifications, Established By Royal Decree 295/2...

Original Language Title: Orden PRE/2051/2015, de 1 de octubre, por la que se actualiza una cualificación profesional de la familia profesional Instalación y Mantenimiento, recogida en el Catálogo Nacional de Cualificaciones Profesionales, establecida por Real Decreto 295/2...

Read the untranslated law here: http://www.boe.es/buscar/doc.php?id=BOE-A-2015-10772

Organic law 5/2002, of 19 June, qualifications and vocational training, aims in the management of an integrated system of vocational training, qualifications and accreditation, to respond with efficiency and transparency to the social and economic demands through training practices. To do so, creates the national system of qualifications and vocational training, defining it in article 2.1 as a set of instruments and actions necessary to promote and develop the integration of offers of training, through the national catalogue of professional qualifications, as well as the evaluation and accreditation of the corresponding professional skills, in such a way that it promotes professional and social development of the people and the needs of the production system are covered.

He catalogue national of qualifications professional, according to indicates the article 7.1, is creates with the purpose of facilitate the character integrated and it fitness between it training professional and the market labor, as well as it training along the life, the mobility of them workers and it unit of the market labor. This catalogue is constituted by the qualifications identified in the productive system and the training associated with them, which is organised in training modules.

He article 5.3 of the law organic 5 / 2002, of 19 of June, attributed to the Institute national of qualifications, the liability of define, develop and keep updated the catalogue national of qualifications professional, in his quality of organ technical of support to the Council General of the training professional, whose development regulatory is collects in the article 9.2 of the Real Decree 1128 / 2003 , 5 September, which regulates the national catalogue of professional qualifications, establishing in its article 9.4, the obligation to keep it permanently updated through periodic review which, in any case, must be made within a period not exceeding five years from the date of inclusion of the qualification in the catalog.

This order is issued pursuant to the Royal Decree of the Presidency 817/2014, of 26 September, which lays down the specific aspects of professional qualifications for as amended, procedure of approval and effects is therefore implementation article 7.3 of the organic law 5/2002, of 19 June, qualifications and vocational training.

Thus, in the present order is updated, by replacing complete its annexes, a vocational qualification of the installation and maintenance professional family featuring an antique in the national catalogue of professional qualifications more than five years, which is implementing Royal Decree of the Ministry of the Presidency 817/2014, of 26 September. Also, is modifies partially a qualification professional, through the replacement of certain units of competition Cross and its modules training associated, included in the qualifications professional updated collected in them annexes of this order.

In the process of elaboration of this order have been consulted the communities autonomous and have issued report the Council General of the training professional and the Council School of the State.

In his virtue, a joint proposal from the Minister of education, culture and sport and Minister of employment and Social Security, have: article 1. Object and scope of application.

This ministerial order aims to upgrade a professional qualification relevant to the professional family installation and maintenance, leading to the replacement of the relevant annex, and partially modify a vocational qualification through the substitution of certain units of competence and associated training modules, in application of the Royal Decree 817/2014, of 26 September, which establishes the specific aspects of professional qualifications for as amended procedure of approval and effects of application article 7.3 of the organic law 5/2002, of 19 June, qualifications and vocational training.

Updated professional skill and the partially modified by this procedure are valid and are applicable throughout the national territory, and do not constitute a regulation of professional practice.

Article 2. Update of a qualified professional family of installation and maintenance, established by Royal Decree 295/2004, of 20 February, which establishes certain professional qualifications that are included in the national vocational qualifications catalogue, as well as its relevant training modules which are incorporated into the catalogue modular vocational training.

Pursuant to the sole additional provision of Royal Decree 295/2004 of 20 February, proceeds to update the professional skill, whose specifications are contained in annex XLI of the aforementioned Royal Decree: a new wording is given at annex XLI, professional qualification 'Maintenance and mechanical Assembly of industrial equipment'. Level 2. IMA041_2, which appears as annex of the present order.

Article 3. Modification partial of a qualification professional established by Royal Decree 1956 / 2009, of 18 of December, by which is complements the catalog national of qualifications professional, through the establishment of eight qualifications professional of the family professional industries extractive.

Pursuant to the sole additional provision of the Royal Decree 1956 / 2009, December 18, proceed to the update of the professional qualification whose specifications are contained in annex CDXXXI of the aforementioned Royal Decree: the professional qualifications amending established as «annex CDXXXI: installation and maintenance of facilities and semi-mobile equipment into excavations and plants.» Level 2. «IEX431_2» replacing respectively, the unit of competition «UC0116_2: mount and maintain machinery and equipment mechanical» and the module training associated «MF0116_2: mounting and maintenance mechanical.» (270 hours)» by the unit's competition «UC0116_2: assemble and maintain machinery and equipment n.e.c.» and the associated training module «MF0116_2: Assembly and mechanical maintenance.» (270 horas)», corresponding to the annex I «maintenance and Assembly mechanical of equipment industry.» Level 2. IMA041_2» of this order.

First final provision. Skill-related title.

This order is issued in virtue of the powers that he attributes to the State the article 149.1. 1st and 30th of the Constitution, on regulation of the basic conditions that guarantee the equality of all Spaniards in the exercise of rights and in the fulfilment of the constitutional duties, and for the regulation of the conditions of procurement, issuance and recognition of academic and professional qualifications.

Second final provision. Entry into force.

The present order will enter in force the day following to the of your publication in the «Bulletin official of the State».

Madrid, from October 1, 2015.-the Vice-President of the Government and Minister of the Presidency, Soraya Sáenz de Santamaría Antón.

ANNEX PROFESSIONAL QUALIFICATION: MAINTENANCE and ASSEMBLY MECHANIC OF INDUSTRIAL family professional TEAM: installation and maintenance level: 2 code: IMA041_2 competition general carry out Assembly and installation in plant machinery and industrial equipment, as well as maintenance and repair, both fixed machinery and automatic production lines; complying with the standards of quality and with the applicable rules of occupational risk prevention and environmental protection.

Competition UC0116_2 units: assemble and maintain machinery and equipment n.e.c. UC0117_2: maintain mechanical, hydraulic and pneumatic systems of automated production lines environment professional scope professional develops his professional activity in customer service or technical support, dedicated to the maintenance and mechanical Assembly of industrial equipment, specifically mechanical stationary machinery Assembly processes and Assembly and installation in the same plant processes , in entities of private nature, in companies in size small, medium or large, per account or self-employed, irrespective of its legal form. It develops its activity depending on, where appropriate, functional and/or hierarchical from a superior. You may have staff occasionally, seasonally or stable. In the development of the professional activity apply the principles of universal accessibility in accordance with the applicable legislation.

Sectors production is located in practically all of the productive sectors, such as extraction, chemical industry, energy, metallurgical, construction, food, textile and graphic arts, and sector in general, in all those that made installation and maintenance of machinery and equipment.

Occupations and jobs relevant terms from the following list of occupations and jobs are used with generic and all-inclusive nature of women and men.

Mechanical maintenance fitters industrial automated line training associate (540 hours) training modules MF0116_2 maintainers: Assembly and mechanical maintenance (270 hours) MF0117_2: mechanical maintenance of lines automated (270 hours)


COMPETITION UNIT 1: ASSEMBLE and MAINTAIN MACHINERY and EQUIPMENT MECHANICAL level: 2 code: UC0116_2 realizations professionals and completion criteria: RP 1: assemble subsets and assemblies mechanical, from leaves of processes, plans and technical specifications, to put them under operating conditions, guaranteeing the conditions of quality and safety.

1.1 CR levels and components of mechanical equipment specifications are analyzed, obtaining the information required for installation to be performed.

CR 1.2 them requirements dimensional, of form and position of the surfaces of mesh and functional and them specifications technical necessary of each piece or team is checked to get them conditions of them links and settings of mounting prescribed.

1.3 CR parts or equipment are arranged and sorted according to the Assembly sequence, facilitating the subsequent operations.

CR 1.4 the mounting is performs following them procedures established, using them tools and useful required, ensuring that not is produces deterioration or diminishes of them qualities of them elements and equipment during its manipulation for place them in their position final.

CR 1.5 prior placement of bolts and the prestressing of asparagus is done with the tool and tooling required to follow established procedures.

CR 1.6 groups mounted mechanical functional surfaces are verified, checking that they are within the specified tolerances of form, position and roundness at the giro, by applying established procedures, and using the required tools and measuring instruments, ensuring the accuracy of the measurement.

1.7 CR subsets which are rotating masses (pulleys, flywheels, gearwheels, among others) are balanced statically and dynamically by applying established procedures and means and tools required.

CR 1.8 them fluids employees for the lubrication, lubrication and cooling of the team mounted is distributed according to it specified in quality and quantity and in them places required, and is checks their presence in them circuits provided.

CR 1.9 them surfaces of Board for mesh tight is prepare correcting them defects of flatness, is applied it together of the material, quality and dimensions required, is verifies the position specified of bolts or asparagus and is tightens in the order specified with the pair of tighten necessary, checking its sealing.

CR 1.10 regulation and adjustment of the mounted set operations are performed according to established procedures, using tooling required for the checking and measurement of parameters.

2 RP: Assemble machinery or industrial equipment in its final location, moving mechanical assemblies and subassemblies, and checking its functionality.

CR 2.1 transport anchor devices are placed on the elements of the finished Assembly requiring it to prevent its deterioration by vibratory shocks that may occur in the same.

CR 2.2 transportation of parts and components are handled under strict security, avoiding material and personal damage.

CR 2.3 transport and lifting elements used in the process are checked, ensuring that they are in perfect conditions of use.

CR 2.4 measurement and useful instruments are managed according to established procedure, keeping them in perfect state of use and are checking them with the periodicity required to maintain its reliability during its application.

CR 2.5 improvement of project or process modifications introduced or observed during the Assembly operations are recorded and reported properly.

CR 2.6 mounted mechanical equipment safety and functional tests are performed, by checking the values of the variables of the system, noise and vibrations and readjusted to correct the dysfunctions observed following established procedures, collecting the results in the report with the required precision.

CR 2.7 measures which ensure the safety of people, equipment and environment are adopted during interventions.

RP 3: build e install circuits pneumatic and hydraulic for machinery and team industrial, starting from them flat, specifications technical and fulfilling the normative of prevention of risks labor and environmental applicable.

3.1 CR plans and technical specifications of the components of pneumatic and hydraulic circuits are analyzed, obtaining the information required for installation to be performed.

CR 3.2 the sequence of Assembly is set starting from flat e instructions technical of the project, optimizing the process with regard to method and time.

CR 3.3 equipment, components, fittings and pipes are arranged and ordered according to the sequence of Assembly, checking its characteristics correspond to the technical specifications of the project.

CR 3.4 basis where the equipment, components and accessories are placed is distributed and machine, setting routes and clamping elements, anticipating areas of accessibility to them for maintenance, using templates, drawings and specifications for system installation.

CR 3.5 the mounting is performed placing each component or team in the place planned, positioning and aligning within the tolerances prescribed in each case, without force unions or anchors, using the procedure and the tool required.

CR 3.6 pneumohydraulic components are identified, indicating them in accordance with the principle of the installation diagram.

CR 3.7 them values of luggage of them elements of safety, regulation and control is selected in accordance with them values nominal or of project established, using them useful and tools required, following the procedures and instructions established.

CR 3.8 security testing and functional are performed, by checking the values of the variables of the system and cycles, resetting to correct the dysfunctions observed, following established procedures, collecting the results in the report with the required precision.

CR 3.9 measures which ensure the safety of people, equipment and environment are adopted during interventions, complying with the rules of applicable environmental and labour risk prevention.

4 RP: Diagnose State, failure or breakdown of the elements of the system mechanical, hydraulic and pneumatic machinery and industrial equipment, to repair, by applying established procedures.

CR 4.1 the information on the functionality of them systems, its composition and the function of each element is obtained of the dossier technical of the machine.

CR 4.2 information system self-diagnostic equipment or facilities and that provided by the operator is collected, analyzing it and discarding elements or systems that do not cause such dysfunctions.

4.3 CR the scope of the dysfunctions observed (sequential errors, stiffness, loss of power, among others) in different parts of the system they are checked and value determining the origin of them, using a catalogue of averia-causas diagnosis and following a reasoned process of cause effect.

4.4 CR quality, quantity and State of energy system fluids, are checked, analysing residues deposited on the circuits, appearance, fluidity and level of deposits in your case.

CR 4.5 State of elements is determined by checking each of their functional parts, using procedures and resources required to conduct its assessment, collecting the results in the report with the required precision.

CR 4.6 diagnosis operations are carried out without causing other faults or damage and on time.

CR 4.7 measures which ensure the safety of people, equipment and environment are adopted during interventions, complying with the rules of applicable environmental and labour risk prevention.

RP 5: Replace the parts and/or elements of mechanical, hydraulic and pneumatic systems, to restore functional conditions, using manuals of instructions and plans, complying with the quality standards and with the standards of applicable labour and environmental risk prevention.

CR 5.1 disassembly and Assembly sequences are set optimizing the process in terms of method and time, selecting tools, tooling, auxiliary equipment and spare parts required.

5.2 CR dimensional, shape and position of the mating surfaces and functional requirements and technical specifications necessary for replacement part is checked ensuring the fulfillment of prescribed conditions for adjustment in the Assembly.

CR 5.3 technical, coupling and functional specifications of the elements of the replacement of mechanical, hydraulic or pneumatic systems of machinery or equipment is checked by guaranteeing the interchangeability with the impaired.

CR 5.4 replacing the damaged element occurs in the sequence of the process of disassembly and Assembly established, ensuring that you there is deterioration or depletion of the qualities of it during its handling to be placed in its final position and cause other faults or damage.


5.5 CR safety tests and functional are, resetting the parameters to correct the dysfunctions observed, following established procedures, verifying that it is restituted to the functionality of the set, and collecting the results in the report with the required precision.

CR 5.6 them reports of machine are elaborated, incorporating it to the history, including information about the validity of the parts of replacement.

CR 5.7 repair operations are performed without cause other faults or damage and expected time and quality.

CR 5.8 them measures necessary that ensure the security of them people, of them equipment and of the environment is adopt during them interventions, fulfilling the normative of prevention of risks labor and environmental applicable.

RP 6: Install and assemble in plant machinery and mechanical equipment, to put underway, starting from the drawings and technical specifications, complying with the quality standards and applicable environmental and occupational risk prevention law.

6.1 CR tests and trials of receipt of machinery are performed under prescribed conditions, collecting the results in the report with the required accuracy and procedures.

CR 6.2 drawings, diagrams and technical specifications of the components are interpreted to obtaining the required information for the work to be performed.

CR 6.3 completion status and the size of the banks, foundations and anchors for the installation of machinery or equipment, are checked, determining devices and actions required to compensate for the observed deviations, ensuring compliance with the installation instructions.

CR 6.4 the sequence of Assembly is set starting from flat e instructions technical of the project, optimizing the process with regard to method and time.

CR 6.5 reassembly is done following established procedures, using the instruments and equipment required.

CR 6.6 medium and mode of transportation and handling of equipment is selected depending on the dimensions and weights of the elements for transport, carried out according to established procedures, according to the conditions of security of machines and people.

CR 6.7 mounted mechanical equipment functional tests are performed by checking the values of the variables of the system and resetting them to correct the dysfunctions observed following established procedures, collecting the results in the report with the required precision.

CR 6.8 physical protections of parts with movement of the machinery that supposes a risk of accident for people are placed and ensure, before the commissioning of the equipment.

CR 6.9 modifications for improvement project and procedures performed in the Assembly are recorded and reported properly.

CR 6.10 measures which ensure the safety of people, equipment and environment are adopted during interventions, complying with the rules of applicable environmental and labour risk prevention.

7 RP: Performing preventive maintenance sheets, to establish periods of activity and operations required for the conservation of it machinery or equipment, from the technical documentation of machinery and maintenance manuals.

CR 7.1 the principle of operation of the equipment is described, highlighting the importance of maintenance in relation to the reliability of the machine or equipment.

CR 7.2 the sequence of operations to be performed in the process is established, optimizing procedures, ensuring minimum downtime.

7.3 CR products which must be replaced and amounts that are to be used, and the checks to be performed are specified, facilitating maintenance.

CR 7.4 calculation of time type of the various operations required using established techniques, and is expressed in the document with the required precision.

CR 7.5 procedures for the measurement of the parameters that must be controlled are established as well as actions to be followed in each case.

CR 7.6 measures that should be taken to ensure the safety of persons and equipment during interventions are determined, whereas the regulations of applicable environmental and labour risk prevention.

Professional context: means of production: measuring instruments: tape measure. Rules. King feet. Micrometric screws. Calibers. Digital and mechanical comparators. Pneumatic amplification comparators. Protractor. Strain gauges printing. Vibrometer. Pressure gauges. Pyrometers. Stove's electrical resistance for bearings. Induction ring. Hydraulic press. Flow meters. Drivers of effort. Counters. Test instruments: marbles. Verification rules. Bubble levels. Prisms. Cylinders for verification. Bars. Brackets. Templates. Gauges. Fixed gauges. Thread gauges. Adjustable sizes with comparator. Alexometer. Collimator or aiming telescopes. Test equipment. Thermal imaging camera. Machines, tools and tooling: hand tools. Drill. Soldering equipment. Draught presses. Useful extractors. Baths of oil. Hand tools. Pneumatic and electric tool. Cutting saws. Threading. Bending machines. Grinders. Welding torches. Lifting jacks. Hoists, cranes, and differential. Scaffolding. Means of protection personal.

Products and results: machines and equipment fitted. Groups mechanical. Groups hydraulic. Systems of actuators pneumatic and hydraulic. Facilities of remote control pneumatic and hydraulic. Dysfunction diagnosed. Equipment in conditions of optimum operation and plans of maintenance completed.

Information used or generated: flat. Diagrams. Schemes. CIM systems. List of parts and components. Instructions for Assembly and operation of machines. Maintenance manuals. Ranges of preventive maintenance. Historical data. Operation manuals. Implementation manuals. Leaves of processes. Rules of prevention of risks labor and environmental applicable. Parts of works. Leaves of incidents. Reports of parts for replacement.

UNIT OF COMPETITION 2: KEEP SYSTEMS MECHANICAL HYDRAULIC and PNEUMATIC OF LINES OF PRODUCTION AUTOMATED level: 2 code: UC0117_2 realizations professional and criteria of realization: RP 1: program and operate them equipment and systems of regulation and control mechanical, hydraulic and pneumatic of them facilities automated, for get the performance precise, optimizing the use and fulfilling them conditions of security established.

CR 1.1 them specifications technical of the program (displacement, speed, forces of mooring, between others) is obtained of the interpretation of the documentation technical (flat, process, manual of use, among others).

CR 1.2 the program is performed according to the specifications technical of the process and the syntax is it required to the team that should program.

CR 1.3 the interaction between the system mechanical auxiliary and the machine is performed in the time accurate, with the lower time dead possible and with the grade maximum of use.

CR 1.4 program is determined in such a way that the system run the process of power according to the technical specifications.

CR 1.5 parameters are regulated, ensuring that they conform to the technical specifications of the process and that they are within tolerable limits for systems.

CR 1.6 elements regulated movements are carried out in the shortest possible time and in accordance with the rules of safety of persons and equipment.

RP 2: Locate and diagnose the failure or malfunction of the automatic systems of regulation and mechanical, hydraulic and pneumatic control of production lines, using blueprints and technical information and applying established procedures.

CR 2.1 State, failure or breakdown in systems diagnosis is performed using the technical documentation and the required measuring equipment, allowing the identification of fault and the cause that causes it, ensuring the safety of the equipment, media and people.

CR 2.2 the fault diagnosis is performed by setting the causes, according to a reasoned process of cause - effect, and determining what system or systems is and their relationship.

CR 2.3 the different controls check is carried out in the area or item diagnosed as defective equipment and procedure required determining the elements to replace or repair.

CR 2.4 parts of diagnosis or inspection is completed and processed to keep updated the historical Bank, specifying the work to be done, time dear, possible causes of the fault, and who or who should make the repair.

CR 2.5 diagnosis operations are carried out without causing other faults or damage and in time allotted.

3 RP: Perform preventive maintenance, depending on the program and established procedures, and repair of first level in automated production systems, to keep them operational, compliance with quality standards and applicable environmental and occupational risk prevention law.

CR 3.1 the State of the equipment or facilities is checks, identifying symptoms of faults or dysfunctions present and acting accordingly.


CR 3.2 basic equipment maintenance instructions are executed as they are described in the maintenance plan, cleaning and flushing filters, restoring elements, checking connections, replacing fluids, among others.

CR 3.3 employed maintenance tools are selected depending on the type of operation, using the required for each purpose, avoiding forcing them and damage to the equipment or persons.

CR 3.4 maintenance operations are made accordance with applicable labor and environmental risk prevention.

4 RP: Replace elements of automated systems of regulation and control of industrial equipment to restore functional conditions of the equipment, using manuals of instructions and plans, complying with the quality standards and applicable environmental and occupational risk prevention law.

4.1 CR information obtained from self-diagnosis of the installation system is valued and proceed accordingly.

CR 4.2 State of elements is determined by checking each of their functional parts, using procedures and resources required to conduct its assessment, collecting the results in the report with the required precision.

CR 4.3 them specifications technical, of mesh and functional of them elements of substitution is checked to ensure the compatibility with the impaired.

CR 4.4 replacing the damaged element occurs in the sequence of the process of disassembly and Assembly established, ensuring that you there is deterioration or depletion of the qualities of it during its handling to be placed in its final position.

CR 4.5 security testing and functional and are carried out according to established procedures, verifying that it is restituted to the functionality of the whole picking up the results in the report with the required precision.

CR 4.6 them measures to ensure the security of them people, of them equipment and of the environment is adopt, fulfilling the normative of prevention of risks labor and environmental applicable.

5 RP: Acting according to the plan of prevention, safety and environment of the company, by applying the established measures and complying with the rules of applicable labour and environmental risk prevention.

CR 5.1 them middle of protection of the environment is adopted, fulfilling the regulations applicable in this matter.

CR 5.2 occupational risk prevention measures are adopted, compliance with the applicable rules in this matter.

CR 5.3 the rights and duties of the employee and the company in terms of risk prevention, safety and environment, are respected and met, informing and training the persons involved.

CR 5.4 them equipment and means of security employees for each performance is selected, used and preserved following the instructions established.

5.5 CR 5 primary health and safety risks are identified in the working environment and the preventive measures required to prevent diseases or accidents are taken.

CR 5.6 them areas of work of their liability is kept in conditions of cleaning, order and security, informing of them dysfunctions and hazards observed according to the Protocol established.

CR 5.7 measures of performance in an emergency, stopping the machinery, by identifying people with specific tasks in these cases, evacuating buildings and adopting established basic health measures.

Professional context: means of production: automatic production facilities: machinery and industrial equipment, robots, manipulators, conveyor systems, equipment automation and verification equipment, tooling, test equipment. PLC's. Consoles of programming. Equipment test and processor. Registrars. Recovery and treatment of cutting oils and lubricant facilities. Energy and auxiliary facilities. Hand tools. Portable measuring equipment. Dynamometers. Personal protective equipment.

Products and results: scheduled and running automatic production lines. Failures or breakdowns of automatic systems of regulation and control diagnosed. Automated production systems maintained and repaired.

Used or generated information: flat. Systems CIM. Manufacturing orders. Technical specifications. Governance guidelines. The processing instructions. Instructions on operation and management of the equipment and facilities. Manual programming of specific handlers. Technical characteristics of the system. Automation Accessories catalogues. With rules of applicable environmental and labour risk prevention. Control instructions. Quality in the treatment parameters. Instructions and maintenance procedures. Sheet of incidents. Part of work. Instruction sheet. Information for maintenance.

TRAINING MODULE 1: INSTALLATION and MECHANICAL MAINTENANCE level: 2 code: MF0116_2 associated with UC: assemble and maintain machinery and equipment n.e.c. duration: 270 hours capabilities and evaluation criteria: C1: analyzing mechanical and electromechanical machines groups, identifying the different mechanisms that constitute them and describing the function that perform as well as their technical specifications.

CE1.1 sort by the transformation performed, different mechanisms type: connecting rod - crank, trains of gears, cams, worm, pulleys, among others, and explain the operation of each one of them.

CE1.2 on a so-called practical of identification of elements characterized by a machine and its technical documentation:-identify the mechanical and electromechanical functional groups that constitute it and its elements.

-Explain and characterize the function of each of the identified groups.

-Explain the characteristics of them elements and parts of them groups and their relations functional and classify them by their typology.

-Identify the parts or points critical of those elements and parts where can appear wear reasoning the causes that them originate.

C2: perform operations of Assembly and disassembly of elements mechanical and electromechanical of machines and them tests functional of them joint, using the tools and equipment required and in conditions of safety.

CE2.1 explain them contained fundamental of the documentation that defines the processes of Assembly of elements mechanical and electromechanical.

CE2.2 explain them techniques of disassembly / Assembly of them joint mechanical and electromechanical constituents of the machines.

CE2.3 describe them tools and equipment auxiliary used in the operations of mounting of elements mechanical and electromechanical, classifying them by its typology and function and explaining the form of use and conservation of them same.

CE2.4 in a practical course of Assembly of elements characterized by a mechanical or electromechanical group and its technical documentation:-establish the sequence of installation, drawings, procedures and technical specifications, indicating the useful and the required tools.

-Prepare and organize media, supplies and tools required.

-Check the characteristics of the parts, by applying the required procedures.

-Fit the elements and constituent parts according to procedures.

-Carry out controls the process of mounting according to established procedures.

-Fit couplings, alignments, movements, among others according to specifications, using measuring and tooling equipment.

-Prepare the whole assembled for operation, cleaning the impurities, grease, balancing, among others according to the specifications.

-Perform functional testing, regulating devices for the conditions.

-Develop the parts of the process with the necessary precision work.

C3: Apply techniques of mounting for the construction of hydraulic systems and tires for agricultural machinery and equipment making its development, from technical specifications, in conditions of safety.

CE3.1 explain the fundamental contents of the documentation that defines the processes of assembling of hydraulic and pneumatic systems.

CE3.2 describe tools and auxiliary equipment used in hydraulic and pneumatic circuits Assembly operations, sorting them by their type and function and explaining the use and conservation of the same way.

CE3.3 in a practical case of a hydraulic circuit mount and another tire, characterized by the corresponding technical documentation:-set the sequence of installation plans, procedures and technical specifications.

-Prepare and organize media, supplies and tools required.

-Establish security plan required in the various stages of Assembly.

-Check the characteristics of the elements, by applying the required procedures.

-Fit the elements and constituent parts according to procedures.

-Build the pipes with specified materials, assemble and connect according to established procedures.

-Carry out controls the process of mounting according to established procedures.

-Fit couplings, alignments, movements, among others according to specifications, using measuring and tooling equipment properly.

-Prepare the whole assembled for operation, cleaning impurities, grease, among others according to the specifications.


-Perform functional tests regulating devices for the conditions.

-Develop the parts of work of the process with the precision required.

C4: Diagnose faults in the mechanisms and hydraulic and pneumatic circuits of machines, identifying the nature of them and applying specific techniques.

CE4.1 identify the nature of the faults more frequent of type mechanical of the machines and relate them with them causes that them originate.

CE4.2 identify the nature of faults in hydraulic and pneumatic circuits of machines and relate them to the causes giving rise to them.

CE4.3 describe the equipment used for the diagnosis of faults and their fields of application.

CE4.4 in a practical course of diagnosis of a fault, characterized by a machine in service, with a breakdown or dysfunction and its technical documentation:-identify functional blocks and the elements that compose them, from the technical documentation for each system.

-Identify the symptoms of the fault characterizing it by the effects that produces.

-Make the hypothesis of possible causes that can cause breakdown, related to the symptoms that the system presented.

-Develop a plan of intervention to determine the cause or causes that produce the breakdown.

-To determine the equipment and necessary tools.

-Adopt the safety measures required to intervene in the according to the established plan.

-Locate elements responsible for the fault, applying the procedures required and in the appropriate time.

-Develop a report of diagnosis of them faults, describing the activities developed, informed in the results obtained.

C5: diagnose the State of them elements and parts of machines applying techniques of measurement and observation, for program you maintenance.

CE5.1 describe the process of moving parts wear by friction, erosion, bearing, among others.

CE5.2 identify normal and abnormal wear of parts used by the analysis and comparison of the parameters of the surfaces eroded with the original piece.

CE5.3 in cases where photographs and actual parts damaged by various causes (damage caused by erosions in valve seats, sliding hydraulics, bearings and bearing damaged, among others) are available:-identify the eroded areas.

-Analyze the breaks.

-Determine possible causes (lack of grease, high temperature, dirty oil, among others).

-Compare current measurements with the originals that are reflected in their respective level, by quantifying the extent of wear and erosion, making measurements with appropriate tools.

C6: Apply maintenance techniques, involving replacement of elements, following the procedures and act with the required security.

CE6.1 in a so-called practical of replacement of parts or elements, characterised by a machine, in a situation of service, your technical documentation and instructions of parts or elements that need to be exchanged:-identify them in the technical documentation, obtaining its properties and assess the extent of the operation.

-Establish the plan of dismantling / Assembly and the procedures to be applied.

-Indicate them elements that must be disconnected, them parts of the machine that is must isolate, the precautions that must be dyed in has.

-Draw the diagram of connections.

-Select the tools, equipments of measure and means necessary.

-Establish the plan of safety required in the different phases of the disassembly / Assembly.

-Isolate the equipment that there is that dismantling of them circuits hydraulic and electrical to which is connected.

-Recover the oils of the installation.

-Dismantling, check and, in his case, replace the parts indicated and assemble the team.

-Connect the equipment to the circuit corresponding.

-Clean, grease, among others, putting the team in terms of performance.

-Check the operation of the team and of the installation, regulating them systems, if applicable, for get reset them conditions functional specified.

-Develop the parts of work of the process with the precision required.

C7: perform operations of adjustment and regulation in systems mechanical, hydraulic and pneumatic, using the procedures established for meet with them requirements of put punto of them equipment.

CE7.1 explain systems settings used in construction machines.

CE7.2 Select the settings required for the coupling between two mechanical elements, taking into account the relative movements between the two parts, the efforts, the length of contact, among others.

CE7.3 in a practical course of setting, characterized by a mechanical Group (speed reducer, variable speed, among others), and your technical specifications:-identify each one of the elements that shape them.

-Dismantle and clean each of the elements using appropriate tools and techniques.

-Check the specifications and dimensional State of functional surfaces of the elements, using appropriate equipment.

-Check the flat and cylindrical surfaces, eccentricities, toothed wheels, among others, using the appropriate equipment.

-Assemble and prepare under operating conditions each element, replacing, if necessary, the damaged parts and verifying the conditions of mesh and functional in every operation.

-Adjust and put together the mechanical group, compliance with given specifications and check its operation.

C8: Making simple drawings of assemblies, parts and diagrams of pneumatic and hydraulic circuits of machinery using different media and with the required precision.

CE8.1 relating different representations (views, cortes, among others) with the information which must be transmitted.

CE8.2 describe the differences between the types of functional dimensioning and manufacturing.

CE8.3 describe the characteristics that must meet the hydraulic and pneumatic circuit diagrams.

CE8.4 in a so-called practical drawing of a sketch, characterized by a machine on which action must be taken to resolve a fault or practice improvement:-information of mechanical components and hydraulic and/or pneumatic circuits involved.

-Establish measures to ensure the safety of staff and equipment during the taking of information.

-Elaborate drawings of the affected parts, defined functionally, expressing technical specifications that must be satisfied for their interchangeability.

-Elaborate drawings of set of affected mechanisms.

-Hand raised and with specific software applications represent schemes systems hydraulic and/or pneumatic with technical specifications and operating them.

C9: Operations maintenance, that do not involve substitution of items, selecting the procedures and required security.

CE9.1 describe the operations of maintenance preventive that must be made in them equipment mechanical, hydraulic and pneumatic of the machines.

CE9.2 describe them tools and equipment auxiliary more significant used in the operations of maintenance preventive, classifying them by its typology and function and explaining the form of use and conservation of them themselves.

CE9.3 in a case practical of maintenance of a machine characterized by their systems mechanical, hydraulic and/or pneumatic and its documentation technical:-identify in it documentation technical and in it own machine, them systems and elements on which is must perform the operations of maintenance preventive.

-Obtaining data from the variables of the systems of machines and equipment, applying established procedures of observation and measurement (noise, vibrations, consumptions, temperatures, among others) and using instruments, equipment and tools required.

-Carry out operations of cleaning, greasing and lubrication, adjustments of the union and fixing elements, correction of gaps, alignments, tensioning belts, observation of surface States, among others, using tooling and tools required and manipulating materials and products with the required security.

-Set the values of the instruments of measurement, control and regulation.

-To elaborate the report of interventions which are reflected anomalies or deficiencies observed and the necessary data for the Bank's historical.

Skills whose acquisition must be completed in a real work environment: C1 with respect to CE1.2; C2 regarding CE2.4; C3 on CE3.3; C4 on CE4.4; C5 regarding CE5.3; Complete C6; C7 regarding CE7.3; C8 to CE8.4; C9 concerning CE9.3.

Other skills: responsibility is of the work that develops.

Demonstrate a good make professional.

Keep the area of work with the grade appropriate of order and cleaning required by the organization.

Interpret and execute instructions from work.

Participate and collaborate actively in the team's work.

Demonstrate some degree of autonomy in the resolution of contingencies related with their activity.

Contents: 1. interpreting graphics


Graphical representation systems: drawings, diagrams, schemes. Croquización. Symbology. Views, cuts and sections. Dimensioning. Flat of set and of cutting. Drawing standards. Graphic interpretation of mechanical elements. Interpretation graphic of circuit pneumatic. Graphic interpretation of hydraulic circuits. Applications software specific for drawing.

2 mechanisms and elements of machinery mechanisms: gearboxes, transformers linear motion to circular and vice versa, clutches, brakes, trains of gears, pulleys, speed gearboxes, differentials, transmissions of angular motion, couplings of shafts. Kinematic chains. Transmission, torque and power relations. Moments of rotation nominal of a motor. Developed power. Power of start-up of a machine. Power absorbed by the motor. Torque. Starting torque. Minimal pair. Torque Max. Acceleration torque. Pair of slowdown. Braking torque. Torque. Pair of friction. Calculation procedures. Bearings: types characteristics and applications. Surfaces from sliding, guides, columns, caps, trucks, among others. Types, applications. Gaskets and flanges. Types, applications. Characteristics of the mechanisms from its construction: material, surface geometry, geometry, hardness, elasticity, among others. Instruments of measurement and verification of physical magnitudes. Functional analysis of mechanisms: gearboxes, transformers linear motion to circular and vice versa, clutches, brakes, differential gears, pulleys, speed gearboxes, railway. Transmission of angular movement. Drive shaft couplings. Calculation of basic mechanical quantities. Measurement and verification of quantities in mechanical systems.

3. mounting of mechanical parts Assembly and disassembly processes leaves. Bearings. The mounting of bearings. Verification of functionality of bearings. Screw connections. Security features of the screws. Application and selection of screws. Riveting. Rivets. Types, materials, features and applications. Welding. Types, applications, procedures, welding, soldering, defects in welds, welds verification tools. Sliding surfaces. Guides, columns, caps, cars, among others, mounting, adjustment and regulation procedures. Tools for mounting and dismounting, sliding and positioning, check lubrication. Gaskets and flanges. Preparation and Assembly of joints, functionality verification procedures. Selection of seals and flanges used in the union. Mount items with gaskets and flanges. Realization of them evidence of verification in unions with together. Links watertight with and without pressure. Equipment for verification of sealing. Transmission of movements. Types, applications, technical of mounting of them elements of the transmissions, (belts, pulleys, chains, axes striated, gears, axes of transmission, links, among others). Verification of the systems of transmission. Hydraulic. Pipes, fittings and couplings, mounting of elements hydraulic. Measuring instruments, testing security and functionality. Pneumatic. Pipes, connections and couplings, mounting of elements tires. Instruments of measurement, evidence of safety and functionality. Selection of bearings depending on the specifications technical of the equipment or machine. Mounting and dismounting of bearings. Realization of testing functional in the bearings. Selection of the type of Assembly. Assembly of parts. Assembly and disassembly of elements of transmission. Adjustment of the transmission elements. Selection of materials used in pneumatic circuits. Assembly of pneumatic elements. Repair of pneumatic circuits. Selection of materials used in hydraulic circuits. Mounting of hydraulic elements. Repair of hydraulic circuits. Realization of functional tests in pneumatic and hydraulic circuits.

4. installation of equipment adjustment and adjustment of machines. Foundations and anchors of machines. Verification of machines.

Power to machines and systems installations. Mounting of machines and equipment. Process of start-up of machines and equipment. Verification of functionality of machines and equipment.

5. mechanical maintenance corrective, preventive and predictive maintenance. Symptoms causes and troubleshooting. Mounting of machines. Verification of machines and installations. Verification tools. Analysis of the State of mechanical, hydraulic and pneumatic assemblies. Application of the predictive, preventive and corrective maintenance of machines, equipment and systems. Diagnosis of operation of machines, equipment and systems. Repair of breakdowns of machines, equipment and systems. Mounting of machines. Setting and adjustment of machines.

Parameters of the training context: spaces and facilities: the spaces and facilities will answer, in the form of classroom, classroom workshop, workshop practice, laboratory, or space, to training needs, in accordance with the professional context established in the competition unit associated, taking into account the applicable regulations of the productive sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional profile of the trainer or trainer: 1. domain of knowledge and techniques related to the installation and maintenance of machinery and mechanical equipment, which will be using one of the following ways:-academic training level 2 (Spanish framework for higher education qualifications), engineering or other upper level related to the professional field.

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

2. accredited educational competition in accordance with it to establish the competent administrations.

TRAINING MODULE 2: MAINTENANCE LINES AUTOMATED MECHANICAL level: 2 code: MF0117_2 associated with UC: maintain mechanical, hydraulic and pneumatic systems of automated production lines duration: 270 hours capabilities and evaluation criteria: C1: analyze the technical documentation interpreting the plans and specifications relating to automation technology pneumatic and hydraulic circuits, identifying their elements.

CE1.1 identify the symbols and items represented in the drawing.

CE1.2 distinguish the different views, cuts and details, among others, of the elements of the various circuits expressed in drawings and/or specifications of the manufacturer.

CE1.3 in a practical course of analysis of technical documentation, characterized by a schema represented in a drawing, an installation of automation, integrating different technologies and technical specifications for the elements that make up:-describe the functioning of each system and its relationship to the set in the schema represented.

-Identify the technical specifications for the determination of the elements.

-Relate the symbols that appear in the planes with the actual elements of the system.

-Identify the internal and external parts of each element through the use of views, cuts and details, among others, appearing in the planes and in the technical specifications of the manufacturer.

C2: Analyze pneumatic and hydraulic circuits by identifying different areas of application of such and describing the typology and characteristics of the equipment and materials used in its construction.

CE2.1 differentiate the characteristics of pneumatic and hydraulic automatism.

CE2.2 classified by their function and typology them different elements used in the realization of automatisms pneumatic and hydraulic.

CE2.3 list the different areas of application of the pneumatic and hydraulic automation.

CE2.4 in a case study analysis of pneumatic and hydraulic automation characterized by the same technical documentation:-explain the sequence of operation.

-Identify the pneumatic and hydraulic diagrams discriminate the computer / control circuit of the circuit of force, identifying the various elements that compose them.

-Identify the variation in the parameters of the circuit assuming or making changes in elements and explaining the relationship between the detected effects and the causes that produce them.

-A report - memory of the activities developed and the results obtained, by structuring it in the required sections for appropriate documentation of the same (analysis of the process followed, media used, schemes and used drawings, calculations, measures, among others).

C3: Physically configure automatic wired or scheduled for automatic control (hydraulic and pneumatic), developing the necessary technical documentation for construction, with the appropriate means and using the standard symbolic representation.

CE3.1 in a practical course of configuration of automatic control equipment, which integrates different technologies, for a small machine or sequential process, and based on the functional specifications and limits of cost:-identify the functional specifications of the operator.

-Carry out one or more wired and/or programmed settings ajuntando the relationship cost - established quality.


-Select from catalogues technical - commercial equipment and materials which meet established technical and economical specifications.

-Carry out the calculations necessary for the configuration of the computer.

-Document the process to be followed in the Assembly and testing of equipment, including the functional analysis of the automation, schemes, the list of programs the list of materials, tests and adjustments.

C4: Analyze the technical documentation for mechanical maintenance of automated production lines and auxiliary facilities, identifying the components and maintenance necessary for its realization.

CE4.1 relate and describe the basic technical documentation for mechanical maintenance of automated production lines and their auxiliary facilities.

CE4.2 identify in them flat of a manual of instructions of a machine them systems that it integrate and them components of them themselves, relating them with them specifications technical, of use and of maintenance that is derived from the rest of the dossier.

CE4.3 in a practical course of maintenance of a machine or automated line and from the technical documentation (manual of instructions, plans, schemes, maintenance program, among others):-identify the components of machines that must be maintained.

-Identify the activities of maintenance preventive, systematic and predictive, that is must perform in the machine during that period.

-Determine the means and materials necessary for carrying out scheduled machine maintenance interventions.

C5: Making auxiliaries manufacturing processes (supply of parts, tools, emptying / filling of tanks, waste disposal, among others), analyzing them and relating them with techniques and automated means to perform them.

CE5.1 describe them technical of handling, transportation, storage, among others, used in the processes of manufacturing.

CE5.2 describe the means used for the automation of power machines (robots, manipulators, among others), explaining the structural elements, kinematic chains, control elements, the actuators (motors, cylinders, or others) and binders of information.

CE5.3 in a practical course of processing of auxiliary process, from a manufacturing process which provides for phases of selection of materials, machines, manufacturing, storage, among others:-develop the manufacturing flow diagram.

-Draw up the list of necessary means.

-Write a report and assessment of the solution adopted.

C6: Adapt small control programs for automated feeding of parts and auxiliary manufacturing operations (handling, cooling, maintenance of fluids, among others).

CE6.1 relate them functions features of those languages of PLC's and robots with them operations that there are that make with them equipment auxiliary of manufacturing.

CE6.2 explain the transmission and storage systems used in the programming of PLC's and robots.

CE6.3 in two so-called practical of adaptation of programmes to the power of machines, characterized by PLC's and robots, respectively:-establish the sequence of movements.

-Set the variables to be controlled (pressure, force, speed, among others).

-Perform the corresponding flow diagrams.

-Make the control of PLC and robot program.

C7: operate with them different bodies (pneumatic, hydraulic) that involved in the handling, transportation, among others, acting on them elements of regulation in conditions of security.

CE7.1 explain the variable adjustable in those processes auxiliary of manufacturing (force, pressure, speed, among others).

CE7.2 relate the variables with elements that Act on them (pneumatic, hydraulic).

CE7.3 describe the techniques for the regulation and verification of variables (strength, speed, among others).

CE7.4 from various automated parts handling and adjustment of motors (pneumatic, hydraulic), conveniently mounted on models and subjected to different loads of strength, speed, among others:-Regular (strength, speed, among others) variables for different functions.

-Check the magnitudes of the variables with the appropriate instruments (pressure gauges, rulers, Tachometers, among others).

-Describe the behaviour of the different systems depending on the loads to which they are subject.

C8: perform the control of response of a system automated, checking the paths, as well as the synchronism of movements, and performing the measurements necessary.

CE8.1 formulate the relationship existing between parameters of the system and time of response.

CE8.2 explain measuring devices.

CE8.3 describe the units of measure.

CE8.4 from a simulation model, one or several processes of mechanical manufacturing, containing phases of handling parts and operations of machining or casting, involving tires, hydraulic elements, robots and manipulators:-identify the variables that need to be controlled.

-Measure the magnitudes of the variables before the different loads.

-Regular control elements, so that the process unfolds within given tolerances.

-Check the trajectories of the moving parts and proceed to its amendment, if necessary.

C9: Diagnose faults in automated production systems, identifying the nature of the fault, performing corrective interventions necessary to eliminate dysfunctional and restore the specified operation, applying the procedures and techniques most appropriate in each case.

CE9.1 explain the typology and characteristics of the symptoms of frequent breakdowns of the various systems (each system independently and integrating all or several) that may be present in automated processes.

CE9.2 explain the general process used for diagnosing and troubleshooting in the different systems (each system independently and integrating all or several) in automated processes.

CE9.3 in one or several so-called practical of diagnosis and location of faults in systems automatic, characterized by the documentation technical and them own systems with any dysfunction or breakdown:-identify the documentation technical of the system automated in question, identifying them different systems, blocks functional and elements that them compose.

-Identify the symptoms of the fault characterized it for the effects it produces and the performed measurements.

-State at least one hypothesis of possible cause that can produce breakdown, linking it with the symptoms that the system or systems involved.

-Define the procedure of intervention (of the set and system) to determine the cause or causes that produce fault.

-Locate the element responsible for of the breakdown or program and correct the dysfunction and/or modify the program, applying procedures required and in time appropriate.

-A report - annual report of the activities carried out and results obtained.

C10: Develop written procedures for preventive maintenance of machinery (chips, ranges or standards), determining the operations to be performed and their frequency.

CE10.1 explain the different types of maintenance, the Organization required for its management and responsibilities in the production environment.

CE10.2 explain the objectives of the ficha-gama of machine maintenance, documents that compose it and the requirements of its structure and content of each one of them.

CE10.3 in a practical course of preparation of the plan of preventive maintenance of a machine which is available from your technical documentation (of manufacturer, historical of maintenance, among others):-determine the types of intervention (of use, level, among others) and the "timing" of them.

-To elaborate the preventive maintenance with ranges that must be applied card.

-Develop ranges of the different systems of machine maintenance by determining the specifications of the operations to be performed.

-Establish the security measures to be adopted for individuals and teams to perform maintenance tasks.

Skills whose acquisition must be completed in a real work environment: C1 with respect to CE1.3; C2 regarding CE2.4; C3; C4 on CE4.3; C5 regarding CE5.3; C6 regarding CE6.3; C9 regarding CE9.3; C10 to CE10.3.

Other skills: be responsible for the work that develops.

Demonstrate a good make professional.

Keep the work area with the appropriate order and cleanliness degree required by the organization.

Interpret and execute work instructions.

Participate and collaborate actively in the task force.

Demonstrate a degree of autonomy in the resolution of contingencies related to its activity.

Contents: 1. automation of automatic pneumatic technology


Fundamentals of the pneumatic. Principles. Basic laws and properties of gases. Elements of production storage preparation and distribution of compressed air. Actuators pneumatic: features, field of application and criteria of selection. Symbology. Representation graph. Pneumatic control elements: features, scope of application and selection criteria. Symbology. Representation graph. Function that plays each section in the structure of the system. Different performances of the system and features. Emergency situations that can arise in the automatic process. Parameters and fundamental quantities to automated systems. Specifications. Realization of schemes of technology pneumatic. Interpretation of the schemas and documentation: features, performance, and features. Analysis of the different sections that make up the structure of the system, function, relationship and characteristics of each a. Identification of devices and components that make up the automatic system. Analysis of the operation of the system and its features. Simulation of the circuit. Verification of integration between parts logical and physical of the system. Realization of the calculations of the quantities and parameters basic of the system. Analysis of control equipment in emergency situations.

2 automation of hydraulic technology fundamentals of hydraulic automatic systems: principles. Basic laws and properties of fluids. Hydraulic actuators: features, scope of application and selection criteria. Symbology. Graphical representation. Pumps, motors and cylinders hydraulic. Application and types. Hydraulic accumulators, valves and servo valves. Hydraulic control elements: features, scope of application and selection criteria. Symbology. Graphical representation. Function that plays each section in the structure of the system. Different performances of the system and features. Parameters and fundamental quantities to automated systems. Specifications. Realization of hydraulic technology schemes. Interpretation of the schemas and documentation: features, performance, and features. Analysis of the different sections that make up the structure of the system, relationship and characteristics of each. Identification of devices and components that make up the automatic system. Analysis of the operation of the system and its features. Simulation of the circuit. Mounting systems. Commissioning. Verification of integration between physical and logical parts of the system.

Carrying out of calculations of the magnitudes and basic parameters of the system. Analysis of control equipment in emergency situations.

3. automated systems automation. Fundamentals. Continuous and sequential processes. Features. Elements used in the realization of automation. Tools, equipment and materials used in the Assembly and maintenance of automation. Design of automation techniques. Control and power. Signaling and protection elements. Types and features. Mounting and verification of automation techniques. The different types of automatic continuous and sequential analysis. Interpretation of technical documentation according to the characteristics of the proposed operator. Types and features of handlers. Types and characteristics of robots. Transport equipment. Storage equipment. PLC's languages: functions, variables, parameters, flow charts and programs. Languages of robots, functions, variables, parameters, flow charts and programs. Quality control. Programming and application of PLCs. programming and implementation of robots. Application of manipulators. Application of equipment of transport. Introduction of programs of control. Simulation and adjustment of programs of control. Adjustment of those elements of the different systems to the process. Debugging of those programs. Simulation of the process. Obtaining of the first piece. Implementation of the control of quality of the process and of the product. Realization of the maintenance mechanic of lines automated. Realization of adjustment and regulation.

4. Organization of the maintenance the maintenance functions. Objectives of the maintenance. Types of maintenance. Maintenance productivity. Maintenance warehouse. Material maintenance. The quality of the maintenance. Types of maintenance. Pieces, ranges or the maintenance standards. CMMS programs. Organisation of the management of the maintenance in production.

Management of the warehouse of maintenance. Management of the material of maintenance. Timing of the interventions in maintenance. Documentation of the interventions. Management of the maintenance assisted by computer.

5. processes of production automated processes of production type. Diagrams of flow of manufacturing. Media and equipment of the line automated. Fault type in the systems of production automated. The safety. Pieces, ranges or the maintenance standards. Diagnosis and troubleshooting procedures. Repair of faults. Correction of malfunctions. Elaboration and development of chips or ranges of maintenance.

Parameters of the training context: spaces and facilities: the spaces and facilities will answer, in the form of classroom, classroom workshop, workshop practice, laboratory, or space, to training needs, in accordance with the professional context established in the competition unit associated, taking into account the applicable regulations of the productive sector, risk prevention, occupational health, universal accessibility and environmental protection.

Professional profile of the trainer or trainer: 1. domain of knowledge and techniques related to the maintenance of mechanical, hydraulic and pneumatic systems of automated production lines, which will be using one of the following ways:-academic training level 2 (Spanish framework for higher education qualifications), engineering or other upper level related to the professional field.

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

2. accredited educational competition in accordance with it to establish the competent administrations.