Regulations on computers Date FOR-2009-05-20-544 Ministry climate and environment, the Ministry of Justice and the Ministry of emergency, labour and Social Affairs published in 2009 booklet 5 effective date December 29th, 2009 Last modified-2015-12-04-1393 Changes FOR-1994-08-19-820,-1986-08-25-1792 applies to Norway Pursuant LAW-2005-06-17-62-section 1-3, LAW-2005-06-17-62-section 1-4, LAW-2005-06-17-62-section 5-5, LAW-1996-11-29-72-section 10-18, LAW-1976-06-11-79-section 4, FOR-1977-08-05-2, FOR-1990-09-07-730, LAW-1929-05-24-4-section 10, FOR-2003-09-01-1161, LAW-1994-06-16-20-7, Announced May 28, 2009 at 22:00. 14:00 Directed 24.09.2014 (appendix XII No. 5) short title regulations on computers Chapter overview: chapter I. Initial provisions (sections 1-4) chapter II. Requirements for protection against damage to life and health by construction, the construction, the compliance rating, tagging, etc. of machines (§ § 5-14) chapter III. Supervision of the regulations (section 15) chapter IV. Punishment (section 16) chapter V. Entry into force and transitional rules (§ § 17-18) attachment in: requirements for protection against damage to life and health by construction and building machinery Attachment II: Statements Appendix III: CE marking Attachment IV: machinery that is to follow the procedures for conformity assessment in section 10 letter b or c Annex V: suggested retail list of security components that are covered by the machine Regulation section 2 letter c Annex VI : Mounting guidelines for partly completed machinery Attachment VII: technical documentation for machinery Attachment VIII: Compliance assessment of the machines by internal production control Annex IX: EC-typeprøving Appendix X: System for complete quality assurance Annex XI: the minimum criteria for the technical control body Annex XII: environmental requirements for internal combustion engines Attachment XIII: requirements for the noise emission from machines and other equipment for outdoor use Annex XIV: Machines imposed marketing and sales ban legal authority: established by the labour and social inclusion (now labour and Social Affairs) 20. May 2009 in consultation with the Ministry of Justice and the police (now the Ministry of Justice and the reaction) and the Ministry of the environment (now the climate and Environment Department) with the legal authority of the Act 17. June 2005 Nr. 62 for a work environment, working time, employment etc. (the Working Environment Act) § 1-3 No. 3, § 1-4 first paragraph and section 5-5, law 29. November 1996 No. 72 if petroleum activities § 10-18 first paragraph, law 11. June 1976 No. 79 on product control (produktkontrolloven), § 4, law 24. in May 1929, no. 4 about the supervision of electrical installations and electrical equipment (el-tilsynsloven) § 10, cf. the delegation decision 1. September 2003 Nr. 1161 and law 16. June 1994 no. 20 on technical control body that has to to implement section oppgåve samsvarsvurderingar 7.
Added title: regulations 5. August 1977 Nr. 2 on the implementation of the law on control of products and consumer services. The delegation decision 7. September 1990 No. 730. the EEA Joint referrals: the EEA Agreement-annex II, chap. XXIV No. 1 c (Directive 2006/42/EC as amended by Directive 2009/127/EC), Nr. 1a (Directive 97/68/EC as amended by Directive 2002/88/EC, Directive 2004/26/EC, directive 2010/26/EU, directive 2011/88/EC and Directive/EU 46/2012), Nr. 1 d (decision 2012/32/EU) and kap. WE are no. 10A (Directive 2000/14/EC as amended by Directive 2005/88/EC).
Changes: modified by regulations June 21, 2013 No. 682, 30 Dec 2013 No. 1720, 19 des 2013 No. 1757, 17 sep 2014 Nr. 1199, 6 nov 2014 Nr. 1404, 12 Dec 2014 Nr. 1608, 4 des 2015 Nr. 1393. Corrections: 24.09.2014 (appendix XII No. 5).

In the Introductory chapter. section 1 provisions. Work area 1. This regulation applies to construction, construction and marketing of the following products: a) machines b) interchangeable equipment c) security components d) lift the tool e) chains, chains, ropes and straps f) removable mechanical transmission devices g) partly completed machinery 2. The regulation does not apply to: a) the security components that are intended for use as spare parts and to replace identical components and supplied by the manufacturer of the original computer b) equipment which is specifically designed for use in the market place or in amusement parks c) machines that are constructed or used specifically for nuclear purposes and where failure will be able to lead to radioactive emissions d) weapons , including firearms e) the following means of transport:-agricultural and forestry tractors as regards the requirements for type approval according to the vehicle regulations, except for machines mounted on tractors-motor vehicles and trailers to those that need to typegodkjennes according to the vehicle regulations. Machines that are mounted on the vehicles or the followers, except-to-or two or three wheeled motor vehicle that has to be typegodkjennes according to the vehicle regulations-motor vehicles designed and built exclusively for competition purposes-transportation that is designed and built for transportation in the air, on rail lines or on the water, except machinery mounted on these.

f) seagoing vessels and mobile offshore installations and machinery installed on board such vessel or devices g) machines designed and built specifically for military purposes and politimessige h) machines designed and built specifically for research purposes intended for temporary use in laboratories in) lifts in mine shafts j) machines designed and built for the movements of the performers during artistic performances k) the following categories of electrical and electronic products , if they are covered by the regulations on electrical equipment:-household appliances intended for private use-audio and video equipment-information technology-common Office machines-link and management equipment for low voltage-electric.

l) following high-voltage materials:-link and management equipment-transformers.

3. These regulations apply to emissions from internal combustion engines intended for use in portable computers as defined in annex XII, and the noise emission from equipment as mentioned in Appendix XIII.

4. These regulations apply to permanently placed installations in the petroleum business in areas such as mentioned in regulation 31. August 2001 No. 1016 on health, environment and safety in the petroleum activities (framework regulation) § 2 No. 1 letter b and d, with the exception of the areas mentioned in the annex to the framework regulation.

5. Forskriftens chapter II, with the exception of section 5, do not apply to foreign operations on Svalbard.

6. If the dangers mentioned in Annex i, in whole or in part, are more specifically covered by other directives that have been implemented in Norwegian law, will not the provisions relating to these dangers in the machine forskriftens attachment in to the application, or the attachment ceases to apply on the said machine, with respect to such dangers.

§ 2. Definitions in this regulation are the products that are listed in the first paragraph of section 1, letter a to f, considered as machines.

a) with machine is meant:-a device that is fitted with or designed to be fitted with a drive system, which does not come from the direct impetus from the people or animals, and which consists of complex parts or components, where at least one part is moving and which is composed for a specific use,-a device as described in the first line point, but without items to connect components to the site or to sources of energy and driving force ,-a device as described in the first and second line point, which is the installation ready, but as the first function is ready for mounting on a means of transport or installation of a building or construction,-a collection of machines as described in the first, second and third line point, or partly completed machinery jf. Letter g, which is set up and controlled so that they work as a unit, to accomplish a specific result,-a device consisting of a number of parts or components, where at least one part is moving, and that is put together for the lifting of the load, and that is operated solely by human power.

b) with interchangeable equipment meant equipment that the operator himself can mount on a machine or tractor after the machine or tractor is put to use, in order to change or add to the computer or the tractor a new feature. Tools are not included.

c) With security component refers to a component that has a security feature, and-as separate be set in revenue, and that by the failure or lack of function poses a danger to life and health, and that is not necessary for the computer's use, or may be replaced by normal components, which allows the computer can be used.

Annex V contains an indicative list of safety components.

d) with lifting gear components or equipment means not attachable computer and that make it possible to seize the cargo, and that is placed either between the computer and the load or on the load itself, or which is intended to constitute an integral part of the load and as the vehicle is set separately in sales. That lift tool is considered also chains, ropes, straps, shackles, rings, and more.

e) with chains, ropes and straps is meant chains, rope and straps that are designed and manufactured to the lifting as part of lifting machine or as a part of a lifting tool.

f) with a removable mechanical transmission device refers to a component that can be taken off, and that is intended for power transmission between a self-propelled machine or tractor and the first connection point on the computer that is being driven. If the transmission facility is set in sales with the protection, it should be considered as an independent product.

g) With partially completed machine will mean an Assembly of components that is almost a machine but which cannot perform a particular function alone. A drive system is a partially completed machine. Partly completed machinery shall be designed to be built with or connected to other computers or other partly completed machinery or equipment, so that this total is a machine that this Regulation applies.

h)

With is put in the revenue is meant the first time a machine or partially completed machine is placed in the EEA market for distribution or use, for free or for a fee.

in) with producer refers to any physical or legal person who designs or manufactures a machine or a partially completed machine that is covered by this regulation, and who is responsible for the machine's or a partially completed's compliance with the requirements of this regulation, bearing in mind that it will be set in sales under own name or mark, or for your own use. If there are no manufacturer, considered any physical or legal person who puts in sales or supply machinery or partly completed machinery to use, as a producer.

j) With its representative meant physical or legal person who is established in the EEA, and that after the written authority from the manufacturer has committed to meet all or part of the obligations under this regulation on the manufacturer's behalf.

k) with the make use of the means first time use of a machine in the European economic area in accordance with the intended use.

l) With harmonized standard is meant in this regulation technical specifications that are designed to meet the forskriftens requirements, but that is not binding. Standards are adopted by the European standardization organisations the European Standardisation Organisation (CEN), the European Committee for Electrotechnical Standardization (CENELEC) or the European Telecommunications Standards Institute (ETSI). The standards announced in the European Union's official journal. Harmonised standards are released in Norway as Norwegian Standard or Norwegian Electrotechnical norm of the Standard respectively Norway or Norwegian Electrotechnical Committee.

m) with basic health and safety requirements is meant provisions on construction and construction of machines covered by this regulation in order to ensure a high level of protection of human health and safety, where appropriate, of domestic animals and property, and where applicable, of the environment. The basic health and safety requirements of annex I, the basic health and safety requirements for the protection of the environment, applies only to computers as mentioned in Annex i no. 2.4. section 3. Who the regulation addresses these regulations target manufacturers, their representatives, importers, suppliers and other vendors of machinery and products covered by this regulation.
The regulation also applies to technical control bodies when these perform EF-typeprøvinger according to the regulation, cf. § 4.
The regulation applies to businesses that do not employ workers.

§ 4. Technical control body Business that will perform the tasks assigned to the technical control body for this regulation, shall comply with the requirements in annex XI and be appointed by the Ministry, or of the utpekende authority in another country in the European economic area.
A designation of technical control body can be given on specific criteria and be made bounded in time. Technical control body duties as directed by the Ministry to provide all relevant information as required to do make sure that the terms of the designation at any time is met.
If the requirements are no longer met, can utpekende the authority immediately withdraw the designation back.
Technical control body shall follow the procedure in annex IV.

Chapter II. Requirements for protection against damage to life and health by construction, the construction, the compliance rating, tagging, etc. of the machines section 5. Construction and construction of machines machines that constructed and built to be put in revenue and is taken into use for the first time within the European economic area, to meet the requirements for protection against damage to life and health in Annex i.

section 6. Ban on the marketing and sales Machines shall not be marketed, be traded or be taken into use if: a) they do not meet the applicable requirements of these regulations, b) they constitute a danger to health and safety of persons, possibly for pets or property, and where it is appropriate, for the environment, even if the computer is securely installed, maintained and used as intended under foreseeable conditions , or c) they are taken into the list in the annex XIV of computers that should not be marketed, be traded or be taken into use.

Partly completed machinery must not be put in the revenue or be taken into use for the first time before the requirements of this regulation are met.

section 7. Exceptions to the ban on turnover of partially completed computers and exhibitions Partly completed machinery can be traded if the manufacturer or its representative to release a statement about embedding in accordance with annex II part 1 section B, said that the computer will be included in another machine or that it will be built along with another partially completed machine to be a machine.
Machinery and partly completed machinery can be brought out and shown at trade fairs, exhibitions and the like, even if the computers are not in compliance with the requirements of this regulation, if it is clearly marked that the computers are not in compliance with the requirements of the regulations, and that they can't be traded before the machines are brought in accordance with the regulations. It is going to get together the necessary measures to protect against the risk of people.

section 8. Sales and delivery of the machines before a machine is placed in sales to the manufacturer or its representative ensure: a) that computer meets the relevant basic requirements for health and safety in Annex i b) that technical documentation cf. Annex VII, part A, is possible c) that the necessary user information, including the user's manual, available d) implementation of the relevant procedures for compliance review, cf. § 10 e) the preparation of the Declaration, see. Annex II, first paragraph, part A, and make sure that the Declaration included computer f) application of the CE mark in accordance with section 13, jf. Annex III, and noise marking in accordance with annex XIII.

The manufacturer or its representative shall dispose of or have access to the necessary resources to ensure the implementation of the procedures in § 10, so that it be ensured that the machine is in compliance with the requirements in Annex i. Internal combustion engines built and being built for use in portable computers, shall comply with the requirements in annex XII on environmental requirements for exhaust gases from internal combustion engines.

§ 9. Sales and delivery of partially completed computers Before a partially completed machine is set in revenue, to the manufacturer or its representative ensure that: a) the relevant technical documentation is prepared, jf. Annex VII, part B, b) mounting guidance is prepared, jf. Annex VI c) Declaration for embedding of partially completed machine (Assembly Declaration) is prepared, jf. Annex II, first paragraph, section B.

The installation guide and the Assembly to follow the statement partially completed computer until it is built together into a complete machine, and should then be included in the technical documentation of the finished computer.

§ 10. Procedure for conformity assessment of machinery manufacturer or its representative will perform one of the following procedures for compliance rating: a) if the unit is not covered by the annex IV, to the procedure in annex VIII.

b) if the instrument covered by Annex IV, and is manufactured in accordance with harmonised standards which includes the relevant basic requirements of protection against risk to life and health, to be one of the following procedures be carried out: 1. procedure for conformity assessment with internal production control, jf. Annex VIII, 2.
procedure for the EC-typeprøving, jf. Annex IX and procedure for conformity assessment with internal production control, jf. Annex VIII clause 3, or 3.
procedure for full quality assurance, jf. Appendix X.

c) if the machine covered by Annex IV, and is not produced in accordance with, or only partly in accordance with harmonised standards, or if no harmonised standards exist for the current machine, or if a harmonised standard does not include all the relevant basic health and safety requirements, the manufacturer or its representative carrying out one of the following procedures: 1. procedure for the EC-typeprøving, jf. Annex IX and procedure for conformity assessment with internal production control, jf. Annex VIII clause 3, or 2.
procedure for full quality assurance, jf. Appendix X.

section 11. Fulfillment of the health and safety requirements for CE marking machines which are equipped with CE-marking and which is accompanied by the Declaration, jf. Annex II, part A, the first paragraph shall be deemed to meet the forskriftens requirements.
Machines that are designed and built in accordance with a harmonized standard that is published in the official journal of the European Union, shall be deemed to be in compliance with the essential health and safety requirements, the scope of the relevant standards.
If the computers are covered by other regulations that govern other conditions and which also has requirements about the CE marking, CE marking means that the machines also meet the other requirements.
If the manufacturer or its representative in a transition period can choose what regulations they will apply, the CE marking only showing compliance with the regulations as the manufacturer or its representative has chosen to deal with. Reference to the regulations that is used and the publication in The Norwegian and European Lovtidend in unions tidende in that case should be apparent by the Declaration.

§ 12. Obligations for providers, businesses, and private mfl. that fits machines 1. When neither the manufacturer or its representative meets the requirements of section 10, it is incumbent on any supplier of machines to meet them. The same obligation is incumbent on business that assembles computers or puts together the machinery of parts of different origin.
The same obligation is incumbent on the one that fits, assembles computers or designs and builds machines for their own use.


2. The duties of this section Nr. 1 should not be made applicable for people who assemble replaceable equipment on a machine or tractor, provided that the machinery and the interchangeable equipment fit together, and that the computer and the interchangeable equipment that are included, are inflicted on the CE marking and accompanied by the compliance statements.

section 13. Requirements for the design of the CE marking the CE marking shall consist of the letters CE. The design of the selection should be in accordance with annex III.
The CE marking shall be applied to the computer in accordance with annex III, so that it is clearly, clearly visible and lasting.
Computers should not have labeling that could mislead third parties with regard to the CE brand's meaning and graphic design. Any other valid coupon can be applied to computers if it does not CE-marked less visible and more difficult to read.

section 14. Inadequate or illegal CE marking the following marking is not in accordance with the requirements of the CE marking under this Regulation: a) the CE marking after this regulation of products that are not covered by the regulation b) missing CE marking or missing Declaration for a machine c) marking as covered by section 13, third paragraph.

If the CE marking is inadequate or illegal, to the manufacturer or its representative make sure that the infringement ceases.

Chapter III. Supervision of the regulations section 15. Supervision and more within their respective areas of responsibility leads the Labour Inspectorate, the Directorate for civil protection and emergency preparedness and the PSA or they give the authority, supervision of that regulation is met. The supervisory authorities may on their respective areas of responsibility make the decision that the supervisory laws provide the legal authority to.

Chapter IV. Penalty section 16. Punishment By a violation of this regulation or decision struck in pursuance of regulation, the provisions on penalty in the Working Environment Act Chapter 19, section 12 produktkontrolloven, el-tilsynsloven section 14 and the Penal Code of 2005 section 27 and section 28 apply, if the relationship does not fall under more stringent penalty provisions.

Chapter v. effective date and transition rules § 17. Entry into force and amendment of other regulations this Regulation comes into force 29. December 2009. From the same time repealed regulations 19. August 1994 no. 820 about machines.
From the same point to regulation 25. August 1986, no. 1792 about bolt pistols with accessory section 14 the first paragraph read:---regulations 25. August 1986, no. 1792 about bolt pistols with accessories 29 is repealed. June 2011.
Work and social inclusion, in consultation with the Ministry of Justice and the police, and the climate and Environment Department (when it comes to noise emission and environmental requirements for internal combustion engines in the annexes XII and XIII), make changes to this regulation.

§ 18. Transitional until the 1. July 2011 comes to regulation 25. August 1986, no. 1792 about bolt pistols with accessories in parallel with the requirements of boltepistoler of these regulations, jf. attachment in section 2.2.2. The manufacturer or its representative can choose which set of rules that will apply for equipment that are traded in the transition period.

Appendix i: requirements for protection against damage to life and health by design and construction of machines, general principles 1.
Computer manufacturer or its representative shall ensure that it is conducted a risk assessment to determine the requirements for protection against risk to life and health that relates to the current computer. It should be taken into account the results of risk assessment when the machine is constructed and built.

In the recurring process of risk assessment and choice of risk-reduction measures to the manufacturer or its representative:-determine the machine's limits, both the intended use and misuse that can be reasonably predicted-mapping the risks the machine can be rise to and the dangerous situations that may arise in relation to computer-calculate the risk by taking into account the severity of a potential damage to life and health and the likelihood that this can happen-assess the risk in relation to calculated the basic health and safety requirements in this regulation, to determine whether it is necessary to reduce the risk-removing the dangers or limit the risk in connection with the dangers of using protective measures in the order that is specified in the Nr. 1.1.2. b.

2. The obligations imposed by the basic health and safety requirements apply only if the computer in question involves a danger when it is used under the assumptions that the manufacturer or its representative has described, or under abnormal conditions the predictable. The requirement of integration of security, cf. point 1.1.2 and the obligations of marking of machinery and layout of the instructions for use, see. Nr. 1.7.3 and 1.7.4 apply under all circumstances.

3. The basic health and safety requirements of this attachment is binding. However, it is still possible that the established security goals cannot be reached because of the. the current technological level. If that is the case, shall be constructed and built computer so that the the extent possible can meet the objectives.

4. This attachment has several parts. The first part is General and applies to all machines. The remaining sections apply to certain forms of specific hazards. It's still completely to go through this required the attachment in its entirety, to be sure to meet all the requirements that are relevant to the current computer. When the machines are being constructed, it should be taken into account the requirements of the general part and the requirements of one or more of the remaining parts, according to the results of the risk assessment carried out in accordance with no. 1 in the "general principles." Basic health and safety requirements for the protection of the environment, applies only to computers that are mentioned in Nr. 2.4.1.
Requirements for health and safety 1.1.
General requirements 1.1.1.
Definitions in this attachment means: a) danger: a possible source of damage or health damage.

b) dangerous area: any area in or around a machine, where a person's presence involves a risk to his or her health and safety.

c) exposed person: any person who in whole or in part is in a dangerous area.

d) operator: the person or persons who install, set up, assemble, operate, setting up, maintaining, cleaning, repairing or moving on to a computer.

e) risk: combination of the probability and the degree of damage or health damage that can occur in a dangerous situation.

f) protection: part of the machine, used specifically to provide protection by means of a physical barrier.

g) protective Gadgets: gadgets, which either alone or together with a protection, reduces the risk.

h) intended use: the use of a machine in accordance with the information in the instruction manual.

in error as with use) can reasonably be predicted: the use of a computer in a way not intended in the manual, but that will be able to follow the easily predictable human behavior.

1.1.2. Principles for the integration of security a) Machines should be constructed and designed so that they work properly, be set and maintained without that people exposed to risk when operations are performed under the conditions the manufacturer has provided, but also by improper use as can be reasonably predicted. The purpose of the measures should be to remove any risk of damage to life and health that may occur during the expected lifetime, the computer also during transportation, Assembly, disassembly, disconnection and when the machine is scrapped.

b) by choice of appropriate methods to the manufacturer or its representative to add because the following principles in this order:-eliminate or reduce risks as well as possible, IE. the machine to be constructed and built in a way that makes that it is secure in themselves,-to see protective measures required to face risks that don't let them away,-inform users of the residual risks that are present when the possible protective measures is hit, if it is required, with special training, and whether it is necessary to use personal protective equipment.

c) by construction and construction of machinery and by the drafting of manuals to the manufacturer or its representative not only take into account the machine's implied the use, but also take into account any reasonably foreseeable misuse.

Machines should be constructed and be built so that improper use be prevented if such use may cause danger. In those cases, experience shows that computers still can be used on the erroneous ways to manual contain information about this.

d) machines to be designed and built so that it be taken into account the obstacles the operator is exposed to, as a result of the necessary or expected use of personal protective equipment.

e) machines to be delivered with all the special equipment and accessories that are necessary for them to be able to be adjusted, maintained and used in a safe manner.

1.1.3. Materials and products the materials that will be used to build machines, or that are used in products such as computer manufacturing or use, should not put people's safety or health at risk.
In particular by the use of liquids and gases, the machines be designed and built so that it does not occur risk by refilling, use, accumulation or depletion of fluids and gases that computer uses.

1.1.4. Lighting if the bad lighting can result in the risk of operating the machines, despite the normal General lighting, the computer will be delivered with built-in lighting that is suitable for the purpose.
The machine should be designed and built without annoying shadow zones, without that the lighting is blendfri, without annoying shadow zones and so that it does not occur dangerous stroboskopvirkninger as a result of built-in lighting.
Internal parts of machines that often are etterses and special maintenance and adjusting areas should have suitable lighting.

1.1.5. Handling the machines machines or each machine part shall:-be able to be handled and transported in a safe manner, and-

be packaged or designed so that they can be stored on a secure and stable way without being damaged.

By the transport of the machine or its corresponding individual parts should not be able to experience sudden movements or dangers caused by a lack of stability at the machine or individual parts, as long as the machine or individual parts are handled in accordance with the instruction manual.
When the computer or the various parts can not be moved manually because of the weight, size or shape, going to computer or each part:-either have parties for special lifting equipment, or be designed so that they can easily be fitted with such parties, or be so shaped that standard lifting gear can easily be attached.

When the machine or its parts can be moved manually, they shall:-be easy to move on, or be so equipped, eg. with handles, that they can be lifted and moved in a secure way.

To meet special measures for the handling of tools and machine parts that may be dangerous because of the shape, materials and the like, even if they are light.

1.1.6. Ergonomics Discomfort, fatigue and physical and mental strain of the operator by the intended use of the machine should be restricted to a minimum, from the following ergonomic principles:-it should be given the possibility of adaptation of operators ' physical dimensions, strength and endurance,-it should be space for the operator can move all parts of the body, it should be avoided that is computer that determines the rhythm ,-prolonged concentration wrote to avoid end-monitoring the interface man-machine should be adapted to the properties the operators can be expected to have.

1.1.7. Operating space Control space to be constructed and designed so that it can not occur risk as a result of the discharge of exhaust fumes from the machine or oxygen deficiency.
If the computer will be used in a dangerous environment that involves the risk of the operator's health and safety, or if the computer is in itself creates a dangerous environment, should it be made sufficient efforts to ensure that the operator has good working conditions and is protected against all predictable hazards. When it is necessary, to the workplace be equipped with an adequate cab that is constructed or equipped so that it meets the requirements of this point.
The end to give the opportunity to the quick escapes. In addition to that, when circumstances require it, be need output in a different direction than the usual exit.

1.1.8. Seats in those cases it is appropriate and if the conditions permit, to the control seats that are an integral part of the machine, be constructed so that it can be mounted seats.
If the operator will be sitting during the work and the control space is an integral part of the machine, should the seat comes with the computer.
The operator's seat to give the person the opportunity to sit stable. In addition to the seat and a distance equalling the distance of the control devices could be adapted to the operator.
If the machine is subjected to vibrations, the seat shall be constructed and designed so that vibration that is transferred from the computer to the operator, will be limited to the lowest possible level. A distance equalling the attachment points to withstand all loads to which they may be exposed to. If there is no floor under the operator's feet, should computer be equipped with non-slip foot rests.

1.2. Control systems 1.2.1.
Control systems security and reliability Control systems should be designed and built so that it does not occur dangerous situations. Above all to the systems be designed and built so that:-they can withstand the requisite operating stresses and external influences, errors in the control system's components or software do not lead to dangerous situations occur, errors in the control system logic do not lead to dangerous situations,-human error that can reasonably be predicted during the use, do not lead to dangerous situations.

It should particularly be taken into account the following conditions:-computer to fail to start in an unexpected way,-'s operating settings should not be able to change on an uncontrolled way, if such a change can lead to dangerous situations,-punching of the machine should not be able to be prevented when the stop signal is given, the already-moving machine parts or arbeidsemner that is attached to the computer, will not be able to fall down or be thrown out ,-automatic or manual stopping of the moving parts, no matter what it comes to, should not be prevented,-protective devices should at all times work or trigger a stop signal,-the security-related parts of the control system to function in a coherent way for the connected computers or partly completed machinery.

By the use of wireless control device to automatically stop is triggered when the appropriate control signal is not received, including loss of signal transmission.

1.2.2. Control devices the control devices must be:-well visible, easy to recognize, and with the use of pictograms when it is appropriate.

-placed in such a way that they can be operated safely, without hesitation or loss of time, and without the risk of misunderstanding.

-designed in such a way that the movement of the control device is consistent with the impact triggered-located outside the danger zone, except where it is necessary to have certain control devices, such as emergency stop or a programming unit.

-placed in such a way that the operation did not represent an additional risk.

-designed or protected in such a way that the desired effect can only be achieved by a deliberate action, if inadvertently influence can cause hazard.

-designed in such a way that the expected loads can be taken, especially the emergency stop devices that typically are exposed to significant loads.

If a control device is designed so that several different actions are possible, IE. that the impact is not unique, to the effect that will be triggered, be clearly specified and if necessary be confirmed.
The control devices shall be designed according to ergonomic principles so that the location, movement and maneuver resistance correspond to the operations to be performed.
Machines should be equipped with monitoring instruments that are necessary for the safe use of the machine. The operator should have the opportunity to read them from the control space.
From each control position the operator should be able to make sure that no one is staying in the danger zone, or to control the system be designed and built so that it is not possible to start up as long as someone stays in the danger zone.
If none of these possibilities can be applied before the computer is put in the time, it should be given a sound or light signal.
The signal shall be so vulnerable people have sufficient time to leave the danger zone or could prevent the computer is started.
If necessary to the machine could only be controlled from a control room that is located in one or more areas or places that are set out in advance.
If there is more than one operating system will control the space, be designed so that it is not possible to use more than one operating space at a time, but stop and emergency stop.
Each control location on machines with two or more operating position, should have all the necessary control devices. This should not cause the operators preclude each other or put each other in dangerous situations.

1.2.3. Starting the machine should only be able to be started by a selected the activation of a control device to be used for that purpose.
It is also true:-when machines to be started up again after a stop, whatever the reason, should be made-when there is a material change of the operating conditions.

Restart or change of operating conditions can still occur at a chosen activation of another gadget than the fixed control device provided it does not lead to a dangerous situation.
For machines that work automatically, start of the machine, restart or change of operating conditions happen without intervention, if it does not lead to a dangerous situation.
On computers that have multiple home devices and the operators of the reason can expose each other for risk, it should be mounted additional devices to avoid such a risk. If the security requires that the start and stop to happen in a specific order, to have facilities that will ensure that this is done in the correct order.

1.2.4. stop 1.2.4.1.
Normal stop Machinery shall have the control devices that make it possible to stop the machine fully and completely in a safe way.
Depending on the risks that exist, each workstation shall have a control device to stop some or all machine functions, so that the machines will be secured. Stop function to override the start function.
Energy supply to the appropriate drive devices to be broken with a time a machine or its hazardous functions are stopped.

1.2.4.2. Operational stop when stop function for the sake of progress can not cancel the energy supply to the driving devices, to stop the condition is monitored and maintained.

1.2.4.3. Emergency stop Machinery shall be fitted with one or more emergency stop devices so that it is possible to ward off threatening situations or limit the impact of already encountered dangerous situations.
This does not apply:-If an emergency stop device not reduces the risk, either because it does not want to reduce the stop time, or because it will make it possible to take the special measures that risk implies,-portable handheld computers or hand-guided machines.

The emergency stop device shall:-be easily recognizable, have well visible and easily accessible control devices,-stop the dangerous process as quickly as possible without having to result in additional risks,-if necessary trigger or make it possible to trigger certain movements that involve policy.


When the emergency stop device is activated, the stop function is maintained by that emergency stop facility remains in the locked position until it is freed. It should not be possible to block the emergency stop device without the stop function is triggered. The device should only be able to be released by an intentional action. The release of the emergency stop function shall not cause the computer begins to walk again, but make it possible to start the computer.
The emergency stop function shall be at our disposal at any given time and how they work regardless of the operating mode.
Emergency stop devices should supplement the other security measures and not replace them.

1.2.4.4. composition of machines machines or parts of machines that are designed to work together, to be constructed and be built so stop devices, including the emergency stop devices, can stop both the machines and all the associated equipment that is in front of or after the in the work process, if continued operation can be dangerous.

1.2.5. The choice of the management or operating mode The management or operating the way that is selected, override all other control or operating modes-with the exception of the emergency stop device.
If the machine has been designed and built to be able to be used on several management and operational ways that require different protective measures or work procedures, eg. by setting, maintenance and inspection, shall be fitted with a computer select gadgets for management or functional way that can be locked in all positions. Each position on the select the device to be easily recognizable and respond to a single operating or control mode.
Select the device can be replaced by other methods that restrict the use of certain computer functions for certain categories of operators, such as access codes to certain numerical control features.
If machines under certain operations must be able to work with the protective device that has been moved or removed, or a protective device that is put out of operation, to choose the device for the control or operating the way at the same time:-put all other management or operating ways out of operation,-only allow dangerous functions via the control devices that require persistent use,-only allow dangerous functions under conditions of decreased risk, as well as by the prevention of risks that originate from the interconnected work operations and-prevent any dangerous situation by intended or unintended impact of the machine's sensors.

If these four conditions cannot be met at the same time, to choose the device for the choice of the management or operating way activate other protective measures that are designed to ensure a safe work area.
In addition, should the operator be able to control the machine parts that he or she works with in the experience.

1.2.6. Failure of energy supply interruptions in the supply of energy, recovery of energy supply after a disruption or variations in one form or another of the power supply to the machine must not lead to dangerous situations.
It is particularly important that:-unexpected start of the machines is not possible, settings of the machines can not change, if such uncontrolled change can lead to dangerous situations, computers can not be prevented from stopping when the stop signal is given, the-moving parts or workpieces that are sitting in the machines can not fall down or catapulted,-automatic or manual stopping of any moving part of the machine not be prevented ,-protective device all the time should be fully functioning or trigger the stop signal.

1.3. Protective measures against mechanical hazards 1.3.1.
Risk of loss of stability of the machines, including components and equipment, should be sufficiently stable so that they do not tip over, fall or so that it does not occur during transportation an uncontrolled movements, Assembly, disassembly, or any other action that machines are subjected to.
If not shape or position your computer's baseline provides adequate stability, should have appropriate fastening devices. It is to be given information about this in the manual.

1.3.2. risk by failure during operation different sections of machinery and the connections between them to withstand the rigors they are exposed to during use.
The materials used, should be sufficiently durable for the work environment the manufacturer or its representative has provided the machines to be used in, especially when it comes to conditions such as fatigue, ageing, corrosion and wear.
The user manual shall state whether the manufacturer how often and in what way machines to etterses and maintained for safety reasons. The manufacturer shall, where appropriate, provide information on what parts that are run-down, and the criteria for replacement.
If there despite actions taken yet a remaining risk by failure or cracking, this type of moving parts mounted and positioned so that the splintene will be caught up and it does not occur dangerous situations.
Both rigid and flexible pipes carrying fluids and gases, especially such as are under high pressure, must be able to withstand the predicted inner and outer stresses and must be firmly attached or shielded to ensure that it does not occur any risk by violations.
If the material to be processed is taken automatically until the tool, the following conditions should be met to avoid the risk of damage to life and health:-when the workpiece comes forward to the tool, the tool should have reached normal working state.

-When the tool starts or stops, intentional or unintentional, to be fed and the movement of the tool be coordinated.

1.3.3. Hazards caused by objects that fall or catapulted It to be taken measures to prevent risks due to objects that fall or fly away.

1.3.4. Risks due to surfaces, edges or corners Available parts of machinery shall, to the extent the machine's features allows it, be without sharp edges, corners and surfaces that may cause to rue the danger of injury.

1.3.5. Risks in connection with the combined machines when the machinery is intended to carry out several different operations with the manual extraction of the work piece between each work operation, the computer will be designed and built so that each of the machine's parts can be used without the other parts will represent risk for exposed persons.
For such use should it be possible to start and stop each device individually, if each device is not fully protected.

1.3.6. Risks due to variations in the tool's rotation speed machines that are designed to perform operations under different operating conditions, shall be so designed and constructed that changes and adaptation to changes in the operating conditions can be carried out safely and reliably.

1.3.7. The danger in connection with moving parts The moving parts to be designed and built with the aim of avoiding risk. Where the risk is still present, shall be equipped with parts or sheltered care and protective device to prevent touch.
It is going to get together the necessary measures to prevent accidental fastkiling of moving parts involved in the process. If blocking still can happen, necessary and special protective gadgets and tools at our disposal, so that it is possible to loosen the blockage of the relevant sections in a secure way.
It is to be given information about the specific protective devices and their use in the manual, and if possible on the computer.

1.3.8. Protective measures against risks from moving machine parts protection and protective devices that will be used to provide protection against the hazards of moving parts, to be selected from the dangers that are present. The guidelines given in the No. 1.3.8.1 even no. 1.3.8.2, to be followed by the choice of protection and protective device.

1.3.8.1. Moving parts, kraftoverførende policy which is designed to protect exposed persons against the danger from moving parts, kraftoverførende should be either:-fixed policy, as mentioned in Nr. 1.4.2.1, or movable protection with interlock as mentioned in Nr. 1.4.2.2. Movable protection with interlock to be used when it is expected the need for frequent access.

1.3.8.2. Moving parts involved in the process protection and protective devices designed to protect exposed persons against the danger from moving parts which are included in the body of the work process, eg. cutting tools, moving parts of presses, rollers and topics that are being processed, as far as possible be:-fixed protection as mentioned in Nr. 1.4.2.1, or movable protection with interlock as mentioned in Nr. 1.4.2.2, or protection facility that dealt with in the 1.4.3, or a combination of these.

Machines with moving parts that are included directly in the process which can not be completely protected because the process requires that the operator must be able to intervene, as far as it is technically possible to have:-fixed guards or interlocking movable policies with, which prevents the operator comes close to the parts of the devices that is not included in the actual work process, or-adjustable protection, cf. section 1.4.2.3 which only gives access to the parts of the devices that are necessary for the worker process.

1.3.9. Risks in connection with uncontrolled movements Tilbakeløp after a machine part is stopped to happen only by activation of the control devices or in a way that does not cause danger.

1.4. Requirements for protection and protective devices 1.4.1.
General requirements the protection and protective devices must:-be solid built be solid attached-not be cause of new risks-be so that it is not easy to avoid the use or putting out of function-be placed at sufficient distance from the danger zone-shut at least possible for the overview of the production process-

be so designed that it is possible to carry out the important work that the Assembly or replacement of tools as well as maintenance work, by restricting access only to the area where the work is to be performed, if possible, without the need to disassemble the protection or disable the protective device.

By the way, if possible, to protect against vernene utslynging or fall of materials or objects and against emissions from the machine.

1.4.2. Special requirements for protection 1.4.2.1.
Fixed protection policy should be Fixed securely fastened. They should be attached so that they can be opened or removed only with tools. If it is possible, to protection could not be fixed in place without mounting the devices.

1.4.2.2. Movable protection with interlocking Movable guard with the interlock shall:-if possible be sitting at the computer when the guard is opened-be constructed and be built so that they can only be adjusted by an intentional action.

Moving policies with interlock shall be provided with a link mechanism:-prevents dangerous machine functions to start before they are closed, and gives the stop order when they are no longer closed.

When it is possible for an operator to come into the dangerous area before the risk arising from dangerous machine functions has ceased, movable protection be provided with lockable protection and interlock as:-prevents that dangerous machine functions to start before the guard is closed and locked, and keeps the guard closed and locked until the risk of being injured by the dangerous machine functions have ceased.

Articulating policy should be constructed with interlocking so that they prevent or stop hazardous machine functions if one or more of the protection components are missing or malfunctioning.

1.4.2.3. Adjustable policy that restricts the access policy that restricts Adjustable the access to the site with moving parts that are strictly necessary for the work operation to:-set could manually or automatically, depending on what kind of work to be performed-could easily be set without tools.

1.4.3. Requirements for protective devices protective devices shall be constructed and innpasset in the control system so that:-moving parts cannot be set in motion while they are within the operator's reach,-people can't reach in to the moving parts that are set in motion, they can only be set by an intentional action,-moving parts cannot be set in motion, or so that they stop if a part of the cover is not in place or fails.

Protective devices should be able to be adjusted only by an intentional action.

1.5. Risk with reason in the other hazards 1.5.1.
Electrical energy supply machines that are powered with electricity shall be so designed, constructed and equipped that all risk associated with the use of electricity, be avoided or can be avoided.
The security requirements in the regulations on electrical equipment, also applies to machines. The commitments to implement the compliance review, and to ensure that the requirements for selling computers or to take these in use is followed, be governed only by this regulation when it comes to electrical hazards.

1.5.2. Static electricity Machinery must be designed and built so that the accumulation of potentially dangerous electricity be prevented or restricted, or be equipped with a system that leads onto the static electricity.

1.5.3. Other energy than electricity machines that operated with different kind of energy than electricity, shall be designed, built and equipped with a view to avoid any potential damage that the use of these energy forms can bring with it.

1.5.4. Mounting if the Assembly or replacement of certain parts can be performed error so that the risk may occur, this must be prevented by suitable design and construction of the parts. If this is not possible, the parts, the machine House, framework or the chassis, labeled with instructions for correct Assembly, as well as the direction of movement. Where this is required, the user instructions provided must provide additional information about the dangers.
If the wrong links can cause hazard, should this be prevented by suitable design and construction. If this is not possible, the parts that will be connected, is selected. The equipment for connection to mark where this is appropriate.

1.5.5. Dangerous temperatures it should get together measures to remove any risk of injury when touched by or stay in the vicinity of the machine parts or materials at high or very low temperature. It is going to get together the necessary measures to prevent risks for that hot or very cold substances to flow out or shot out.

1.5.6. Fire hazard Machines shall be so designed and constructed that any danger of fire or overheating is avoided, whether the danger comes off the computer itself, or of gases, liquid, dust, steam or other substances that are produced by or used in the machine.

1.5.7. Igniting Machines shall be so designed and constructed that any risk of explosion be avoided, either the danger comes off the computer itself, or of gases, liquid, dust or other substances that are produced by or used in the machine.
If the explosion as a result of that a machine used in a potentially explosive atmosphere, the computer also be in accordance with the current special regulations.

1.5.8. noise Machines to be designed and built so that dangers caused by the airborne noise, will be reduced to the lowest possible level. The technical development and the funds provided to reduce noise, particularly at source, should be taken into account.
Emission level can be considered in relation to comparable emissions data for similar machinery.

1.5.9. Vibration Machines to be designed and built so that dangers caused by the vibration is reduced to the lowest possible level. The technical development and the funds provided to reduce vibration, especially at the source, should be taken into account.
The vibration level can be considered in relation to comparable emissions data for similar machinery.

1.5.10. Radiation Undesirable radiation from machines to be reduced to a level which is not harmful to humans.
All functional ionising radiation emissions to be reduced to the lowest possible level that is sufficient for the machine still can act appropriately during setting, operation and cleaning. If there is a risk, it should meet the necessary protective measures all functional non-ionising radiation emissions during setting, operation and cleaning to be reduced to a level which is not harmful to people.

1.5.11. external Radiation Machinery must be so designed and constructed that the machine's features will not be affected by radiation from outside.

1.5.12. Laser radiation when it is used the laser equipment, these requirements should be followed:-laser equipment on machinery shall be so constructed and built that accidental radiation can not occur,-laser equipment on machinery must be protected so that neither the effective radiation, radiation caused by reflection or scattering, or secondary radiation can cause damage to life and health,-optical equipment for the observation or adjustment of laser equipment on machinery shall be so made that there is no risk of damage occurs on the life and health due to laser beams.

1.5.13. Emissions of hazardous materials and substances Machinery must be designed and built so that the risk of inhalation, ingestion, contact with the skin, eyes and mucous membranes as well as recording through the skin of hazardous materials and substances that computer developer, be avoided.
If such a risk cannot be removed, the machines be equipped so that hazardous materials and substances are gathered up, sucked up, flushed away with water, filtered or treated in another way that is just as effective.
If the process is not completely closed during normal operation of the machine, the devices used for the accumulation or absorption, be placed so that they get the best possible effect.

1.5.14. risk by being locked up in a machine Machinery shall be designed, constructed or fitted with devices that prevent a person can be imprisoned in them. If it is not possible, to be so made that it is possible for the person to call for help.

1.5.15. risk of slipping, tripping or falling parts of the computer that where people are going to be able to move or stand on, to be designed and built so that people avoid slip on, trip over, or fall from these parts. If necessary, it should be placed in the handle, relative to users ' needs, and that makes it possible for the user to maintain a stable position.

1.5.16. Lightning Machinery which must be protected against the effects of lightning strikes during use, should have a grounding system for the electric utladningen that follows from a lightning strike.

1.6. maintenance 1.6.1.
Maintenance of machinery-maintenance Adjustment, and points to be located outside the danger zones. It should be possible to carry out adjustment, maintenance, error correction, cleaning and inspection while the machine stands.
If this cannot be met due to technical reasons, the operations still be able to be performed securely, see also no. 1.2.5. On Automatic controlled machines to the manufacturer to equip the computer with the contact points for the connection of equipment for troubleshooting. Where necessary, this shall also apply to other types of machines.
Machine parts in automatically controlled machines, which need to be replaced often, should be able to be removed and replaced in a simple and secure way. It should be possible to access the parts so that replacement can be carried out with the necessary technical AIDS after set out the procedure.

1.6.2. Access to operating space and service points to be constructed and Machines built to allow access to all sites that are being used during the production, adjustment and maintenance work, can take place in a secure way.

1.6.3. Disconnection of energy sources


Machines should have the equipment so that they can be linked from each source of energy. Such devices shall be clearly marked. They should be able to be locked if the connection could lead to danger for people.
The equipment should also be able to be locked if the operator does not have the opportunity to verify that the connection with the energy source is still broken from any place he or she has access to.
If your computer has the power supply via the power socket, it is sufficient to pull the plug. This requires that the operator from any place she has access to, make sure that the plug is still extracted.
After that the energy supply is broken, it shall without the risk of people be possible to drive away the remaining energy or energy that is stored in the computer.
In exceptional cases it can be allowed that the connection between certain circles and energy sources does not wrap. For example, if it is necessary to keep the workpieces, take care of information, shed light on internal parts, etc. In that case it shall meet special measures for the protection of the operator.

1.6.4. Intervention from the operator's side Machines shall be so designed, constructed and equipped that it normally is not required that the operator intervenes.
If the operator must intervene, it could be done easy and danger-free.

1.6.5. cleaning of internal parts a machine shall be designed and built so that it is possible to clean internal machine parts which have contained dangerous substances or preparations without the need to go into your computer's internal parts. If it is necessary to each blocking could be treated from the outside. It is impossible to avoid going into the computer to be designed and built so that cleaning can happen for sure.

1.7. Information and information 1.7.1.
Information and warnings on the machine Information and warnings on the machine should preferably consist of readily understandable symbols or pictograms. All written or verbal information and warnings must be formulated on it or the EEA-languages spoken in the country where the computer is being traded or taken in use, and it should on request packing with a version of any of the official languages as operators normally understand.

1.7.1.1. Information and information equipment the information that is necessary to operate a machine, should be unique and easy to understand. They must not be so extensive that it will be a burden on the operator.
Computer monitors or other interactive means of communication between the operator and the machine should be easy to understand and use.

1.7.1.2. Alarms if the people's health and life can get in danger as a result of a malfunction by a machine that works without supervision, to computer could provide an appropriate notice in the form of a sound or a light signal.
If the machine is provided with the enablers, are they going to be unique and easy to understand. The operator shall at all times be able to control that notification devices work.
Claim for color and other regulations security in terms of signals.

1.7.2. Warning of residual risks the manufacturer should make sure to prepare and equip the computer with warnings, including enablers, when despite the measures is hit, in order to achieve safe construction, protective measures, as well as additional preventive measures, still is a risk to the present.

1.7.3. Marking of machinery Machines should have labeling that's clear and lasting. The marking should contain the following information:-the manufacturer's company name and full address, and if applicable, name and address of its representative,-the computer's designation,-CE marking as specified in annex III, series or type designation,-if applicable, serial number,-year built, IE. the year the production process was completed.

It is forbidden to fremdatere or backdate your computer when the CE label.
If the machine has been designed and built for use in an explosive atmosphere, it should be stated on the machine. The machine should also be provided with all the information necessary for safe use of the machine type. This information will be in accordance with the requirements in section 1.7.1.
If a machine part must be handled with lifting equipment to machine the part's mass be clearly, lasting and unambiguously marked.

1.7.4. user manual all machines shall be equipped with a user's manual. The instruction manual should be worked out on one or more of the official languages of the EEA in the Member country in which the machine is placed in sales or be taken into use.
The instructions that follow to be an "Original user's manual". When the "Original instructions" must be translated into Norwegian, jf. the first paragraph, should also follow the original operation manual attached.
Maintenance instructions that are intended for use by specialised personnel, who perform work for the manufacturer or its representative, shall be drafted in one of the EEA-languages that this personnel understand.
The instruction manual should be prepared according to the following principles: 1.7.4.1.
General principles for the preparation of a manual user manual) be drawn up in one or more official EEA languages. Endorsement "Original user's manual" to be placed on it or the language editions that the manufacturer or its representative assumes responsibility for.

b) if there is no "Original instructions" on the country's language usage of the EEA, to the manufacturer or its representative, or the marketing machine in the appropriate language area, provide for a translation to it or the appropriate languages. On these translations to the stand: "translation of the original operating instructions".

c) Bruksanvisningens content should not only cover the computer's intended use, but should also allow for any misuse that can reasonably anticipate.

d) For machines that are intended for non-professional users, the choice of words and the presentation of the manual be taken into account the General level of education and the insight that can reasonably be expected of the intended users.

1.7.4.2. Bruksanvisningens content all manuals should at least contain the following relevant information: a) the manufacturer's company name and full address, if applicable, name and address of its representative b) 's designation as it emerges from the machine itself, except the serial number (cf. No. 1.7.3.) c) EC-samsvarserklæringen or a document that renders the content of the EC samsvarserklæringen and your computer's characteristics, possibly without the serial number and the signature d) a general description of the machine e) drawings, diagrams, descriptions and explanations necessary for the use, maintenance and repair of the machine and to check if it works correct f) a description of the jobs where the operators can be expected to stay g) a description of the computer's intended use h) warnings concerning ways in which the machine must not be used on the, but as experience shows can occur in) instructions for Assembly, alignment and connection, including drawings, diagrams and PIN contraptions, and description of the frame or the installation as the machine to be fitted on the j) instructions on installation and Assembly so that noise and vibrations can be reduced k) instructions for delivery to use and use of the computer and, if necessary, instructions for the training of the operators l) information about the residual risks that still made up even though the measures for safe construction , protection devices and complementary protective measures have been implemented m) instructions on the protective measures that the user will carry out, including, where appropriate, about the personal protective equipment to be provided to you n) the main characteristics of the tools that can be mounted on the machine o) which criteria that must be met for that computer meets the requirement of stability during use, transportation, Assembly, dismantling when it is out of use, during the trial or at predictable casualty p) instructions for transport , handling and storage can take place in a secure manner, in that the computer's and its various component mass is specified if the machine and parts regularly to be transported separately q) procedure in case of accident or casualty. If blocking may happen, it's going to be stated how the computer can be set going again in a safe manner.

r) specification of the adjustment and maintenance operations to be performed by the user, as well as the preventive maintenance measures that should be observed s) instructions for adjustment and maintenance can be carried out in a safe manner, including the protective measures to be implemented during such operations t) specifications for spare parts that will be used if these can influence operators ' safety and health u) information about airborne noise as described under :-energy equivalent A-weighted sound pressure level at the workplace if it exceeds 70 dB (A). If the level does not exceed 70 dB (A), it shall be stated.

-top value of C-weighted sound pressure in the workplace if it exceeds 63 Pa, measured with the instrument setting "PEAK" (130 dB with the reference value 20 micro μ Pa)-sound effect level from machines if the energy equivalent A-weighted sound pressure level at the operator position exceeds 85 dB (A).

These values should either be real on the current measured computer, or it is determined a value on the basis of measurements made on an exactly equal to the machine. For very large machines can energy equivalent sound pressure level on the specified locations around machines be set instead of the sound power level.
If harmonised standards are not applied, sound levels are measured with the help of renowned measurement methods are best for your computer. When it is stated noise values, to the uncertainty by the calculation of the values be specified.

When the workplace is not determined or cannot be determined, the A-weighted sound pressure level is measured at 1.0 meters distance from the machine's surface at a height of 1.6 metres above the floor or work platform. The place for and the value of the maximum sound pressure level shall be provided.
If other directives implemented in Norwegian law sets out the other requirements to measure sound pressure levels or sound power levels, those rules apply instead of the provisions of the letter u.

v) when a machine can emit non-ionizing radiation which damages people, especially when people with activated or non-activated implanterbart medical equipment, information about the radiation given off to the operator and exposed persons.

1.7.4.3. Sales literature That the sales literature that describes the computer should not contain information that is in contradiction with the owner's manual, when it comes to security and health pages. The sales material that describes your computer's performance, will contain the same information about the emissions contained in the instruction manual.

2. Additional requirements for the protection against the risk to life and health of certain computer categories used for Machinery production of food products and machines for cosmetic or pharmaceutical products, hand-held or hand-guided machinery, portable fixing computers and other portable kind machines, machines for the processing of wood and materials with similar physical characteristics and pesticide machinery, should meet all the requirements of this chapter. In addition, the manufacturer and its representative make sure that the relevant basic health and safety requirements are followed, jf. "General principles" in this attachment no. 4.2.1.
Food processing machines and machines for cosmetic or pharmaceutical products 2.1.1.
In general food processing machines and machines for cosmetic or pharmaceutical products must be designed and built so that any risk of infection, disease and infection should be avoided.
The following rules should be followed: a) materials, which come in contact with, or that is destined to come into contact with foodstuffs, cosmetic or pharmaceutical products, to satisfy the requirements that are set out in the applicable laws and regulations about this. The machine shall be designed and built so that these materials can be cleaned every time the machine is used. When it is not possible, it should be used disposable parts.

b) all surfaces that come into contact with foodstuffs, cosmetic or pharmaceutical products, other than surfaces of disposable parts, must:-be smooth, also on the join places, and neither have cracks or irregularities that can hide the organic substances,-be designed and built with as few fremspring, edges and recesses as possible-could easily be cleaned and disinfected. Parts that can be a hindrance for cleaning should easily be able to be dismantled or removed. Interior surfaces shall be rounded with a radius that is sufficient to that it can be done properly clean.

c) liquids, gases and aerosols from foodstuffs, cosmetics or pharmaceutical products as well as from cleaning, disinfectant and rinse your funds should easily be able to drain completely out of the computer, possibly in the cleaning position.

d) machines shall be so designed and constructed that neither the substances or living organisms, especially insects, can penetrate into the computer, and so that the organic material cannot accumulate in areas that cannot be cleaned.

e) machines to be designed and built so that hazardous substances do not help, such as lubricants, etc., can come into contact with foodstuffs, cosmetic or pharmaceutical products. The machine should be designed and built so that it can be checked on a regular basis about this requirement is met.

2.1.2. User's manual user's manual for the machines to foodstuffs and machinery to the cosmetic or pharmaceutical products to contain information about recommended means and methods for cleaning, disinfecting and rinsing, not only for easily accessible parts, but also in places where it is impossible to get to or inadvisable to reside.

2.2. Hand-held and hand-guided machines 2.2.1.
In General, Portable Handheld and portable hand-guided machinery shall:-depending on the type of computer, have a fixed surface that is large enough, and have a sufficient number of handles. The handles should be so designed and placed that the machine is stable under the operating conditions foreseen by the manufacturer.

-If the operator can not drop handles with full security, have start and stop devices are positioned so that the operator can operate them without releasing the handles. This does not apply if it is not technically possible, or if the computer has an independent control device.

-be designed, constructed or equipped so that the machine cannot be started accidentally and so that it cannot continue to go after the operator has released the handles. If this is not technically possible, it shall meet other measures that provide equivalent security.

-be designed and built so that the operator when it is required, can check visually that the tool is in touch with the material that is being processed.

The handles of the portable computers to be designed and built so that starting and stopping can happen easily and unobstructed.

2.2.1.1. Instructions for use instructions for use shall provide the following information about the vibration that is transferred from the handheld and hand-guided machinery:-the frequency weighted geometric mean of the acceleration the arms exposed to, if it exceeds 2.5 m/s ² as measured by the help of a suitable test method. If the acceleration does not exceed 2.5 m/s ², this shall also be stated.

-the uncertainty of measurement.

These values should either be real on the current measured computer or it should be a value which is determined on the basis of measurements made on an exactly equal to the machine. If harmonised standards are not applied, the vibration levels is measured with the help of the recognized measuring methods are best for your computer.
The manufacturer shall state whether the measurement methods that were used and under what conditions the measurements were carried out. If applicable, it shall be referred to the harmonized standard that is used.

2.2.2. Portable computers for the interpolation of the fastening materials and other portable computers with impact force 2.2.2.1.
In General, laptops for interpolation of fixing material and other machinery with impact force should be constructed and be built so that:-the energy is transferred to the party literature or impact the item via a piece that does not leave the facility-an activation device prevents the kind if computer is not placed correctly with adequate pressure on the substrate-involuntary ejaculation be prevented; If necessary it shall require a specific sequence of actions between the activation device and the control device to trigger a stroke-accidental release from under the handling or by shock-computer can be recharged and are cleared easily and securely.

When it is necessary, it should be possible to supply the device with splinter protection. Suitable protection should in that case provided by the computer's manufacturer.

2.2.2.2. user manual the user manual should include relevant information about:-the accessories and interchangeable equipment that can be used with the computer-which suitable fastening material or other kinds of items to be used in conjunction with computer-when it is relevant, which drive cartridges to be used.

2.3. Machine to the processing of wood and materials with similar physical characteristics Machinery for the processing of wood and materials with similar physical characteristics shall meet the following requirements: a) the computer shall be designed, built and equipped so that the work piece is being processed, can be positioned and operated in a safe manner. When the work piece is held or carried by hand power on a work table, to the table be sufficiently stable during the work and do not prevent the recognition of the work piece.

b) If your computer is expected to be used in conditions involving the risk of utslynging and tilbakekast of the work piece, it should be designed, built and equipped so that this will be prevented. If it is not possible, to the machines be designed, built and equipped so that utslynging and tilbakekast does not cause risk to the operators or vulnerable people.

c) if there is danger for the touch of the tool during the stoppage, the computer must be equipped with automatic brake that stops the tool in a sufficient short time.

d) if the tool is embedded in a machine that is not completely automated, the computer will be designed and built so that the risk of serious personal injury be avoided or reduced.

2.4. Pesticide machinery 2.4.1.
Definition with pesticide machinery meant specifically intended for computers, the application of pesticides in accordance with article 2 (I) of the European Parliament and Council Regulation 1107/2009/EC on the marketing of pesticides.

2.4.2. In general, the manufacturer of the pesticide machinery or its representative shall ensure that it is conducted a risk assessment to determine the risk of accidental exposure of the environment by the use of pesticides, in accordance with the process of risk assessment and risk reduction referred to in the General principles, Nr. l. When pesticide machinery be constructed and built to taking into account the results of the risk assessment referred to in the first paragraph, so that they can be used, be adjusted and maintained without that the environment is exposed to accidental exposure of pesticides. Leaks should be prevented at all times.

2.4.3. Operating and monitoring it to in a simple and accurate way be possible to control, monitor and immediately stop application of pesticide from the control space.

2.4.4. Filling and emptying


Machines should be designed and built so that a single and accurately can the required amount of påfylle pesticides, and so that a a complete flush ensures, at the same time that it does not happen spillage of pesticides and pollution of water sources during such operations.

2.4.5. application of pesticides 2.4.5.1.
Application amount of Machines should have features that allow application amount of simple, precise and reliable can be regulated.

2.4.5.2. Distribution, sales and drift of pesticides Machines should be designed and built to ensure that pesticides are spread over spredeområdene, to minimize emissions to other areas and to prevent drift of pesticides. So far it is possible to be a uniform distribution and uniform provision is secured.

2.4.5.3. Tests to verify that the relevant parts of the machines are in compliance with the requirements of Nr. 2.4.5.1 and 2.4.5.2, the manufacturer or its representative make sure that machines it comes to undergo appropriate tests.

2.4.5.4. Emissions by stop the Machines to be designed and built to prevent spills when application feature is locked down.

2.4.6. maintenance 2.4.6.1.
Cleaning Machines to be designed and built so that they can be easily and thoroughly can be cleaned without having to pollute the environment.

2.4.6.2. Service Machines to be designed and built so that one can easily replace worn parts without having to pollute the environment.

dropped. Inspections it should be easy to connect the necessary measuring instruments to the computer to check whether it is working correctly.

2.4.8. Marking of nozzles, strainers and filters, Nozzles, strainers and filters to be marked so that the type and size is stated clearly.

2.4.9. Indication of the pesticides that are in use when appropriate, should computer be equipped with a special device where the operator can specify the pesticide that is in use.

2.4.10. User's manual user's manual should have the following information: a) the precautions to be taken by the mix, top-up, application, emptying, cleaning, maintenance and transport operations in order to avoid pollution of the environment b) detailed criteria for the use of the various planned operating environments, including the related preparations and settings that are necessary to ensure the provision of pesticides on the treatment areas, at the same time as the release to other areas is minimized , to prevent drift to the environment, and for possibly to ensure a uniform distribution and equal provision of pesticides c) the range of types and sizes of nozzles, strainers and filters that can be used together with the machine d) the frequency of controls, criteria and methods for the replacement of parts that are subject to wear, and that affects the proper functioning of the computer, such as nozzles , strainers and filters e) specification of calibration and tuning, daily maintenance, winter preparations and other controls that are necessary to ensure that the computer is working correctly f) types of pesticides that can cause malfunction by computer g) the operator shall keep the name of the pesticides that are in use to date on the device mentioned in Nr. 2.4.9 h) connection and the use of special equipment or accessories and the necessary precautions that must be taken in the context of enlightenment about computers) that may be subject to national requirements for regular inspection by designated bodies, as provided for by the European Parliament and the Council of Directive 2009/128/EC of 21. October 2009 on a framework for the community's efforts for a sustainable use of pesticides j) those of the machine's functions to be inspected to ensure that it works correctly k) instructions for the connection of the necessary measuring instruments.

3. Additional requirements for the protection against hazards due to the mobility machines that involves hazards caused by the machine's movement, to meet all the essential health and safety requirements described in this chapter. In addition, the manufacturer or its representative make sure that the relevant basic health and safety requirements are followed, jf. "General principles" in this attachment no. 4.3.1.
General 3.1.1.
Definitions a) machines that involves hazards due to its mobility:-a machine that either need to be in the movement during the execution of the work or that require a continuous or half continuous movement between a succession of fixed working point, or a machine that does not have to be in motion during the execution of the work, but that can be equipped so that it can easily be moved from one place to another.

b) leads: an operator whose task is to move a machine. The driver can be either on the computer or move on foot next to the computer or remotely control it.

3.2. Jobs 3.2.1.
Driver's cab Visibility from the driver's seat shall be such that the driver can operate the computer and associated tool without any risk for the driver or vulnerable people when the computer and the instrument is used as provided. By the need to appropriate devices prevent hazards caused by inadequate term.
The machine should be so designed and constructed that it from the driver's workplace is no danger that the driver who transported with the machine, can get in the accidental contact with wheels or belts.
Driver's workplace should be designed and built so that it can be arranged with the cab provided there is space for it and it does not increase the risk of the use of the computer. It should be allocated a place in the cab for the storage of the instruction manuals that the driver needs.

3.2.2. If the driver's Chair is the risk that operators or other persons being transported with the machine can be pinched between the parts of the machine and the Earth if the machine from tipping over or tipping over, especially machines equipped with the driver's privacy policy, see. Nr. 3.4.3 or 3.4.4, should lead the Chair be constructed or equipped with a safety belt or equivalent device which keeps the driver stuck in the Chair, without inhibiting necessary movement for navigation or any other movements caused by the suspension. The safety belt and similar devices shall not be mounted if they increase the risk.

3.2.3. other operator position if in the terms of use are provided that other operators than the driver every so often or regularly can be transported with the machine or work on this, it should be provided for suitable position so that the transport or the work may be without danger. No. 3.2.1, second and third paragraph, also applies to such operator position.

3.3. Control systems as needed to control the devices be secured against unauthorized use.
By remote control to control all devices unique set which machines that can be operated from the appropriate device.
Remote control system to be constructed and be built so that it only affects the current machine:--the appropriate features.

A remote-controlled machine to be designed and built so that it only responds to signals from the control devices that are designed for your computer.

3.3.1. Control devices the driver from the driver's going to space could enable all of the control bodies that are required to get the machine to work, with the exception of features that can only be committed without the risk by the use of the control bodies nestled on a different location. This exception will particularly apply to other control place than space that leads other operators than the driver is attributed the responsibility for, or if it is necessary for the driver to leave the driver's space for maneuver may be without danger.
The pedals shall be so designed, constructed and placed that they can be operated safely and without the possibility of confusion. They should have a non-slip surface and be easy to keep clean.
The control devices that control the dangerous movements, should automatically go back to the zero position or different preset as dropped.
On a computer that runs on wheels, will control the device be designed and built so that shocks to control the wheels do not lead to sudden movements of the steering wheel or controlled the seaweed, but attenuated the most.
The control devices that block its should be designed and arranged so that the latch can be released when the machine is in motion.
The requirement of Nr. 1.2.2 If the sound and light signal applies only when backing up.

3.3.2. Starting and driving power-driven machines with drivers on your computers will not be able to run without the driver is by control devices.
Machines that work must support under use bone or boom or other devices that enhance the computer's normal space requirement, shall be equipped so that the driver can easily verify that these are in a safe position before the move starts.
This also applies to all other parts that need to be in certain positions, if necessary, be locked, in order to transfer can take place without danger.
If it does not cause other hazards, the computer could only be transferred if the above parts are in a secure position.
The machine should not inadvertently could be put in motion while the engine is started.

3.3.3. Run the function in addition to the provisions of the road traffic Act and its associated regulations to power-driven machines and supporters meet to:-nedsetting of speed-punching-braking-standstill that safeguards the safety of normal use and operation under the conditions the manufacturer has provided when it comes to operating, load, speed and underlagets State and inclination.
Power-driven machines to have operating brake systems. If the failure of the operating brake plant or in energy supply that enable the brake plant can result in a dangerous condition, should have need the brake plants. Need brake plant to have completely independent and easily accessible control devices that make it possible to set down your computer's speed and stop it.

Power-driven machines to have the parking brake facility if it is necessary for security reasons. Parking brake will hold a stationary machine motionless. If one of the plants that are mentioned in the second paragraph seems purely mechanical, it can be used as a parking brake system.
Remote-controlled machinery must be designed and built so that they stop automatically:-If the driver loses control,-upon receipt of the stop signal,-if an error is detected in a part of the security system,-if it is not received a validated signal within a specified time limit.

No. 1.2.4 does not apply to slowing down and stop function.

3.3.4. gåmanøvrerte motor-operated machines Gåmanøvrerte machines will not be able to run without sustained operation. The machine should not be able to be set in motion by the engine to be started.
The steering system shall be designed so that danger as a result of unintentional movements are at least possible. In particular, it should be taken into account the risk of: a) crushing, pinching the pga. collision b) injury from rotating tools.

The machine's normal speed to be adapted to the driver's walking speed.
It should not be possible to activate the tool when the machines, which can be equipped with rotating tools, is set in reverse, unless the computer is in motion because the tool moving. In the latter case to speed computer using when it goes backwards, be such that it does not expose the operator to danger.

3.3.5. The failure of control circuit if the machine is made with power steering, to the failure of the energy supply to this does not prevent that the machine can be operated in the time it takes to stop it.

3.4. Protection against mechanical hazards 3.4.1-Accidental movement to be built and constructed so that the inadvertent movement of the machine and thus uncontrolled movement of the machine's Center of gravity do not affect its stability or delay construction for unreasonable large loads. The same is true for computers which are mounted on mobile undercarriage.

3.4.2. Moving transmission parts the requirement of interlock protection, cf. 1.3.8.1, can be waived for power transmission parts. This applies only if the moving vernene that prevents access to the moving parts in the engine room of an internal combustion engine, can only be opened by using tools, key or a control body that is nestled on the driver's workplace in the enclosed cab with lockable access.

3.4.3. Tipping and betting around power-driven machines that can topple or betting around and that has driving leads or operator, shall be equipped with appropriate protective construction, for example, leading policy, provided it does not increase the risk.
This construction shall be such that it ensures the driver and, where appropriate, the operators of the machine a sufficient deformasjonsvolum (DLV) if the machine from tipping over or tipping around.
To verify that the construction is in accordance with the requirements set out in the second paragraph, the manufacturer or its representative shall perform appropriate prøvinger of all affected types of structures or ensure that such prøvinger are carried out.

3.4.4. Falling objects engine driven machines with driver or operator space on your computer to be designed and made so that it considers the danger of falling objects, and with an appropriate protective structure, for example, leads policy, if there is room for it. must be such as Construction that leads or the operator on the machine is secured an appropriate deformasjonsvolum (DLV).
To make sure that the guard is in accordance with the requirements set out in the second paragraph, the manufacturer or its representative shall perform appropriate prøvinger of all affected types of constructions, or ensure that such prøvinger are carried out.

3.4.5. Access handles and steps must be designed, built and geared so the operator use them instinctively and do not use the control devices for this purpose.

3.4.6. Towing link Computers that draw or being drawn, to have fans link. This is going to be designed, built and attached so that to-/frakobling can happen in an easy and secure way. The link should be secured against accidental disconnection during use.
If it can be great weight load on the system, there are appropriate support devices that have a fixed surface that is adapted to the load and the substrate.

3.4.7. Transmission Shafts with universal joints connecting a motor-driven machine or tractor with the connected computer's first fixed stock, to be sheltered at both ends, in the entire shaft length and by universal joints.
On the motorised machine or tractor to the PTO as the shaft is strapped to be protected, whether with a screen that is attached to the motor-operated computer or tractor, or with another facility that provides equal protection.
It should be possible to open the cover for the this to gain access to the PTO as the shaft is strapped to. When privacy is in place should it be so good place that he cracked not to damage the cover when the machine (or tractor) is in motion.
The PTO on the machine that is drawn, shall be encased in a policy that is attached to the computer.
If by the transmission be used universal joints, there is only dreiemomentbegrenser or free-wheel links on the connected computer's page. On the transmission shaft should it be specified how the Assembly is going to happen.
Transmission shaft on the drawn to have a fastspenningssystem computers that prevent both it and the cover becomes damaged when the computer is offline.
The Vernets outer parts shall be designed, built and arranged so that they can not rotate with the shaft. If it is used simple universal joints, should the protection cover the shaft all the way to the ends of the inner forks, and at least to the middle of the axle or the outer universal joints if used so-called wide angle universal joints.
If one must count on access to work places close to the transmission facility, should such access be designed and built so that the shaft Guard must not be used as stigbrett, unless the cover has been designed and built for such use.

3.5. Protection against other hazards 3.5.1.
Batteries Batteries should be embedded in the battery boxes. The registers shall be designed and built so that the operator is not exposed to the risk of splashes of electrolyte. It should be taken into consideration to the circumstances by tipping and betting around. It should not be able to experience gas deposits where the operator is located.
The machine should be designed and built so that the battery can be disconnected with the aid of an easily accessible device that is intended for this purpose.

3.5.2. Fire depending on the risk the manufacturer has rated by use, the computer, if the computer's dimensions allow it:-either allow for mounting of the readily available fire-fighting appliances, or be provided with built-in fire-fighting systems.

3.5.3. Emissions of hazardous substances No. 1.5.13 second and third paragraph, does not apply if the computer's main function is to overrisle products. The operator should still be protected against the danger of being exposed to dangerous emissions.

3.6. Marking and signage 3.6.1.
Signs and warning signs when it is necessary to ensure the safety and health of persons exposed, the machines have alert devices or instructional signs about the use, adjustment and maintenance. Devices and signs shall be chosen, designed and made so that they are clearly visible and cannot be deleted.
If not otherwise set out in or pursuant to the road traffic Act, to machines with leads on the computers have the following equipment:-sound signal device,-light signal system that is adapted to the expected usage conditions, eg. stoplight, reversing light and rotating flash light. This does not apply to computers that are only intended to work under the soil and do not use the electrical energy,-if necessary a suitable connection system between the trailer and the computer that controls the signals.

Remote-controlled machinery which at normal conditions of use exposes persons to the risk of being pinched or run over, shall have suitable equipment to warn of the movements or equipment that protects the exposed persons against such hazards. The same applies to machines in use involves a systematic repetition of movement forward and backward in the same axis, and if the driver does not have a direct overview of the area behind the computer.
Warning and signal devices shall be designed so that not all can be put out of function inadvertently. If it is necessary for the safety, the condition could be controlled, and the operator should be able to see if they are out of service.
If one's movements or its connected equipment involves special hazards, to have signs with the ban on to come close to it when it is in use. Such signs should be able to be read on the sufficient long distance to ensure the safety of people who must reside in the computer's proximity.

3.6.2. Marking all machines should be clear and lasting labeled with the following information:-nominal effect specified in the kW,-mass, in kg, for the computer and the most common fitting, and if applicable:-maximum traction at the trekkroken after the manufacturer's calculations, set in newton (N),-maximum vertical load at the trekkroken after the manufacturer's calculations, set in the N.

3.6.3. Instruction Manual 3.6.3.1.
Vibrations the instructions shall contain the following information about the vibrations that the computer transmits to the hand-arm system or to the whole body:-the frequency weighted geometric mean of the acceleration the arms exposed to, if it exceeds 2.5 m/s ² as measured by the help of a suitable test method. If the acceleration does not exceed 2.5 m/s ², this shall also be stated.

-the geometric mean weighed rate of acceleration which the body (feet or seat) exposed to, if this value exceeds 0.5 m/s ². If the value is less than or equal to 0.5 m/s ², this shall be specified.

-

the uncertainty of measurement.

These values should either be measured on the current computer, or be established on the basis of measurements made on a similar machine. If harmonised standards not used, shall be measured by the vibration data using the most appropriate measuring method for the current computer. The manufacturer shall specify the machine's operating condition by the measurements and the methods that were used at the polls.

3.6.3.2. multiple uses where a user's manual for a computer Specifies the multiple uses, depending on what kind of interchangeable equipment used, and the instructions for the interchangeable equipment, to the operator's manual to your main computer and the interchangeable equipment contain the necessary information for safe Assembly and use.

4. Additional requirements for the protection against risks that may arise by lifting operations Machinery that could lead to risks in connection with the lifting operations must meet all additional requirements relating to protection against risks that are discussed in this chapter. In addition, the manufacturer or its representative make sure that the relevant basic health and safety requirements are followed, jf. "General principles" in this attachment no. 4.4.1.
General 4.1.1.
Definitions a) lifting operation: transfer of loading units which consists of objects or people, and that at a given time involves a level change.

b) Controlled load: load that during all of the displacement is controlled along the fixed or flexible courses, and how the position is determined by fixed points.

c) safety factor: the arithmetic ratio between the largest load manufacturer or its representative guarantees that a part is able to endure, and the maximum working load that is specified in the section.

d) the arithmetic Test: factor the relationship between the strain used by static or dynamic samples of a lifting machine or lifting gear, and the maximum allowable workloads that are listed on the lifting machine or lifting the vehicle.

e) static trial: try going out on that promise computer or lift the vehicle is examined and then are affected with a force that is equal to the maximum allowable working load multiplied by the appropriate static test factor like lifting machine or lifting the vehicle is examined against after the load is removed, to make sure that it has not happened to any harm.

f) Dynamic testing: try that go on to test the lift computer in all possible configurations with the maximum allowable working load multiplied by the appropriate dynamic test factor, while a record lift's dynamic behavior, to verify that the computer is working properly.

g) platform: a part of the machine that carries persons or objects to be lifted.

4.1.2. Protection against mechanical hazards 4.1.2.1.
Lack of stability a machine should be designed and built so that it meets the requirement of stability in Nr. 1.3.1, both when the computer is in use and when it is out of use, during all stages of transportation, Assembly and dismantling, by the predictable component's failure, as well as during the tests that are conducted in accordance with the instruction manual. The manufacturer or its representative shall use the relevant control methods to ensure this.

4.1.2.2. Machinery running on control and run the Rails to devices like Computers have preventing diversions from control and drive Rails.
It should get together measures to prevent that the machines from falling over, or that the equipment, components or cargo fall down in case of derailment, or in the event of failure of a rail or drive component.

4.1.2.3. Mechanical strength Machinery, lifting appliances, and interchangeable parts to withstand the rigors they are exposed to, whether they are in use or not.
This applies to:-by all of the installation and operating conditions the manufacturer has provided-by all the relevant terms of use-taking into account the atmospheric conditions-for the stresses caused by humans.

This requirement shall also be met during transportation by Assembly and disassembly.
Machines, lifting gear shall be designed and built so that it does not occur the failure as a result of material fatigue or wear and tear by the use they are destined for.
The materials used, should be selected on the basis of the work environment the manufacturer has provided, especially when it comes to relationships that corrosion, wear, shock, cold brittleness and ageing. Machinery and lifting gear shall be designed and constructed to withstand the overload without getting permanent deformation or damage during the static prøvinger. The calculation should be taken into consideration to the value of the static try factor. This factor should normally have the following values:-manually-operated machinery and lifting tool: 1.5-other machinery: 1.25.

Machinery shall be so designed and constructed that they can withstand the dynamic testing that is performed with the largest workloads multiplied by the dynamic test factor. It should be selected out from the criterion that the security level will be appropriate. It should normally be 1.1.
The dynamic is to be performed trials machines that are ready to be set in operation under normal usage conditions. If the machine's control circuit to do a series of simultaneous movements possible, eg. rotation and removal of the load, shall be performed by the ugunstigste trials terms, normally by a combination of movements.

4.1.2.4. Sliced, drums, chains, chains or rope Sheaves, drums and rolls should have a diameter that is relative to the size of rope or chains and chains they can be equipped with Drums and rolls to be so designed, constructed and installed, that the corresponding rope or chain and chain not climbing out of the track.
Ropes used directly for lifting or carrying the load shall not be skjøtt, but the ends should be able to be secured by the use of skjøtemetoder. Splicing is, however, allowed in the facility that is designed for the ever-to be able to be changed in line with usage needs.
Ståltau with fasteners should normally have a security factor of-5-5. Lifting chains should normally have a security factor of-4-4.
The manufacturer or its representative shall ensure the control of the security factor is achieved by the implementation of the relevant prøvinger of each chain, chain or rope type that will be used directly to the lifting of cargo, and of tauets end party.

4.1.2.5. Lifting tool and lift components Promise tool and its individual parts should be dimensioned with respect to-fatigue-and the aging processes-terms of use-usage-the expected battery life.

Furthermore, the following applies: a) the security factor for combination wire ropes/end pin should be such that it achieved a satisfactory level of security. It should normally be-5-5. There will be no joints or metal loops on the ropes but at the ends.

b) security factor for chains should be such that it achieved a satisfactory level of security. It should normally be-4-4. If it used chains with welded joints, are they going to be kortlenket.

c) Security factor for fiber rope or fibre troops depends on the material, production method, dimensions and use. Factor should be such that it achieved a satisfactory level of security. It should normally be-7-seven, provided the materials are of very good quality, controlled and that the production method is adapted to the expected usage conditions. If this is the case should the factor normally be higher, so that it is achieved a similar level of security. Fiber rope and fibers should not have troops veins, joints or joins in other places than in the stroppens ends. This does not apply to endless slings.

d) all metal components which are included in or used in conjunction with a strap, to be such that it achieved a satisfactory level of security. It will normally be on the-4-4.

e) Largest workload on a lifting tool with several parts is determined on the basis of:-the load on the weakest part-number of parts-a reduction factor which depends on the working angle.

f) manufacturer or its representative shall provide to verify that the security factor is sufficient by that prøvinger is being carried out for the lifting tools which is mentioned in the letter a, b, c, and d.

4.1.2.6. Control of movements Devices for controlling movements to work so that they are installed on the computer are kept in a secure position.

a) Machines shall be constructed or fitted with devices that hold the individual pieces within the specified limits of the movement. Before these devices are activated, it shall, if necessary, a signal is triggered.

b) when multiple computers are fixed mounted or running on Rails, can be operated at the same time at the risk of clashes, the machines be so designed and constructed that they can be equipped with devices that make it possible to avert such danger.

c) Machines to be built and mechanisms built so that the load does not shift and creates the danger or accidentally comes in free fall. This is also true in partial or total failure of the power supply or when the operator stops using the computer.

d) at normal usage conditions, it should not be possible to lower the load solely by the use of friction brake, except in the case of machines where the feature requires it.

e) Load hooks and other devices so as to seize the shall be designed and built that the load does not fall down accidentally.

4.1.2.7. handling of cargo space on computer Leads be so placed that the driver has full view of the workspace for the moving parts. This is to avoid possible clashes with persons or equipment or other machinery which works at the same time, and that may pose a danger.
Machinery with guided loads must be designed and built so that it prevents that vulnerable people are being hit by the load or the counterweights.

4.1.2.8. Machinery running between fixed ledges


4.1.2.8.1. The platform's movements the platform's movements on computers running between fixed ledges, to run in regular guidance along the way to and at the drop-offs. Scissor systems are considered also to have fixed.

4.1.2.8.2. Access to the platform If people have access to the platform, the computer will be designed and built so that the platform still stands under the departure, especially when loading and unloading.
The machine shall be designed and built so that the level difference between the platform and the serviced the landing does not create the risk of stumbling.

4.1.2.8.3. Risk as a result of contact with the platform when it is in motion when it is necessary to fulfill the requirement of the other paragraphs in the area going to 4.1.2.7, as the machine moves in, be made unavailable during normal operation.
When the platform to be checked or maintained, and there is a danger that people who are under or over it, pinched between the platform and the fixed parts, it creates a sufficient free space, either in the form of physical security zones or mechanical devices that prevent the platform in to move.

4.1.2.8.4. Risk as a result of the load can fall off the platform If there is a risk that the load can fall off the platform, the computer will be designed and built so that this danger be prevented.

4.1.2.8.5. caused by Ledges Dangers people on drop-offs comes in contact with the platform as it moves, or other parts that move, should be prevented.
If there is a risk that people could fall into the room as the platform moves in, when the platform is not located at the drop-offs, it should be mounted to prevent this danger. Protective devices should not be able to be opened toward the room where the platform moves. They should have a forriglingsinnretning that is controlled by the platform's position, and that prevents:-that the platform makes dangerous movements before vernene is closed and locked,-that a policy opens up on a dangerous way before the platform has stopped at the corresponding landing.

4.1.3. Check before revenue When a lifting machine or lifting gear are traded or be taken into use for the first time, to the manufacturer or its representative take appropriate measures or make sure it is hit appropriate measures, to ensure that the lift the computer and lifting tools which is prepared for use, whether they are manually or mechanically driven, can fulfil their specified functions safely.
The static and dynamic trials that are dealt with in section 4.1.2.3, to be carried out on all lift machines that are ready to be put to use.
If the computer can not be assembled in the manufacturer's premises or the premises of its representative, it shall meet appropriate measures where the lift computer will be used. In other cases, the polls are conducted either at the manufacturer or where the computer will be used.

4.2. Special requirements for the machines that operated with different power than muscle power 4.2.1.
The management of the movements Keep gadgets for the management is to be used to control the machine's movements or computer equipment.
Both in partial and complete a transfer, and where there is no risk of the load or computer bumps, preselected positions with automatic stop is used, without the requirement that the operator uses a holding facility for management.

4.2.2. Hedge against overload Machines with a maximum working load of at least 1000 kg, or overturn moment of at least 40000 Nm shall be equipped with devices that alerts the driver and prevent dangerous movements of the load by:-overload, either because the maximum working load or the maximum working torque is exceeded or exceeding of topple the torque.

4.2.3. Devices that are controlled with rope Bæretau, tubes or carry pull rope should be stretched with counterweights or a gadget that enables continuous control of the tension.

4.3. Information and markings 4.3.1.
Chains, chains ropes and straps Each length of a chain, chains, a rope or Ribbon for hoisting or lifting shall be provided with a check mark, if the chain, chain, rope or the Ribbon is not part of a mounted device. If such marking is not possible, to the length be equipped with a plate or ring that cannot be removed. Selected to specify the name and address of the manufacturer or its representative. With each length should follow a certificate.
The certificate should at least contain the following information: a) the name and address of the manufacturer or its representative b) a description of the chain or rope with information on:-nominal dimensions, construction, material it is made of, and-metallurgical special treatment as the material has undergone.

c) the test method used, the biggest d) workload for the chain or rope. It can be given different values for the allowed load for different uses.

4.3.2. Lifting Gear and accessories Lift tool and accessories to have labeling that shows:-who is the manufacturer,-material specification when this is necessary for the selection of equipment that fit together (e.g. International Classification),-largest workload.

For lifting the tool as it is physically impossible to notice, to the information mentioned in the first paragraph be indicated on a plate or other means and be securely fastened to the accessory.
The information to be easily legible and placed in a location where they will not disappear as a result of machining, wear, etc. The selection should not weaken the tilbehørets belastningsevne.

4.3.3. Lifting machinery the maximum workload will be entered in a clearly visible place on the computer. The marking shall be easily legible and durable, and it should not be used codes.
If the biggest work load is conditioned by the machine's usage, each driver's cab be equipped with signs with information about the largest workloads for the relevant applications. The information should be in the form of charts or tables.
Machines equipped with a platform that gives access to people, should be clear and permanent mark with ban on lifting of persons. The warning should be easily visible at each place where access is possible.

4.4. User's Manual 4.4.1.
Lift the tool Each lifting tool or each commercially indivisible batch of lifting the set tools should be accompanied by an instruction manual that at least should contain the following information: a) the intended use, b) limitations for the use (especially for lifting the vessel, such as magnetic or vacuum suction cups, which do not fully meet the requirements in section 4.1.2.6, letter e) c) guidance on the Assembly, use and maintenance, d) the applied static testing factor.

4.4.2. Lifting machines to each machine should it follow a manual that contains: a) technical information, in particular:-the maximum workload and if applicable, a copy of the load plate or load table described in section 4.3.3, second paragraph,-reaction forces in the understøttinger or foundations and, where appropriate, characteristics of the track and drive Rails,-necessary ballast and indication of how ballast to be placed.

b) information from the log book for the computer if this is not supplied with the computer c) instruction manuals, particularly to remedy the operator's lack of direct view of the load d) a research report with detailed information about the static and dynamic prøvinger, if the manufacturer or its representative has conducted such prøvinger e) for machinery which is not assembled on the manufacturer, the necessary instructions to carry out the measurements that are referred 4.1.3.5.
Additional requirements for the protection against risks that may arise from machines that are intended for use during the machines that are specific to the work under the soil, should be so designed and constructed that they meet the additional requirements for the protection against risks that may arise from the machines intended for use under the soil. In addition, the manufacturer or its representative make sure that the relevant basic health and safety requirements are followed, jf. "General principles" in this attachment no. 4.5.1.
Risk due to lack of stability Power-driven stiffeners of ceilings in tunnels shall be so designed and constructed that they are left in the correct position when they are moved, and not slipping out before and while they are put under pressure and after that the pressure is offloaded. They shall be equipped with anchorage points for the top-plates on the individual hydraulic braces.

5.2. Freedom of movement of the Power-driven tunnels hold of stiffeners shall not restrict the freedom of movement of persons exposed.

5.3. Control devices Control devices for speed regulation and stopping of machinery that runs on Rails, should be operated manually. The activation devices can still be serviced by your feet. The control devices of power-driven stiffeners to the ceilings in tunnels shall be so constructed and situated that the operators are sheltered by a brace that is already in place during removal of the braces. The control devices shall be secured against unintentional starting.

5.4. Punching power-driven machines that run on Rails and is used to working under the soil, to have an activation device in control circuit for the machine's movements so that the movement will stop if the driver no longer controls the movement.

5.5. Fire machines with highly flammable parts shall have the built-in firefighting system, cf. Nr. 3.5.2. The braking system of machinery that is specific to the use by working under the soil, should be so designed and constructed that it does not produce sparks or cause fires.
Computers that have thermal power engines and that is specific to the use by working under the earth should have internal combustion engines using fuel with a low steam pressure, and which excludes electric sparks.

5.6. Emissions of dust, gas, etc.

Exhaust gases from internal combustion engines must not be led upwards.

6.

Additional requirements for the protection against risks that may arise by the lifting of people Machines where the risk in connection with the lifting of persons may occur, should be designed and built in such a way that they meet all relevant basic health and safety requirements of this chapter. In addition, the manufacturer or its representative make sure that other relevant basic health and safety requirements are followed, jf. "General principles" in this attachment no. 4.6.1.
In General 6.1.1.
Mechanical strength platform, including any trapdoors, must be designed and built so that the space and load-bearing capacity corresponds to the maximum number of persons and the maximum working load set by the manufacturer.
Security factors for the individual parts that are dealt with in section 4.1.2.4 4.1.2.5 and are inadequate for machinery intended to person lift. They should as a rule are doubled. Machines that are designed to lift people or people and assets must be equipped with a rear hanging or support system for the platform, which is designed and built so that it ensures a proper overall level of security and prevents the danger of that the platform can fall down.
If used ropes, chains or chains for suspension of the platform, it shall as a rule be at least two independent ropes, chains or chains, each with its own docking system.

6.1.2. Hedge against overload for machines that operated with different energy than human muscle power Requirements in Nr. 4.2.2 apply regardless of the size of the maximum working load and overturn the moment, unless the manufacturer can demonstrate that there is no risk of overloading or tipping.

6.2. Control devices If a particular security requirements do not require other solutions, the following requirements must be met: the platform should as a rule be designed and built so that people who stay inside it, have access to the control devices that control movement up and down and moving the platform horizontally in relation to the computer.
Control devices on the platform should be able to override the other devices that control the same movement, except the emergency stop devices.
Control devices for vertical and horizontal movements are going to be holding devices, except when the platform is completely closed.

6.3. Danger for people in or on the platform 6.3.1.
Danger as a result of the platform's movements machines to person lift shall be designed, constructed or equipped so that the platform's acceleration or braking does not cause danger to people.

6.3.2. The danger that people fall off the platform the platform shall not be skewed so much that there is danger that the people fall. This also applies when the computer and the platform is in motion.
If the platform is intended to be a place of work, it shall meet special measures to ensure stability and prevent dangerous movements.
If the measures are dealt with in the No. 1.5.15 are not adequate, the platform have just as many anchor points as the number of people who can reside in the platform. The anchor points to be sufficiently strong so that by the use of personal protective equipment to fall from a height is prevented.
Any side doors or hatches in the floor or ceiling should be designed and built so that accidental opening can not happen. They are going to open in such a direction that it does not occur risk for fall accidental opening.

6.3.3. Risk due to that objects fall down on the platform if there is danger that the objects can fall down on the platform and thus lead to danger for people, to the platform have a protective roof.

6.4. Machines running at fixed ledges 6.4.1.
Danger for people who stay in or on the platform the platform to be designed and built so that danger as a result of people or objects come into contact with fixed or movable elements be prevented. If it is necessary to fulfill this requirement, the actual platform be completely closed and have doors equipped with a forriglingsinnretning that prevents the platform makes dangerous movements if the doors are not closed. The doors shall remain closed if the platform stops between the ledges where there may be danger of falling down from the platform.
The machine shall be designed and built and, if necessary, equipped with devices which prevent the platform to move uncontrolled upward or downward. These devices should be able to stop the platform at the maximum working load and the expected maximum speed.
So under no stopping to load conditions lead to braking which is dangerous for the people who are on the platform.

6.4.2. Control devices at the drop-offs Control devices at the drop-offs, except for those to be used in emergency situations, should not be able to put the platform in motion when:-the control devices in the platform is in use, and-the platform is not at a landing.

This does not apply to emergency stop devices.

6.4.3. Access to the platform policy by the drop-offs and on the platform shall be designed and built so that they ensure a safe passage to and from the platform, seen in relation to the amount of items and the number of people to be lifted.

6.5. Selecting the platform should be provided with the information necessary to ensure the safety, including:-the number of people the platform can include, and-maximum permitted workload. 

Annex II: Declarations 1.
The content of the concordance statements A.
Conformity declarations for machinery the Declaration and translations of this should be worked out in the same way as manual (cf. Annex I, point 1.7.4.1, letter a) and b)). The statement should be typed or written by hand with block letters.
The Declaration includes the computer so it was put in revenue, and does not apply for the addition of parts or changes that are performed by the end user.
The Declaration shall contain the following information: 1. Name and address of the manufacturer and, optionally, its representative in the EEA.

2. Name and address of the natural or legal person in the European economic area authorized to draft technical documentation.

3. Description and identification of the machine, including the generic designation, function, model, type, serial number and commercial name.

4. a statement that explicitly computer meets the requirements of this regulation, and, where appropriate, an explicit statement that the computer meets the requirements in other regulations or relevant regulations. It should eventually be referred to the corresponding directives are published in the official journal of the European Union.

5. Name, address and identification number of the technical control body that may have carried out the type approval according to annex IX, as well as the number of the type approval certificate.

6. Name, address and identification number of the technical control body that has certified the full quality assurance in accordance with Appendix X.

7. References to the harmonised standards, if any, is used.

8. References to other technical standards and specifications, if any, is used.

9. Place and date of the Declaration.

10. The identity and signature of the person authorized to draw up the Declaration on behalf of the manufacturer or its representative.

B. the Assembly Declaration for partially completed machinery this Declaration and translations of it should be made in the same way as manual (cf. Annex I, point 1.7.4.1, letter a) and b)). The statement should be typed or written by hand with block letters.
The Assembly statement, jf. section 9 letter c, shall contain the following information: 1. Name and address of the manufacturer of the partly completed computer and, optionally, its representative.

2. Name and address of the natural or legal person in the European economic area authorized to draft technical documentation.

3. Description and identification of the partly completed machine, including generic designation, function, model, type, serial number and commercial name.

4. An explicit declaration that specifies which requirements in this regulation that apply to the partially completed computer and that they are true, and that the technical documentation of the partially completed computer is prepared in accordance with annex VII, part B, and, optionally, an explicit statement that the partly completed computer meets the requirements in the regulations and other relevant provisions. It shall in that case be referred to the corresponding directive that is published in the official journal of the European Union.

5. A statement that the manufacturer or its representative is obliged to put forward relevant documentation about the partially completed computer as directed by the supervisory authority, cf. the regulations section 9. The obligation does not affect the intellectual property rights of the manufacturer of the partly completed machine.

6. A statement that the partly completed computer does not need to be taken in use before the computer, that this should be integrated in, after this regulation compliance, declared when it is relevant.

7. Place and date of the Declaration.

8. The identity and signature of the person authorized to draw up the Declaration on behalf of the manufacturer or manufacturer's representative.

2. Storage of declarations manufacturer or its representative in the EEA shall keep the original compliance declarations and statements at least 10 Assembly in the years after the machine's or the partly completed's last production date.

Annex III: CE marking CE marking shall consist of the letters "CE" in accordance with the template in this attachment.
If the CE marking is reduced or enlarged, aspect ratios should be in accordance with aspect ratios in the template.

The minimum height for the CE mark is 5 mm. The different parts of the selection should as far as possible have an equal height. It can be made the exception from the smallest target for very small machines.
The CE marking should be placed right next to the manufacturer's/delegate's name, and it should be applied with the same technique.
On the products that are reviewed by the compliance technical control body in accordance with the procedure in Appendix X, cf. § 6 No. 2, letter c and § 6 No. 3 letter b, the CE marking shall be followed by the identification number of the technical control body. 
Template for CE mark: annex IV: machinery that is to follow the procedures for conformity assessment in section 10 letter b, or c the procedure in section 10 letter c or b to be used for the following categories of machines: 1. The following types of circular saws with one or more saw blades, to the processing of wood and materials with similar physical characteristics as three, or to the bearbeidning of meat and material with similar physical characteristics as meat : 1.1.
Saws with blades that are in permanent position during the cutting operation, with fixed table or fixed support and with manual feed of the workpiece or with a motor-driven mateinnretning that can be dismantled.

1.2. Sawing with the blade that is in the fixed position during cutting operation, and with the manually operated sagbenk with forward-and back-going movement, or sled.

1.3. Sawing with the blade that is in the fixed position during cutting operation, with built-in mechanical mateinnretning for arbeidsstykkene, but with manual feed or outlet.

1.4. Sawing with the blade which is moving during cutting operation, and with the mechanical movement of the blade, and with manual feed or outlet.

2. Håndmatede avretterhøvler to processing of wood.

3. Thickness planers for single-sided processing of three with built in mechanical mateinnretning with manual feed or outlet.

4. The following types of tape saws with manual feed or outlet to the processing of wood and materials with similar physical characteristics as three, or processing of meat and material with similar physical characteristics as meat: 4.1.
Saws with blade that is in the fixed position during the sawing and where the work piece has surface or support that are stuck or go in a forward-and back-going movement.

4.2. Saws with blades that are mounted on the carriage with back and forward going movement.

5. Combined machines as dealt with in point 1 to 4 as well as section 7, which is intended for the processing of wood and materials with similar physical properties.

6. Håndmatede tap-and cutting machines with multiple spindles to the processing of wood.

7. Håndmatede vertikalfresemaskiner to the processing of wood and materials with similar physical properties.

8. Portable motor chain saws to the processing of wood.

9. Presses, including edge presses, to the cold processing of metals, with manual feed or outlet, where the moving parts can have a stroke length of over 6 mm and a speed of over 30 mm/s.

10. Injection or trykkstøpemaskiner for plastic materials with manual feed or outlet.

11. Injection or trykkstøpemaskiner for rubber materials with manual feed or outlet.

12. Machines to work underground: 12.1.
Locomotives and brake carriages 12.2.
Hydraulic-driven stiffeners for the roof.

13. Vehicles to the collection of domestic waste with manual loading, equipped with a compression facility.

14. Removable mechanical transmission devices, including protection devices.

15. Protective devices for removable mechanical transmission devices.

16. Vehicle promises.

17. Lift machine for people or people and goods, with the risk of falling more than three metres vertically.

18. Bolt pistols and other portable kind that is run by machines a driving charge.

19. The protective device for detection of the presence of people.

20. Power-driven, moving policies with interlock, used as a protective device on the machines referred to in points 9, 10 and 11.

21. Management devices to ensure that the security features work.

22. Lead policy to protection by rundvelt (ROPS).

23. Lead to the protection policy by falling objects (FOPS).

Annex v: Indicative list of safety components that are covered by the machine Regulation section 2 letter c the following components are examples of components that are covered by section 2(c): 1. The protection to the removable mechanical transmission devices.

2. Protection of persons gadget for detection.

3. Mechanical-driven, moving screens that is equipped with an interlock which serves to protection purposes on the machines that dealt with in points 9, 10 and 11 in annex IV.

4. Logical management units to the management of security features on a computer.

5. Valves with surveillance for the control of dangerous movements of machinery.

6. Exhaust systems to address the emissions from machines.

7. Protection and protective devices designed to protect persons against moving parts which are included in the computer's processes.

8. Monitoring equipment for load and movement control in lifting machinery.

9. Safety belts and other devices to keep people stuck on the seat.

10. Emergency stop equipment.

11. Utladingssystemer to prevent the accumulation of potentially dangerous charges of static electricity.

12. Energibegrensende and strain your devices as dealt with in point 1.5.7, 3.4.7 and 4.1.2.6 of annex I.

13. Systems and devices to reduce noise emissions and vibrations.

14. privacy protection by Leads to rundvelt (ROPS).

15. privacy protection by Leads to falling objects (FOPS).

16. Two-hand-touch key.

17. The following components of machines to hoist or lower the people between the different loading and unloading places: a) devices to the locking of the doors at the loading and unloading sites b) devices to prevent the case from the load-bearing platform, or prevent uncontrolled movements upwards c) fartsbegrensende devices d) energiakkumulerende buffers-partly by the non-linear art-partly to the attenuation of the backlash e) energy absorbing buffers f) security devices on the hydraulic cylinders in hydraulic systems used to prevent case g) electrical safety equipment in the form of sikkerhetsbrytere , including electronic components.

Annex VI: Mounting guidelines for partially completed machines Mounting the Guide for partially completed machines to describe what it takes to ensure correct mounting with or integration in the finished machine, so that the protection against the risk to life and health be safeguarded.
Mounting instructions will be in an official language of the EEA as the manufacturer of the machine that the partially completed the machine should be mounted together with, or the manufacturer's representative, can accept.

Annex VII: technical documentation for machines A. Technical documentation for machines the technical documentation shall make it possible to decide if the computer is in compliance with the requirements of this regulation. The documentation should include the machine's construction, production and function to the extent that is necessary for the compliance assessment. The technical documentation to be drawn up on one or more of the official languages in the EEA. For the preparation of the instruction manual for some computers it applies different requirements, cf. Annex I, point 1.7.4.1.

1. The technical documentation shall include: a) production documentation which includes:-an overall description of the machine-an Assembly drawing of the machine and drawings/diagrams for control power circuits, as well as the descriptions and explanations necessary to understand how the machine works-detailed and complete drawings/diagrams, attached to any calculation notes, test results, certificates, etc. that are required to be able to verify that the computer is in compliance with the requirements for protection against damage to life and health-risk assessment documentation with description of the procedure that is followed, including in the requirements that apply to) computer in this regulation ii) the description of the methods that are chosen to remove known dangers or limit the risk, and if applicable, of the kind of risks that is still related to the use of computer-standards and other technical specifications that are used, with the description of the requirements for protection against damage to life and health these standards meet-all technical reports containing the results of the tests that are conducted, either by the manufacturer or by a body that the manufacturer or its representative has chosen-a copy of the instruction manual for the machine-when it is relevant, the Assembly statement for integrated partially completed computers and relevant mounting guidance for these-when it is relevant , copy of the Declaration for machines or other products that are integrated in the machine-a copy of the Declaration.

b) by series production to the documentation view what measures will be struck to ensure that the computer at any given time will be in accordance with the provisions of this regulation. The manufacturer shall make necessary investigations and prøvinger of parts, accessories, or of the entire computer, to determine whether the design and construction is such that the machine can be mounted and may be taken into use. The technical documentation shall include all relevant reports and results.

2. The technical documentation as it is shown to the No. 1 above, should be able to be set at the disposal of the supervisory authorities for this regulation for at least 10 years after the machine's production date, or 10 years after the last date of manufacture by serial production.

The technical documentation does not have to be released in the European economic area at any given time, or be released material. The who is empowered in the Declaration should, however, be able to gather and ask for documentation the supervisory authority within a reasonable time, in relation to the documentation complexity and importance.

The technical documentation does not have to include detailed plans or any other specific information about under devices used in the production of computer, unless such information is critical to ensure that the requirements for protection against damage to life and health are met.

3. If the supervisor and the PNA demand to put forward technical documentation not be complied with, it may be sufficient reason to assume that the current computer is not in compliance with the requirements for protection against damage to life and health. 

B. Relevant technical documentation for partly completed machinery the technical documentation shall make it possible to decide which requirements that apply to partly completed machinery, and whether the requirements are met. The documentation should include construction, production and function to the extent that is necessary for the compliance assessment. The documentation should be prepared in one or more of the official languages in the EEA.

1. The technical documentation shall include: a) technical production data which includes:-an Assembly drawing of the partly completed machine and drawings/diagrams for styrestrømkretene-detailed and complete drawings/diagrams attached any calculation notes, test results, certificates, etc. that are required to be able to verify that the partially completed computer is in compliance with the requirements for protection against damage to life and health-documentation of the risk assessment with the description of the procedure followed, including: in) a list of the essential health and safety requirements of this regulation which applies to the partially completed machine and which are fulfilled ii) the description of the methods that are chosen to remove known dangers or limit risk , and if applicable, of the kind of risk that are still present iii) standards and other technical specifications used, with the description of the requirements for protection against damage to life and health these standards meet the iv) all technical reports containing the results of the tests that are conducted, either by the manufacturer or by a body that the manufacturer or its representative has chosen v) a copy of the installation guide for the partially completed computer.

b) by series production to the documentation view what measures will be struck to ensure that the will at all times be in accordance with the provisions of this regulation.

2 the manufacturer shall make necessary investigations and prøvinger of parts, accessories, or of the whole of the partially completed computer, to determine whether the design and construction is such that it can be mounted and be taken in use for sure. The technical documentation shall include all relevant reports and results.

The technical documentation of the partially completed computers, should be able to be set at the disposal of the supervisory authorities for this regulation for at least 10 years after the date of manufacture, or 10 years after the last date of manufacture by serial production.
The technical documentation does not have to be released in the European economic area at any given time, or be released material. The person who is empowered in the Declaration, however, should be able to gather and ask for documentation the supervisory authority within a reasonable time, seen in terms of its complexity and importance.
The technical documentation does not have to include detailed plans or any other specific information about under devices used in the production of computer, unless such information is critical to ensure that the requirements for protection against damage to life and health are met.

3. If the supervisor and the PNA order to put forward technical documentation not be complied with, it may be sufficient reason to assume that the current partially completed computer is not in compliance with the requirements for protection against damage to life and health.

Annex VIII: Compliance assessment of the machines by internal production control 1.
By following the procedure in this appendix to the manufacturer or its representative ensure and declare that the computer meets the relevant requirements of this regulation.

2. For each type of the product line in question to the manufacturer or its representative draw up technical documentation as described in annex VII, part a.

3. The manufacturer shall take necessary measures related to the manufacturing process, so that the production process ensures that the manufactured machines are in compliance with the corresponding technical documentation, jf. Annex VII, part A, and that they meet the requirements of this regulation.

Annex IX: EC-typeprøving EC-typeprøving is the procedure a technical control body uses to ensure and confirm that a representative model of a machine ("type") that is covered by Annex IV, meets the requirements of this regulation.

1. The manufacturer or its representative shall draw up the technical documentation referred to in annex VII, part A for each type.

2. The manufacturer or its representative shall for each type of search on the EC-typeprøving at a technical control body, jf. § 4.

The application shall include:-the manufacturer's or its representants name and address-a written declaration that it is not applied for a type of trial for the same type of other designated technical control body-the technical documentation for the type.

Seeking to set a copy of the type at the disposal of the control organ. Governing body may require the provided more copies if it is necessary to carry out type testing.

3. The designated technical regulatory body should: 3.1.
examine the technical documentation and verify that the type has been manufactured in accordance with it. Regulatory body to determine which parts of the type which has been designed in accordance with the relevant standards, and which parts are constructed without the use of relevant standards.

3.2. carry out or arrange for the necessary surveys, measurements and prøvinger are carried out to check whether the solutions meet the requirements of this regulation, if the relevant standards not used 3.3.
implement or ensure that the necessary investigations, measurements and prøvinger are carried out to check if the specified relevant standards actually used 3.4.
agreement with the applicant-where the control of whether the type is manufactured in accordance with the developed technical documentation and-where necessary surveys, measurements and prøvinger will be implemented.

4. If the type satisfies the provisions of this regulation, the regulatory body shall issue an EC-typeprøvingsattest to the applicant. The certificate shall contain the name and address of the manufacturer and its representative, the necessary information for identifying the approved type, the conclusions of the control and the terms attestens validity.

The manufacturer and the authorized body to keep:-copy of the certificate,-the technical documentation and all associated documents for 15 years after the issue date of the certificate.

5. If the type does not meet the requirements of this regulation, the regulatory body shall give the refusal of the application for the EC-typeprøvingsattest to the applicant. It is to be given a detailed justification for the refusal. Notification of the refusal shall be given to the applicant, other designated control authority and the authority which has designated regulatory body.

6. The applicant shall inform the regulatory body that holds the technical documentation of a type approved product about any change of the type. Regulatory body should investigate the changes, and should either confirm that the existing EC-typeprøvingsattestens is still valid, or issue a new certificate. There are claims for a new certificate if the changes of the type could lead to doubt that the requirements of this regulation or the terms of use set forth for the type of is met.

7. the Commission, the EEA States and designated technical control body may upon request be sent a copy of the EC-typeprøvingattestene. After the reasoned request, the Commission and the Member States can get your copy of the technical documentation and the results of surveys that the technical control agency has conducted.

8. If the regulatory body is established in Norway, to documentation and correspondence about the EC-typeprøvingsprosedyrene released on Norwegian, or in a language which the regulatory body has selected.

9. Ec validity typeprøvingsattestens 9.1.
Regulatory body to continuously ensure that the EC-typeprøvingsattesten is valid. Regulatory body shall inform the manufacturer of any major changes that are of importance to attestens validity. Regulatory body to revoke certificates that are no longer valid.

9.2. The manufacturer of the computer to continuously ensure that the machine is in accordance with the current technical level.

9.3. The manufacturer shall ask the regulatory body to revise the EC typeprøvingsattestens validity every five years.

If the regulatory body considers that the certificate is still valid in relation to the current technical level, the governing body renew the certificate for a further five years.
The manufacturer and the regulatory body shall keep a copy of the certificate, the technical documentation and all relevant documents in the 15 years from the date of issue of the certificate.

9.4. If the EC-typeprøvingsattesten not be renewed, that computer can not be put in the revenue.

Appendix X: System for complete quality assurance in this attachment describes the compliance assessment when the manufacturer uses a system for full quality assurance at construction, production, final control and testing of machines, cf. attachment IV. This appendix also describes the procedure the technical control body will use when evaluating/approval of the manufacturer's quality assurance system and by oversight of how the system is used. 

1. System for quality assurance at the construction, production, final product control and testing to the manufacturer to use a system of quality assurance that are approved according to paragraph 2 of the attachment here. The manufacturer shall be subject to control in accordance with point 3 of the attachment here.

2. Approval 2.1.

Application for approval of quality assurance system be presented for a technical control body after the manufacturer's choice, jf. § 4.

The application shall include:-the manufacturer's and possibly its representants name and address-the machine's construction, production, final product control, testing and storage locations-technical documentation for one copy of each category of machinery that the manufacturer will produce, jf. Annex IV and annex VII, part A-documentation of the quality assurance system-a written declaration that the same application has not been submitted to other technical control body.

2.2. the system of quality assurance to ensure that computers are in accordance with the requirements of this regulation. All the conditions, requirements, and provisions that the manufacturer has taken into account, shall be documented in a systematic and transparent way in a written statement. Here are the relevant precautions, procedures and instructions are documented. The documentation to ensure that quality programs, plans, manuals and records are being unified construed.

The documentation should include an adequate description of:-the quality objectives and the organizational structure as well as management's responsibility and instruments with regard to the machine's construction and quality-technical specifications of the construction, including standards that will be used, if applicable, the methods that will be used to ensure safety and health requirements of this directive when the standards under section 11 the second paragraph is not used fully,-the techniques, procedures and systematic measures related to the investigation and verification that will be used by the construction of the machine-the corresponding techniques , practices and systematic measures that will be used in the production and quality control and quality assurance-examinations and tests that will be carried out before, during and after the production, and information about how often such examinations and tests performed documentation on the quality, including the test reports, test and calibration data, and reports about the staff's qualifications-methods to verify that the construction and product quality required is achieved-methods to verify that the system of quality assurance work effectively.

2.3. The technical regulatory body to consider quality assurance system to decide whether the system meets the requirements of point 2.2.

The requirements in section 2.2 shall be deemed fulfilled if the system of quality assurance in accordance with a relevant harmonised standard.
There the group to have at least one Member who has experience with to consider the relevant technology. A control visit to the manufacturer's facility will be included in the assessment process. In the course of the review process is conducting there the team a check of the technical documentation referred to in point 2.1, second paragraph, third line point. Control to ensure that the documentation is in accordance with the relevant health and safety requirements.
The manufacturer or its representative shall under about the decision correct. Underretningen will contain the results of the control and a reasoned decision.

2.4. The manufacturer should fulfill their obligations according to the approved system of quality assurance, and he is obliged to maintain the system, so that it remains appropriate and effective.

The manufacturer or its representative shall notify the technical regulatory body of any planned change of the quality assurance system.
The technical control body shall assess the proposed changes and decide whether the changed system still meets the requirements of point 2.2, or whether the changes makes it necessary with a new review.
The technical control body shall notify the manufacturer of its decision. Underretningen will contain the results of the control and a reasoned decision.

3. Technical control organ control 3.1.
The purpose of the control is to ensure that the manufacturer fully meets its obligations under the accepted system for quality assurance.

3.2. The manufacturer shall provide the technical control body access to the premises for the construction, production, control, testing and storage, and shall provide the regulatory body any information that is considered necessary, including: documentation regarding the system for quality assurance-registrations on the quality in the part of the quality assurance system applicable construction, including analysis, calculations, prøvinger, etc.

-registrations on the quality in that part of the quality assurance system that applies to the production, including the test reports, test and calibration data, reports on the staff's qualifications, etc.

3.3. The technical control body shall carry out periodic audits to make sure that the manufacturer maintains and applies the quality assurance system. Regulatory body shall draw up an audit report to the manufacturer. Periodic audits shall be carried out so often that the whole system is completely revised every three years.

3.4. The technical regulatory body can conduct unannounced audits at the manufacturer. Regulatory body determines whether it is necessary with the extraordinary supervisory visits and how often, if applicable, on the basis of the control organets the supervisory system. It should particularly be taken into account the following factors in this regulatory system:-the results of previous audits-the need to ensure that the deviation is corrected and improvement points is considered carried out-any special conditions for the approval of the quality control system-significant changes of the measures, techniques or of the production process organization.

Regulatory body can or have others take the necessary tests to check whether the quality assurance system is working correctly. Regulatory body shall draw up a report and, where appropriate, the supervisor a test report to the manufacturer.

4. Documentation-storage for ten years after the last production date to the manufacturer or its representative be able to add the following documentation presented to the supervisory authorities after this Regulation:-the documentation referred to in point 2.1-decisions and reports from the technical control body that is dealt with in point 2.4, third and fourth paragraph, and point 3.3 and 3.4.

Annex XI: the minimum criteria for the technical control body 1.
Technical control body, the organets leader and it staff to perform the control work, can not be or represent constructor, manufacturer, supplier or fitter of the machines that they will control. They shall not participate in the construction, manufacturing, marketing or maintenance of such machines, either directly or as representative of the other. This does not preclude that the manufacturer and the technical control body to exchange technical information.

2. the work will be carried out with the Control the maximum possible professional independence and the greatest possible technical competence. Regulatory body and its employees should be independent of pressure or offers from persons or groups of persons affected by the results, and that is likely to affect the evaluation or control organets the results of the control. This is especially the influences of economic nature.

3. Regulatory body should make sure to have staff with adequate technical knowledge and experience to carry out the conformity assessment for each category of computers that control body is appointed to manage. Governing body to have the finances to carry out the technical and administrative tasks required in a satisfactory way. Control body shall have access to all the necessary material to be able to carry out special control.

4. Staff to carry out the control, to have good technical and professional education-adequate knowledge of the regulations of the control to be carried out and adequate practical experience of such a control work-necessary skills to design certificates, accounts and reports on the results of the control.

5. Regulatory body to ensure that the staff who will carry out control, is independent. The remuneration of each individual employee must not be dependent on the number of control functions that the individual carries out, or of the results of the control.

6. Regulatory body to draw a civil liability insurance, unless liability is covered by the State on the basis of national law rules, or if the State directly perform the control.

7. Regulatory body has ordinary confidentiality all the information that becomes aware of during the performance of their work in accordance with the administrative law and the laws that this regulation is warranted. Confidentiality does not preclude that it provided information to the Government that enforces the regulations.

8. Control bodies will participate in the coordinating work. They shall also participate directly or be represented in the European standardization work, or make sure to have knowledge of the relevant standards.

9. If a control authority concludes his business, the regulatory body to make sure the cases to organets customers after consultation with the customer is transferred to another designated control organ.

Annex XII: environmental requirements for internal combustion engines 1.
Exhaust gases from internal combustion engine internal combustion engines that are installed in non-road mobile machinery and help engines that are fitted in vehicles designed for use for passenger or goods transport on or off road, in relation to the emission of polluting gases and particles, meet the requirements of Directive 97/68/EC as well as the changes in the directive by Directive 2002/88/EC, Directive 2004/26/EC , directive 2010/26/EU, directive 2011/88/EC and Directive/EU 46/2012.

2. Scope the requirements of this appendix applicable to engines, jf. Nr. 1 above, which is mounted in the machines where the net effect is measured in accordance with Directive 97/68/EC annex I no. 2.4, and where the machines are designed and built for use on or off road, when machines have a)

an engine with compression ignition which has a net effect that is of at least 19 kW and a maximum of 560 kW and that is operated with alternating speed and not a single, constant speed or b) an engine with compression ignition which has a net effect that is of at least 19 kW and a maximum of 560 kW and that is operated at a constant speed, or c) a gasoline-powered engine with electric ignition system that has a net effect that's a maximum of 19 kW.

3. Limit values Limit values will be implemented according to the tables below and within the dates that are listed in the tables. For engines that are covered by paragraph 2 letter b above, the limits first application from 31. December 2006. 
Engines with compression ignition step 1 Power P kW CO g/kWh HC g/kWh NOx g/kWh g/kWh Typegodkj Particles.
Use the new date, use the date, prod.
date 130 ≤ P ≤ 560 5.0 1.3 9.2 0.54 30.06.1998 31.12.1998 31.12.2000 75 ≤ 5.0 P 130 9.2 < 1.3 0.70 30.06.1998 31.12.1998 31.12.2000 ≤ 75 37 P 6.5 9.2 < 1.3 0.85 30.06.1998 31.12.1999 31.03.2001 stage II Power P kW CO g/kWh HC g/kWh NOx g/kWh g/kWh Typegodkj Particles.
Use the new date, use the date, prod.
date 130 ≤ P ≤ 560 3.5 1.0 6.0 0.2 31.12.2001 31.12.2000 31.12.2003 75 ≤ P 130 6.0 5.0 < 1.0 0.3 31.12.2004 31.12.2001 37 31 December 2002 P ≤ 5.0 7.0 < 1.3 0.4 75 31 December 2002 31.12.2003 31.12.2005 18 P 37 ≤ 1.5 8.0 < 5.5 31.12.2000 31.12.1999 Permissions 0.8 31 December 2002 for the step in the engines will expire when the requirements according to stage II mandatory should be met. 
Stage III A (engines without constant speed) Power P kW CO g/kWh HC + NOx g/kWh g/kWh Typegodkj Particles.
Use the new date, use the date, prod.
date 130 ≤ P ≤ 560 0.2 3.5 4.0 30.06.2005 31.12.2005 31.12.2007 75 ≤ 5.0 4.0 P 130 0.3 < 31.12.2005 31.12.2006 31 December 2008 37 P ≤ 5.0 4.7 < 75 0.4 31.12.2006 31.12.2007 31.12.2009 19 ≤ P 0.6 5.5 7.5 < 37 31.12.2005 31.12.2006 31 December 2008 stage III A (engines with constant speed) Power P kW CO g/kWh HC + NOx g/kWh g/kWh Typegodkj Particles.
Use the new date, use the date, prod.
date 130 ≤ P ≤ 560 0.2 3.5 4.0 31.12.2009 31.12.2012 ≤ 31 December 2010 75 P 5.0 4.0 < 130 0.3 31.12.2009 37 31 December 2010 P 31.12.2012 ≤ 5.0 4.7 < 0.4 75 31 December 2010 31.12.2011 31.12.2013 19 ≤ P 0.6 5.5 7.5 < 31.12.2009 37 31 December 2010 31.12.2012 stage III B (engines without constant speed) Power P kW CO g/kWh HC g/kWh NOx g/kWh g/kWh Typegodkj Particles.
Use the new date, use the date, prod.
date 130 ≤ P ≤ 3.5 2.0 560 0.19 0.025 31.12.2009 31.12.2012 ≤ 31 December 2010 75 P 130 0.19 3.3 < 5.0 0.025 31.12.2011 56 31 December 2010 31.12.2013 ≤ 5.0 P 75 0.19 < 0.025 31.12.2013 3.3 31.12.2011 HC 31 December 2010 + NO x g/kWh ≤ 56 37 P 5.0 4.7 < 0.025 31.12.2011 31.12.2012 31.12.2014 Step IV (engines without constant speed) Power P kW CO g/kWh HC g/kWh NOx g/kWh g/kWh Typegodkj Particles.
Use the new date, use the date, prod.
date 130 ≤ P ≤ 560 3.5 0.19 31.12.2015 31.12.2012 0.4 31.12.2013 0.025 56 P 130 ≤ 5.0 < 0.19 0.4 30.09.2013 31.12.2016 0.025 31.12.2014 engines with electric ignition section of classes: a) Hovedklasse S: small engines with a net power 19 kW ≤ b) Hovedklasse S be divided into two categories: H: Engines for handheld computers N: Engines for non handheld machines. 

Step in class/category sort-volume cm ³ CO g/kWh HC g/kWh NOx g/kWh HC + NO x Type-ACK has been received.
Use the new date, use the date, prod.
date Handheld engines Class SH: 1 20 805 295 11.08.2004 < 5.36 11.02.2005 11.02.2007 Class SH: 2 ≥ 20 50 805 241 11.08.2004 11.02.2005 < 5.36 11.02.2007 Class SH: 3 ≥ 50 603 161 5.36 11.08.2004 11.02.2005 11.02.2007 non-handheld engine Class SN: 1 66 519 50 11.02.2005 < 11.08.2004 11.02.2007 Class SN: 2 ≥ 100 519 40 66 11.08.2004 11.02.2007 < 11.02.2005 Class SN: 3 ≥ 100 225 519 11.08.2004 11.02.2005 < 16.1 11.02.2007 Class SN: 4 ≥ 225 519 13.4 11.08.2004 11.02.2005 11.02.2007 Step II class/category displacement cm ³ CO g//kWh HC + NO x Type-ACK has been received.
Use the new date, use the date, prod.
date Handheld engines Class SH: 1 01/02/20 805 50 01.02.2010 < 01.08.2007 Class SH: 2 ≥ 20 < 01.08.2007 01.02.2010 50 805 50 01/02/Class SH: 3 ≥ 50 603 72 February 1, 2009 non-01.08.2008 01.02.2011 handheld engines Class SN: 1 66 610 50 01.02.2005 < 01.08.2004 01.02.2007 Class SN: 2 ≥ 100 610 40 66 01.08.2004 01.02.2007 < 01.02.2005 Class SN: 3 ≥ 100 < 16.1 01.02.2010 225 610 01.08.2007 Class 01/02/SN: 4 ≥ 225 610 12.1 01.08.2006 01.02.2007 February 1, 2009 the following machines are exempt from the enforcement dates that apply to the requirements of the emission limits for stage II in a period of three years from the entry into force of the requirements of the emission limit values. In these three years getting the requirements of the emission limit values for the step in the continued application of: a) handheld chainsaws b) machines with handles at the top c) handheld clearance saws d) handheld clearance saws with combustion engine e) handheld Hedge Clippers f) hand-held circular saws with combustion engine g) non-handheld engines in class SN: 3 with horizontal shaft.

For the following machines in category b), machines with handles at the top, extended the exception period to 31. July 2013:-chain saw with handle at the top for professional tree care where it's installed engine of class SH: 2 or SH: 3-Professional handheld Hedge Clippers how it's installed engine class SH: 2 or SH: 3.

4. Type approval the manufacturer shall submit the application for type approval for an engine or engine family to labour inspection, cf. the provisions of Directive 97/68/EC, article 3, 4 and 5 of type approval, etc.

5. Marking of the engine All engines that are manufactured in accordance with the approved type shall be marked in accordance with Directive 97/68/EC annex I item 3 and the change Directive 2002/88/EC, Directive 2004/26/EC and directive 2011/88/EU. 

Annex XIII: requirements for the noise emission from machines and other equipment for outdoor use 1.
Noise emission from machines and other equipment for outdoor use equipment for outdoor use shall comply with the requirements of Directive 2000/14/EC, and the changes imposed by Directive 2005/88/EC.

2. Definitions a) equipment for outdoor use: machines that are defined in section 2, and that contribute to the noise level outdoor. In addition, equipment without motor to an employment or private use, and which is of a type, which is intended for outdoor use and contribute to the noise level in the surrounding environment. The use of equipment/machines in the surroundings, where the audio the prevalence only affected to a small degree or not at all (e.g., in a tent, under halvtak and in start), be deemed to be use outdoor.

b) Procedures for conformity assessment: The procedures set out in Directive 2000/14/EC annex V-VIII on the basis of decision 93/465/EEC.

c) tagging: The CE marking defined in decision 93/465/EEC, and as applied to the visible, readable and lasting on the equipment together with the info on the guaranteed sound power level.

d) sound power level LWA: The A-weighted sound power level, expressed in dB, reference 1 pW as defined in EN ISO 3744:1995 and EN ISO 3746:1995.

e) Measured sound power level: The sound effect level as determined by the measurements as described in the Directive 2000/14/EC annex III. The measured values can either be determined by measurement on a single machine/equipment, which is representative for the relevant type of equipment, or as an average of the measurements on a number of machines/equipment.

f) Guaranteed sound power level: The sound effect level that is determined by following the requirements of the measurement methods of Directive 2000/14/EC annex III and taking into account the uncertainties due to production variation and measurement methods. The manufacturer or its representative in the European economic area to verify that the value is not exceeded according to the instruments and methods used and referred to in the technical documentation.

3. Marketing equipment for outdoor use can only be marketed or be taken into use when the manufacturer or its representative in the European economic area ensures that:-the equipment meets the requirements of Directive 2000/14/EC to the environment-the procedures for conformity assessment is concluded-that the equipment is equipped with CE marking, indication of the guaranteed sound power level and a declaration.

If neither the manufacturer or its representative is established within the European economic area, incumbent duties by Directive 2000/14/EC, any person, as a marketer or use equipment for outdoor use in the European economic area.

4. The compliance review before the equipment as it is set noise limits for, cf. point 7, marketed or put into service to the manufacturer or its representative make sure that each type of equipment undergoes one of the following conformity assessment procedures:-the production control with assessment of technical documentation and periodical checking as described in Directive 2000/14/EC annex VI-the unit verification as described in the Directive 2000/14/EC annex VII quality assurance as described in Directive 2000/14/EC annex VIII.

Before those types of work equipment to noise is selected, jf. point 8, marketed or is taken into use, the manufacturer or its representative shall ensure that each type of equipment undergoing production control in accordance with the procedures of Directive 2000/14/EC annex V. The manufacturer or its representative is committed to providing all of the information that is the basis for the compliance assessment of a type of equipment, especially the technical documentation that is mentioned in the Directive 2000/14/EC annex V point 3 , annex VI point 3, annex VII point 2, and annex VIII points 3.1 and 3.3, to the supervisory authorities in the EEA countries.

5. Declaration of


Manufacturer of equipment for outdoor use or its representative within the European economic area shall for each type of equipment manufactured issue a declaration shall ensure that the equipment is in compliance with the requirements of Directive 2000/14/EF. The statement should at least contain the information set out in annex II of the directive. The Declaration shall comply with each copy of the equipment.
Manufacturer of equipment for outdoor use or its representative in the European economic area shall keep a copy of the Declaration for ten years from the date on which the relevant type of equipment was produced for the last time together with the technical documentation referred to in the Directive 2000/14/EC annex V point 3, annex VI point 3, annex VII point 2, and annex VIII points 3.1 and 3.3.

6. Marking the CE label are to be followed by an indication of the guaranteed sound power level. The setting of the audio level to consist of a single value for the guaranteed sound power level in dB, the sign LWA and a pictogram with the following form: If the setting is reduced or enlarged according to the computer's size, to the model's aspect ratio, as shown above, is met. Angivelsens height should, if possible, be at least 40 mm. CE marking and designation of sound power level to be applied to the visible, readable and lasting on the equipment.

7. equipment with noise limits For the following types of equipment to the guaranteed sound power level does not exceed the sound effect level in the table below:-construction site hoists for the transport of goods driven by internal combustion engine-compression machines, only vibrating and non-vibrating drums as well as vibration plates and-stampere-350 kW-compressors < hand operated betongbrekkere and hammers-winches to construction sites powered by internal combustion engine-500-correct dosage dump trucks < kW 500 kW hydraulic