Technical Regulations TR CU 010/2011

TECHNICAL REGULATION
OF THE CUSTOMS UNION

TR CU 010/2011
On Safety of Machinery and Equipment
Contents

Preface

Article 1. Scope

Article 2. Definitions

Article 3. Rules of circulation on the market

Article 4. Ensuring the safety of machinery and/or equipment during development (design)

Article 5. Ensuring the safety of machinery and/or equipment during manufacture, storage, transportation, operation and disposal

Article 6. Ensuring compliance with safety requirements

Article 7. Conformity assessment

Article 8. Conformity confirmation

Article 9. Procedure for the declaration of conformity of machinery and/or equipment

Article 10. Composition of the supporting evidence serving as the basis for adopting the declaration of conformity

Article 11. Procedure for the certification of machinery and/or equipment

Article 12. Marking with the single mark of product circulation on the market of the Customs Union Member States

Article 13. Safeguard clause

Annex No. 1. Essential safety requirements for machinery and/or equipment

Annex No. 2. Additional safety requirements for certain categories of machinery and equipment

Annex No. 3. List of objects of technical regulation subject to conformity confirmation

Preface

ILLI note!
The Preface is to be deleted by Decision of the Council of the Eurasian Economic Commission No. 36 of 13.03.2026 (enters into force on 01.09.2026).

1. This Technical Regulation has been developed in accordance with the Agreement on Common Principles and Rules of Technical Regulation in the Republic of Belarus, the Republic of Kazakhstan and the Russian Federation of 18 November 2010.

2. This Technical Regulation has been developed in order to establish, in the single customs territory of the Customs Union, uniform mandatory requirements for machinery and/or equipment during development (design), manufacture, installation, setting-up, operation, storage, transportation, sale and disposal, and to ensure the free movement of machinery and/or equipment placed on the market in the single customs territory of the Customs Union.

3. If other Technical Regulations of the Customs Union or Technical Regulations of the Eurasian Economic Community (hereinafter – EurAsEC) establishing requirements for machinery and/or equipment are adopted in respect of machinery and/or equipment, the machinery and/or equipment shall comply with the requirements of those Technical Regulations of the Customs Union and EurAsEC that apply to them.

Article 1. Scope

1. This Technical Regulation applies to machinery and/or equipment placed on the market in the single customs territory of the Customs Union.

2. This Technical Regulation establishes the minimum necessary safety requirements for machinery and/or equipment during development (design), manufacture, installation, setting-up, operation, storage, transportation, sale and disposal in order to protect human life or health and property, protect the environment and the life and health of animals, and prevent actions that mislead consumers.

3. This Technical Regulation applies to machinery and/or equipment for which types of hazard have been detected and identified and for which the requirements for eliminating or reducing these hazards are established in accordance with Annexes No. 1 and No. 2.

4. This Technical Regulation does not apply to the following types of machinery and/or equipment:

- machinery and/or equipment related to ensuring the integrity and stability of the operation of communication networks and to the use of the radio frequency spectrum;

- machinery and/or equipment used for medical purposes and used in direct contact with the patient (X-ray, diagnostic, therapeutic, orthopaedic, dental and surgical equipment);

- machinery and/or equipment specially designed for use in the field of atomic energy. This Technical Regulation applies to general industrial machinery and/or equipment used in the field of atomic energy to the extent that it does not conflict with the requirements for ensuring nuclear and radiation safety;

- wheeled vehicles, except for the machinery and/or equipment installed on them;

- sea and river means of transport (vessels and floating craft, including the machinery and/or equipment used on them);

- aircraft and spacecraft;

- railway rolling stock and technical means specially designed for use in railway transport, and underground railways (metro);

- amusement rides;

- weapons and military equipment;

- machinery and/or equipment intended for operation by persons with physical disabilities;

- agricultural and forestry tractors and trailers, except for the machinery and/or equipment installed on them;

- drilling platforms, except for the machinery and/or equipment used on them.

5. This Technical Regulation applies to machinery and/or equipment, including machinery and/or equipment used at hazardous production facilities.

6. If the risks posed by machinery and/or equipment are fully or partially covered by other Technical Regulations of the Customs Union or EurAsEC, the machinery and/or equipment shall comply with the requirements of the Technical Regulations of the Customs Union and EurAsEC that apply to them.

7. During the identification of machinery and/or equipment, the conformity of specific machinery and/or equipment to a sample or to their description is established. The standards specified in clause 1 of Article 6 of this Technical Regulation, classifiers, specifications and drawings, technical specifications (TU) and operational documentation may be used as such a description.

8. Particular safety requirements for certain categories of machinery and equipment are established in accordance with Annex No. 2.

Article 2. Definitions

1. For the purposes of this Technical Regulation, the following terms and definitions apply:

"accident" - destruction of or damage to machinery and/or equipment, or an uncontrolled explosion and/or release of hazardous and harmful substances during the operation of machinery and/or equipment;

"dual-fuel engine" – an engine designed to operate simultaneously on diesel and gaseous fuel. The quantity of one type of fuel consumed by the engine relative to the other may vary depending on the operating mode and the engine type;

"acceptable risk" - the value of risk from the use of machinery and/or equipment, based on the technical and economic capabilities of the manufacturer, that corresponds to the level of safety to be ensured at all stages of the product life cycle;

"life cycle" - the period from the start of design of machinery and/or equipment until the completion of disposal, including interrelated stages (design, manufacture, storage, installation, setting-up, operation, including modernization, repair, maintenance and servicing);

"incident" - failure of machinery and/or equipment, or deviation from the process mode;

"critical failure" - failure of machinery and/or equipment whose possible consequences include harm to human life or health, property, the environment, or the life and health of animals and plants;

"machine" - a set of interconnected parts or assemblies, at least one of which moves by means of appropriate drives, control circuits and power sources, joined together for a specific application (for example, processing, treatment, moving or packaging of material);

"mobile power units" – tractors, universal power units, self-propelled chassis;

"assigned operating life" - the total operating time upon reaching which the operation of machinery and/or equipment shall be terminated regardless of their technical condition;

"operating time" - the duration or volume of work of machinery and/or equipment;

"assigned service life" - the calendar duration of operation of machinery and/or equipment upon reaching which operation shall be terminated regardless of their technical condition;

"assigned storage life" - the calendar duration of storage of machinery and/or equipment upon reaching which their storage shall be terminated regardless of their technical condition;

"intended use of a machine" – use of machinery and/or equipment in accordance with the purpose specified by the manufacturer in the operational documents;

"safety justification" - a document containing a risk analysis and information from the design, operational and process documentation on the minimum necessary safety measures. It accompanies machinery and/or equipment at all stages of the life cycle and is supplemented with information on the results of risk assessment at the operation stage after a major overhaul;

"equipment" - a technical device, used independently or installed on a machine, that is necessary to perform the main and/or additional functions of the machine, or to combine several machines into a single system;

"failure" - an event consisting in the loss of the up state of machinery and/or equipment as a result of design defects, non-compliance with the established manufacturing or repair process, or non-compliance with the rules or the operating manual (instructions);

"limiting state" - the state of machinery and/or equipment in which their further operation is unacceptable or impractical, or the restoration of their up state is impossible or impractical;

"attachable machine" – a mobile, trailed, semi-trailed, mounted or semi-mounted machine, or a machine mounted on a mobile power unit, intended for operations in the production and primary processing of agricultural products, etc.;

"developer" (designer) - a legal entity or natural person that creates a new type of machinery and equipment, develops the technical documentation for a prototype and manufactures the prototype;

"system developer (designer)" - a legal entity or natural person that creates the design documentation for systems of machinery and/or equipment (production lines interconnected by a production cycle);

"agricultural machine-tractor unit" – a combination of a mobile power unit with a trailed, semi-trailed or mounted machine (or machines), intended to perform agricultural process operations;

"system" - a set of machinery and/or equipment combined structurally and/or functionally to perform the required functions;

"hazard" – a potential source of harm to human life and health, property or the environment;

"danger zone" – a space in which a person is exposed to hazards arising from machinery or equipment;

"risk" – a combination of the probability of harm and the consequences of that harm for human life or health, property, the environment, or the life or health of animals and plants.

Article 3. Rules of Circulation on the Market

1. Machinery and/or equipment shall be placed on the market if they comply with this Technical Regulation and with other Technical Regulations of the Customs Union and EurAsEC that apply to them, provided that they have undergone the conformity confirmation procedures established by this Technical Regulation and by other Technical Regulations of the Customs Union and EurAsEC that apply to them.

Machinery and/or equipment whose conformity with the requirements of this Technical Regulation has not been confirmed shall not be marked with the single mark of product circulation on the market of the Customs Union Member States and shall not be permitted for placing on the market in the single customs territory of the Customs Union.

Article 4. Ensuring the Safety of Machinery and/or Equipment during Development (Design)

1. During the development (design) of a machine and/or equipment, possible types of hazard at all stages of the life cycle shall be identified.

2. For the identified types of hazard, a risk assessment shall be carried out by calculation, by experiment, by expert evaluation or on the basis of operating data of similar machinery and/or equipment. Risk assessment methods may be set out in the standards referred to in clause 1 of Article 6 of this Technical Regulation.

3. During development (design), the acceptable risk for the machine and/or equipment shall be determined and established. The level of safety corresponding to the established risk shall be ensured by:

- the completeness of research and development work;

- the performance of the full set of necessary calculations and tests based on methods verified in accordance with the established procedure;

- the selection of materials and substances used in particular types of machinery and/or equipment, depending on the operating parameters and conditions;

- the establishment by the developer (designer) of criteria for limiting states;

- the establishment by the developer (designer) of the assigned service life, the assigned operating life, and the time limits for maintenance, repair and disposal.

- the identification of all hazards associated with possible reasonably foreseeable misuse of the machine and/or equipment;

-restrictions on the use of machinery and/or equipment.

4. If the assessed risk exceeds the acceptable risk, the design of the machine and/or equipment shall be modified to reduce it. In doing so, intervention of personnel in any operating mode of the machine and/or equipment shall be excluded (unless such intervention is provided for in the operating manual (instructions)).

5. Where the technical characteristics of the machine and/or equipment that determine the acceptable risk cannot be achieved by modifying the design, or where this is not economically feasible, the operating manual (instructions) shall contain information that restricts the conditions of use of the machine and/or equipment or warns of the need to take safety measures.

6. During the development (design) of machinery and/or equipment, the levels of physical factors (noise, infrasound, airborne and contact ultrasound, hand-transmitted and whole-body vibration, electromagnetic fields) and the levels of emission of hazardous and harmful substances shall be established so as to ensure safety during operation.

7. During the development (design) of a machine and/or equipment, a safety justification shall be prepared.

The original of the safety justification of the machinery and/or equipment shall be kept by the developer (designer). Copies shall be kept by the manufacturer of the machinery and/or equipment and by the organisation operating the machinery and/or equipment.

8. The preparation of the operating manual (instructions) is an integral part of the development (design) of the machine and/or equipment. The operating manual (instructions) shall include:

- information on the design, operating principle and characteristics (properties) of the machinery and/or equipment;

- instructions for installation or assembly, setting-up or adjustment, maintenance and repair of the machine and/or equipment;

- instructions for the use of the machine and/or equipment and the safety measures to be observed during operation of the machine and/or equipment, including commissioning, intended use, maintenance, all types of repair, periodic diagnostics, testing, transportation, packaging, preservation and storage conditions;

- assigned indicators (assigned storage life, assigned service life and/or assigned operating life), depending on the design features. Upon expiry of the assigned indicators (assigned operating life, storage life, service life), the machine and/or equipment shall be withdrawn from operation, and a decision shall be taken on sending them for repair, on their disposal, or on their inspection and the establishment of new assigned indicators (assigned operating life, storage life, service life);

- a list of critical failures and of possible erroneous actions of personnel that lead to an incident or accident;

- actions of personnel in the event of an incident, critical failure or accident;

- criteria for limiting states;

- instructions for decommissioning and disposal.

- information on the qualifications of the service personnel.

9. Where the machine and/or equipment is intended for use by non-professional users, the operating manual (instructions) shall take into account the knowledge, skills and experience of such users.

Article 5. Ensuring the Safety of Machinery and/or Equipment during Manufacture, Storage, Transportation, Operation and Disposal

1. During the manufacture of a machine and/or equipment, their conformity with the requirements of the design (engineering) documentation and of this Technical Regulation shall be ensured.

2. During the manufacture of a machine and/or equipment, the manufacturer shall implement the full set of safety measures specified in the design (engineering) documentation. It shall be possible to verify the performance of all process operations on which safety depends.

3. During the manufacture of a machine and/or equipment, the tests provided for in the design (engineering) documentation shall be carried out.

4. During the manufacture of a machine and/or equipment, the safety requirements established by the design (engineering) documentation in accordance with this Technical Regulation shall be ensured, taking into account the production processes and the inspection system used. The manufacturer shall carry out a risk assessment of the machinery and/or equipment before placing on the market.

5. Deviations from the design (engineering) documentation during the manufacture of a machine and/or equipment shall be agreed with the developer (designer). The risk from the use of machinery and/or equipment manufactured in accordance with the agreed design (engineering) documentation shall not exceed the acceptable risk established by the developer (designer).

6. The manufacturer of a machine and/or equipment shall supply the machinery and/or equipment with an operating manual (instructions).

7. The machine and/or equipment shall bear clear and indelible warning notices or signs on the types of hazard.

8. The machine and/or equipment shall bear a clearly visible, legible and indelible identification marking containing:

- the name of the manufacturer and/or its trademark;

- the name and/or designation of the machine and/or equipment (type, make, model (if any));

- the month and year of manufacture.

9. If the information specified in clause 8 of this Article cannot be applied to the machine and/or equipment, it may be given only in the operating manual (instructions) accompanying that machine and/or equipment. In this case, the name of the manufacturer and/or its trademark and the name and designation of the machine and/or equipment (type, make, model (if any)) shall be applied to the packaging.

10. The information specified in clause 8 of this Article shall be contained in the operating manual (instructions). In addition, the operating manual (instructions) shall contain the name and location of the manufacturer (person authorised by the manufacturer) and of the importer, and their contact information.

11. The operating manual (instructions) shall be drawn up in Russian and in the state language(s) of the Customs Union Member State where the legislation of the Customs Union Member State(s) contains corresponding requirements.

The operating manual (instructions) shall be provided in paper form. A set of operational documents in electronic form may be attached to it. The operating manual (instructions) supplied with machinery and/or equipment not intended for household use may, at the manufacturer's choice, be provided in electronic form only.

12. Materials and substances used for packaging the machine and/or equipment shall be safe.

13. Machinery and/or equipment, their assemblies and parts shall be transported and stored taking into account the safety requirements specified in the design (engineering) and operational documentation.

14. During maintenance, repair and inspection of the machine and/or equipment, the requirements established by the operating manual (instructions) and by the maintenance or repair programme shall be observed throughout the entire period of such work.

15. Changes to the design of the machine and/or equipment arising during their repair shall be agreed with the developer (designer).

16. After a major overhaul of the machine and/or equipment, a risk assessment shall be carried out. The risk value shall not exceed the acceptable risk. Where necessary, technical and organisational measures aimed at achieving acceptable risk values shall be developed.

17. For repaired machinery and/or equipment that does not meet the requirements of the design (engineering) documentation, measures shall be developed to ensure the risk values established in the safety justification, taking into account the production processes and the inspection system adopted in the organisation.

18. The operating manual (instructions) shall set out recommendations for the safe disposal of the machine and/or equipment.

19. During the design of the machine and/or equipment, the operating manual (instructions) shall specify measures to prevent misuse of the machine and/or equipment after the assigned operating life or the assigned service life has been reached.

Article 6. Ensuring Conformity with Safety Requirements

Conformity of machinery and/or equipment with this Technical Regulation shall be ensured by meeting its requirements directly, or by meeting the requirements of interstate standards and, in their absence (until interstate standards are adopted), of national (state) standards of the Customs Union Member States, the application of which on a voluntary basis ensures compliance with the requirements of the Customs Union Technical Regulation, and of standards containing rules and methods of research (testing) and measurement, including sampling rules, necessary for the application and fulfilment of the requirements of this Customs Union Technical Regulation and for the conformity assessment (confirmation) of products (hereinafter – standards) for the relevant types of machinery and/or equipment.

Voluntary application of the requirements of the said standards demonstrates conformity of machinery and/or equipment with the safety requirements of this Technical Regulation.

Article 7. Conformity Assessment

1. Machinery and/or equipment placed on the market in the single customs territory of the Customs Union are subject to conformity assessment against the requirements of this Technical Regulation.

Conformity assessment against the requirements of this Technical Regulation is carried out in the form of conformity confirmation and in the form of state control (supervision).

Machinery and/or equipment that has been in operation, or has been manufactured for the manufacturer's own needs, as well as components and spare parts for machines used for the repair (maintenance) of machinery and/or equipment, are not subject to conformity confirmation with the requirements of this Technical Regulation.

Article 8. Conformity Confirmation

1. Conformity confirmation of machinery and/or equipment is carried out in accordance with the unified procedures approved by the Customs Union Commission.

2. Conformity confirmation of machinery and/or equipment with the requirements of this Technical Regulation is carried out in the form of:

certification by an accredited certification body (conformity assessment (confirmation) body) (hereinafter, the certification body) included in the Unified Register of Certification Bodies and Testing Laboratories (Centres) of the Customs Union;

declaration of conformity on the basis of own evidence and/or evidence obtained with the participation of a certification body or an accredited testing laboratory (centre) included in the Unified Register of Certification Bodies and Testing Laboratories (Centres) of the Customs Union (hereinafter, the accredited testing laboratory (centre)).

3. Certification is carried out for machinery and/or equipment included in the List of objects of technical regulation subject to conformity confirmation with the requirements of the Customs Union Technical Regulation "On Safety of Machinery and Equipment" in the form of certification, given in Annex No. 3.

4. Declaration of conformity is carried out by the applicant for machinery and/or equipment included in the List of objects of technical regulation subject to conformity confirmation with the requirements of the Customs Union Technical Regulation "On Safety of Machinery and Equipment" in the form of declaration of conformity, given in Annex No. 3.

5. At the applicant's discretion, instead of declaration of conformity for machinery and/or equipment included in the List referred to in paragraph 1 of clause 4 of this Article, certification may be carried out under certification schemes equivalent to the declaration schemes established for machinery and/or equipment by this Technical Regulation. This also applies where the applicant has no own evidence, or insufficient own evidence, of conformity with the requirements of this Technical Regulation.

6. The declaration of conformity or the certificate of conformity is the only document confirming the conformity of a machine and/or equipment with the requirements of this Technical Regulation.

7. The declaration of conformity and the certificate of conformity have equal legal force. They are valid in the single customs territory of the Customs Union for machinery and/or equipment placed on the market in the single customs territory of the Customs Union during the period of validity of the declaration of conformity or the certificate of conformity, and for each unit (machine and/or equipment) throughout its service life.

8. Information on the declaration of conformity or the certificate of conformity must be stated in the passport of the machine and/or equipment.

9. During conformity confirmation, the conformity of machinery and/or equipment is verified against the requirements of this Technical Regulation, whether specified directly or set out in the standards referred to in Article 6 of this Technical Regulation.

10. During conformity confirmation of machinery and/or equipment, the applicant compiles a set of documents for the machinery and/or equipment confirming conformity with the safety requirements of this Technical Regulation. The set includes:

safety justification;

technical specifications (TU) (if available);

operational documents;

list of standards referred to in Article 6 with whose requirements the machinery and/or equipment must comply (where applied by the manufacturer);

contract (supply agreement) (for a batch or single item) or shipping documentation (for a batch or single item);

certificate for the manufacturer's management system (if available);

information on research carried out (if available);

test reports for the machine and/or equipment from tests carried out by the manufacturer, the seller, the person performing the functions of a foreign manufacturer and/or testing laboratories (centres) (if available);

certificates of conformity for materials and components, or their test reports (if available);

certificates of conformity for the machinery and/or equipment concerned issued by foreign certification bodies (if available);

other documents directly or indirectly confirming the conformity of the machinery and/or equipment with the safety requirements of this Technical Regulation (if available).

Article 9. Procedure for Declaration of Conformity of Machinery and/or Equipment

Declaration of conformity of machinery and/or equipment is carried out under the following schemes:

Scheme 1d for series-produced machinery and/or equipment includes the following actions:

the applicant compiles the set of documents referred to in clause 10 of Article 8; carries out production control and takes all necessary measures to ensure that the production process ensures the conformity of the machinery and/or equipment with the requirements of this Technical Regulation; has samples tested in a testing laboratory or an accredited testing laboratory (centre); adopts and registers the declaration of conformity.

Scheme 2d for a batch of machinery and/or equipment (single item) includes the following actions:

the applicant compiles the set of documents referred to in clause 10 of Article 8; has samples tested in a testing laboratory or an accredited testing laboratory (centre); adopts and registers the declaration of conformity.

Scheme 3d for series-produced machinery and/or equipment includes the following actions:

the applicant compiles the set of documents referred to in clause 10 of Article 8; carries out production control and takes all necessary measures to ensure that the production process ensures the conformity of the machinery and/or equipment with the requirements of this Technical Regulation; has samples tested in an accredited testing laboratory (centre); adopts and registers the declaration of conformity.

Scheme 4d for a batch of machinery and/or equipment (single item) includes the following actions:

the applicant compiles the set of documents referred to in clause 10 of Article 8; has samples tested in an accredited testing laboratory (centre); adopts and registers the declaration of conformity;

Scheme 5d is used for machinery and/or equipment:

used at hazardous production facilities;

where full-scope testing is not possible before installation at the place of operation;

where the applicant does not apply the standards referred to in clause 1 of Article 6 of this Technical Regulation during conformity confirmation, including for innovative products.

It includes the following actions:

the applicant compiles the set of documents referred to in clause 10 of Article 8; carries out production control and takes all necessary measures to ensure that the production process ensures the conformity of the machinery and/or equipment with the requirements of this Technical Regulation; and submits an application for type examination to the certification body;

the certification body carries out type examination, taking into account the documents received from the applicant. If the applicant has not applied the standards referred to in clause 1 of Article 6 of this Technical Regulation, the certification body assesses whether the requirements of those standards can be replaced by the declared requirements. Depending on the documents submitted by the applicant, type examination is carried out by one of the following methods:

examination of a sample as representative of all machinery and/or equipment to be produced subsequently;

review of the submitted documents and testing of a sample or of the determining (critical) components of the machinery and/or equipment;

if the results of the type examination are positive, the certification body draws up a type examination certificate in the unified form approved by Decision of the Commission and issues it to the applicant. The type examination certificate is an integral part of the declaration of conformity. The declared requirements for the machine and/or equipment contained in it, recognised as sufficient evidence of its conformity with the requirements of this Technical Regulation, are used in inspections carried out by state control (supervision) authorities for conformity with this Technical Regulation;

the applicant adopts and registers the declaration of conformity.

Scheme 6d for series-produced machinery and/or equipment, where the manufacturer has a certified management system, includes the following actions:

the applicant compiles the set of documents referred to in clause 10 of Article 8, which includes the management system certificate (a copy of the certificate of conformity) issued by a management system certification body included in the Unified Register of Certification Bodies and Testing Laboratories (Centres) of the Customs Union; carries out production control and takes all necessary measures to ensure that the production process ensures the conformity of the machinery and/or equipment with the requirements of this Technical Regulation; has samples tested in an accredited testing laboratory (centre); adopts and registers the declaration of conformity.

For declaration of conformity under schemes 1d, 3d, 5d and 6d, the applicant may be a legal entity or a natural person registered as an individual entrepreneur, registered in the territory of a Customs Union Member State in accordance with its legislation, that either is the manufacturer or performs the functions of a foreign manufacturer under a contract with that manufacturer. Such a contract covers ensuring the conformity of the supplied products with the requirements of this Technical Regulation and liability for non-conformity of the supplied products with the requirements of this Customs Union Technical Regulation (person performing the functions of a foreign manufacturer).

For declaration of conformity under schemes 2d and 4d, the applicant may be a legal entity or a natural person registered as an individual entrepreneur, registered in the territory of a Customs Union Member State in accordance with its legislation, that either is the manufacturer or the seller, or performs the functions of a foreign manufacturer under a contract with that manufacturer. Such a contract covers ensuring the conformity of the supplied products with the requirements of this Technical Regulation and liability for non-conformity of the supplied products with the requirements of this Customs Union Technical Regulation (person performing the functions of a foreign manufacturer).

Article 10. Composition of Supporting Evidence Serving as the Basis for Adopting the Declaration of Conformity

1. The documents specified in clause 10 of Article 8 of this Technical Regulation, as well as the standards specified in Article 6 of this Technical Regulation, are used as supporting evidence that forms the basis for adopting a declaration of conformity on the basis of own evidence.

2. The following may be considered as conditions for the use of these documents:

1) for test reports:

the test reports contain indicator values that confirm conformity with all requirements established in this Technical Regulation that apply to the specific declared products;

the test reports apply to the declared machinery and/or equipment;

2) certificates of conformity, declarations of conformity or test reports for raw materials, materials and components - if they determine the safety of the end product subject to conformity confirmation;

3) certificates for the quality management system of production - if they cover the manufacture of the declared machinery and/or equipment;

4) other documents that directly or indirectly confirm the conformity of the machinery and/or equipment with the established requirements, and certificates of conformity for the declared machinery and/or equipment issued under voluntary certification (provided that all necessary requirements were confirmed during voluntary certification).

3. The declaration of conformity is drawn up in the single form approved by Decision of the Customs Union Commission.

The declaration of conformity is subject to registration in accordance with the procedure approved by the Customs Union Commission. The declaration of conformity takes effect on the date of its registration. The period of validity of the declaration of conformity is not more than 5 years.

4. The applicant must keep the declaration of conformity and the supporting evidence for ten years from the end of the period of validity of the declaration of conformity.

The set of documents confirming conformity must be submitted to the state control (supervision) authorities at their request.

Article 11. Procedure for certification of machinery and/or equipment

1. Certification of machinery and/or equipment is carried out according to the following schemes:

Scheme 1c for series-produced machinery and/or equipment includes the following actions:

the applicant compiles the set of documents specified in clause 10 of Article 8 and submits an application for certification to a certification body;

the certification body carries out sampling at the applicant's premises for testing;

an accredited testing laboratory (centre) included in the Unified Register of Certification Bodies and Testing Laboratories (Centres) of the Customs Union (hereinafter, the accredited testing laboratory (centre)) tests the samples of the machinery and/or equipment;

the certification body carries out a production assessment at the manufacturer and an analysis of the results of the tests of the samples of the machinery and/or equipment and, if the results are positive, issues a certificate of conformity to the applicant;

the certification body carries out surveillance of the certified machinery and/or equipment by testing samples in an accredited testing laboratory (centre) and/or by production assessment.

scheme 3c for a batch of machinery and/or equipment (single item) includes the following actions:

the applicant compiles the set of documents specified in clause 10 of Article 8 and submits an application for certification to a certification body;

the certification body or the accredited testing laboratory (centre) carries out sampling at the applicant's premises for testing;

the accredited testing laboratory (centre) tests the samples of the machinery and/or equipment;

the certification body analyses the results of the tests of the samples of the machinery and/or equipment and, if the results are positive, issues a certificate of conformity to the applicant;

scheme 9c for a limited-volume batch of machinery and/or equipment intended for equipping enterprises in the single territory of the Customs Union includes the following actions:

the applicant compiles the set of documents specified in clause 10 of Article 8 and submits an application for certification to a certification body;

the certification body analyses the set of documents submitted by the applicant and, if the results are positive, issues a certificate of conformity to the applicant.

For certification under schemes 1c and 9c, the applicant may be a legal entity or a natural person registered as an individual entrepreneur, registered in the territory of a Member State of the Customs Union in accordance with its legislation, that is either the manufacturer or performs the functions of a foreign manufacturer on the basis of a contract with that manufacturer with regard to ensuring the conformity of the supplied products with the requirements of this Technical Regulation and with regard to liability for non-conformity of the supplied products with the requirements of this Customs Union Technical Regulation (person performing the functions of a foreign manufacturer).

For certification under scheme 3c, the applicant may be a legal entity or a natural person registered as an individual entrepreneur, registered in the territory of a Member State of the Customs Union in accordance with its legislation, that is either the manufacturer or the seller, or performs the functions of a foreign manufacturer on the basis of a contract with that manufacturer with regard to ensuring the conformity of the supplied products with the requirements of this Technical Regulation and with regard to liability for non-conformity of the supplied products with the requirements of this Customs Union Technical Regulation (person performing the functions of a foreign manufacturer).

2. The applicant may submit an application for certification to any certification body whose scope of accreditation includes the machinery and/or equipment included in the List of machinery and equipment subject to conformity confirmation with the requirements of the Customs Union Technical Regulation "On Safety of Machinery and Equipment" in the form of certification, approved by the Customs Union Commission.

The application for certification is drawn up by the applicant and must contain:

the name and location of the applicant;

the name and location of the manufacturer;

information on the machine and/or equipment (its composition) and its identifying features (name, Customs Tariff Number of the Customs Union, the document according to which the machine and/or equipment is manufactured (interstate or national standard, company standard, technical specifications (TU), etc.), form of production - series production or batch, details of the contract, etc.);

the standard(s) applied, as specified in clause 1 of Article 6 of this Technical Regulation;

the certification scheme.

3. The certification body reviews the application and decides whether certification can be carried out.

If the decision is positive, the certification body concludes a contract with the applicant for the certification work.

The certification body performs the work according to the certification scheme, prepares a decision and, if the result is positive, issues a certificate of conformity to the applicant.

4. If the result of certification is negative, the certification body sends the applicant a reasoned decision refusing to issue the certificate of conformity.

5. Tests of the representative sample (representative samples) or of a single item of the machinery and/or equipment are carried out by the accredited testing laboratory (centre) on behalf of the certification body, to which the test report is issued.

6. The production assessment is carried out by the certification body at the manufacturer's premises. The results of the assessment are documented in a report.

If the manufacturer has a certified quality management system for production, or for development and production, of machinery and/or equipment, the certification body evaluates the ability of this system to ensure the consistent production of the machinery and/or equipment being certified in conformity with the requirements of this Technical Regulation.

7. If the results of the checks provided for by the certification scheme are positive, the certification body draws up the certificate of conformity and issues it to the applicant.

The certificate of conformity is drawn up in the single form approved by Decision of the Customs Union Commission.

The certification body submits information on the issued certificate of conformity to the Unified Register of Issued Certificates of Conformity and Registered Declarations of Conformity drawn up in the single form.

8. The period of validity of the certificate of conformity is set at not more than 5 years for series-produced machinery and/or equipment; no period of validity is set for a produced batch.

9. The certificate of conformity may have an Annex containing a list of the specific products to which it applies.

The Annex is drawn up if:

it is necessary to specify the composition of a group of homogeneous products manufactured by the applicant and certified against the same requirements;

it is necessary to indicate the manufacturing plants that belong to larger associations with uniform production conditions.

Article 12. Marking with the single mark of product circulation on the market of the Customs Union Member States

1. Machinery and/or equipment that complies with the safety requirements of this Technical Regulation and has undergone the conformity confirmation procedure in accordance with Article 8 of this Technical Regulation must be marked with the single mark of product circulation on the market of the Customs Union Member States.

2. Marking with the single mark of product circulation on the market of the Customs Union Member States is carried out before the machinery and/or equipment is placed on the market.

3. The single mark of product circulation on the market of the Customs Union Member States is applied to each unit of machinery and/or equipment by any method that ensures a clear and legible image throughout the entire service life of the machinery and/or equipment.

The single mark of product circulation on the market of the Customs Union Member States is applied to the product itself.

4. The single mark of product circulation on the market of the Customs Union Member States may be applied only to the packaging and in the accompanying operational documents if it cannot be applied directly to the machinery and/or equipment.

5. Machinery and/or equipment is marked with the single mark of product circulation on the market of the Customs Union Member States if it complies with the requirements of all Technical Regulations of the Customs Union and EurAsEC that apply to it and that provide for the application of the single mark of product circulation on the market of the Customs Union Member States.

Article 13. Safeguard clause

1. The Member States of the Customs Union must take all measures to restrict and prohibit the placing on the market of machinery and/or equipment in the single customs territory of the Customs Union, and to withdraw from the market machinery and/or equipment that does not comply with the requirements of this Technical Regulation.

Annex No. 1
to the Customs Union Technical Regulation
"On Safety of Machinery and Equipment"
(TR CU 010/2011)

ILLI note!
Annex 1 is to be amended by Decision of the Council of the Eurasian Economic Commission No. 36 of 13.03.2026 (enters into force on 01.09.2026).

ESSENTIAL REQUIREMENTS
FOR THE SAFETY OF MACHINERY AND/OR EQUIPMENT

1. It shall be possible to carry out adjustment and maintenance of the machine and/or equipment without exposing personnel to hazard under the conditions specified by the manufacturer.

2. During the development (design) and manufacture of machinery and/or equipment, the responsible persons shall:

eliminate or reduce hazards; take measures to protect against hazards;

inform consumers of the protective measures, state whether special training is required, and determine the need for technical protective measures.

3. The acceptable risk during the operation of machinery and/or equipment shall be taken into account during the development (design) and manufacture of machinery and/or equipment, and during the development of the operating manual (instructions) for the machinery and/or equipment.

4. Where a hazard may arise as a result of impermissible operation, the design of the machine and/or equipment shall prevent such operation. If this is not possible, the operating manual (instructions) shall draw the consumer's attention to such situations.

5. During the development (design) and manufacture of the machine and/or equipment, ergonomic principles shall be applied to reduce the discomfort, fatigue and psychological stress of personnel to the lowest possible level.

6. During the development (design) and manufacture of the machine and/or equipment, the constraints imposed on the operator's actions by the use of Personal Protective Equipment shall be taken into account.

7. The machine and/or equipment shall be supplied, in accordance with the operating manual, with the accessories and tools required for safe adjustment, maintenance and intended use.

8. The machine and/or equipment shall be developed (designed) and manufactured so that the raw materials, materials and substances used in their manufacture and operation do not endanger human life or health, property, the environment, or animal life or health.

Where liquids and gases are used, the hazards associated with their use shall be excluded.

9. Additional lighting shall be provided for the safe operation of the machine and/or equipment.

Internal parts and areas of the machine and/or equipment that require frequent inspection, adjustment and maintenance shall have lighting that ensures safety.

During the operation of the machine and/or equipment, shaded areas, areas causing interference, glare and stroboscopic effects shall be avoided.

10. The machine and/or equipment, or each of its parts, shall be packaged so that they can be stored safely and without damage and have sufficient stability.

11. Where the weight, size or shape of the machine and/or equipment or of their various parts does not allow them to be moved manually, the machine and/or equipment or each of its parts shall:

be fitted with attachments for lifting by mechanical means;

be shaped so that standard lifting equipment can be used.

12. Where the machine and/or equipment or one of its parts is to be moved manually, it shall be easy to move or be fitted with lifting attachments.

Dedicated locations shall be provided for the safe storage of the tools, parts and assemblies required during operation.

13. The control systems of the machine and/or equipment shall ensure safe operation in all intended operating modes and under all external influences provided for by the operating conditions.

Control systems shall prevent hazardous situations from arising in the event of possible logic errors and of incorrect control actions by personnel.

Depending on the complexity of control and monitoring of the operating mode of the machinery and/or equipment, control systems shall include means for the automatic regulation of operating modes or means for automatic stopping, where a deviation from the operating mode may cause a hazardous situation.

14. The control systems of the machine and/or equipment shall include warning devices and other means that warn of malfunctions of the machine and/or equipment leading to hazardous situations.

Means that warn of malfunctions of machinery and/or equipment shall ensure error-free, reliable and rapid perception of information by personnel.

15. The controls of the machine and/or equipment shall be: easily accessible and clearly distinguishable, provided with inscriptions or symbols, or marked by other means;

designed and positioned so that their unintentional movement is prevented and reliable, confident and unambiguous operation is ensured;

positioned taking into account the required actuating forces, the sequence and frequency of use, and the importance of their functions;

designed so that their shape and dimensions correspond to the method of gripping (with the fingers or the hand) or pressing (with a finger, the palm or the foot);

located outside the danger zone, except for controls whose function requires personnel to be in the danger zone; in this case, additional safety measures shall be taken.

16. Where a single control device is intended to perform several different actions, the action being performed shall be displayed by monitoring means and shall be verifiable.

17. The start of the machine and/or equipment, and the restart after a stop (irrespective of the cause of the stop), shall be possible only by means of the start control device. This requirement does not apply to the restart of production equipment operating in automatic mode where restart after a stop is provided for by that mode.

Where a system of machinery and/or equipment has several control devices that start the system or its individual parts, and a failure to follow the sequence of their use may lead to hazardous situations, the controls shall include devices that prevent the sequence from being violated.

18. Each system of machinery and/or equipment shall be fitted with a control device by means of which it can be brought to a complete stop safely. Stop control of the machine and/or equipment shall have priority over start control.

After the machine and/or equipment has stopped, the power supply to its drives shall be disconnected, except where disconnection of the power sources may lead to a hazardous situation. The control systems of machinery and/or equipment (except portable hand-operated machines) shall be equipped with means of emergency braking and emergency stop (switching off) where the use of these systems can reduce or prevent a hazard.

19. The emergency stop control device shall:

be clearly identifiable and easily accessible;

stop the machine and/or equipment quickly without creating a hazard;

remain, once actuated, in the position corresponding to the stop until it is returned to its initial position by the user;

return to its initial position without causing the machine and/or equipment to start;

be red in colour and differ in shape and size from other control devices.

20. The control of a system of machinery and/or equipment shall prevent hazards arising from their joint operation and in the event of a failure of any part.

The control of a system of machinery and/or equipment shall allow personnel, where necessary, to block the start of the system and to stop it.

21. The control station of a system of machinery and/or equipment shall enable personnel to verify that no personnel or other persons are present in the danger zones, or the controls shall prevent the operation of the system of machinery and/or equipment while personnel or other persons are in the danger zone. Each start shall be preceded by a warning signal of sufficient duration to allow persons in the danger zone to leave it or to prevent the system from starting.

The control station of a system of machinery and/or equipment shall be equipped with means for displaying information on operational faults of any part of the system, and with means for the emergency stop (switching off) of the system and/or its individual parts.

22. Where the control of the machine and/or equipment includes an operating mode selector, each of its positions shall correspond to only one operating mode and shall be reliably locked.

23. If increased protection of personnel is required in certain operating modes of the machine and/or equipment, the selection of these modes by the selector shall ensure:

the possibility of disabling automatic control;

movement of structural elements only while force is continuously applied to the movement control device;

shutdown of the machine and/or equipment if their operation may endanger personnel;

exclusion of the operation of parts of the machine and/or equipment not involved in the selected mode;

reduction of the speed of the parts of the machine and/or equipment involved in the selected mode.

24. The selected control mode shall have priority over all other control modes, except for emergency stop.

25. Complete or partial interruption of the power supply and its subsequent restoration, and damage to the power supply control circuit, shall not lead to hazardous situations, including:

unintended start of the machine and/or equipment when the power supply is restored;

failure to execute a stop command already issued;

falling or ejection of moving parts of the machine and/or equipment and of objects, workpieces or tools secured to them;

reduced effectiveness of protective devices.

26. A fault (malfunction or damage) in the control circuit of the machine and/or equipment shall not lead to hazardous situations, including:

unintended start of the machine and/or equipment when the power supply is restored;

failure to execute a stop command already issued;

falling or ejection of moving parts of the machine and/or equipment and of objects, workpieces or tools secured to them;

reduced effectiveness of protective devices.

27. The machine and/or equipment shall be stable under the intended working conditions, allowing use without the hazard of overturning, falling or unexpected movement.

The operating manual (instructions) shall specify the use of appropriate fixings.

28. Parts of machinery and/or equipment and their connections shall withstand the forces and stresses to which they are subjected during operation.

The durability of the materials used shall correspond to the intended operation and take into account the hazards associated with fatigue, ageing, corrosion and wear.

29. The operating manual (instructions) for machinery and/or equipment shall specify the type and frequency of inspection and maintenance required to ensure safety. Where necessary, the parts subject to wear and the criteria for their replacement shall be specified.

30. If, despite the measures taken, a hazard of the machinery and/or equipment breaking up remains, guards shall be installed in such a way that, if parts or assemblies of the machinery and/or equipment break up, their fragments cannot be ejected.

31. Pipelines shall withstand the intended loads, shall be securely fixed and shall be protected against external mechanical impacts.

Protective measures shall be taken against hazardous consequences of the rupture or sudden movement of pipelines and of high-pressure jets in the event of their rupture.

32. Precautions shall be taken to prevent hazards from parts, fragments of parts and waste ejected by the machinery and/or equipment.

33. Accessible parts of machinery and/or equipment shall have no cutting edges, sharp corners or rough surfaces that are capable of causing injury and are not technologically related to the performance of the functions of the machinery and/or equipment.

34. Where machinery and/or equipment is intended to perform several different operations with manual movement of the workpiece between each operation, it shall be possible to use each functional element separately from the other elements that present a hazard to personnel.

35. Where machinery and/or equipment is intended to operate in different modes and at different speeds, safe and reliable selection and setting of these modes shall be ensured.

36. Moving parts of machinery and/or equipment shall be arranged so that there is no possibility of injury. If a hazard remains, warning signs and/or notices, safety devices or protective devices shall be used to prevent contacts with the machinery and/or equipment that could lead to an accident.

37. Measures shall be taken to prevent accidental blocking of moving parts. If, despite the measures taken, blocking can occur, special tools shall be provided for safe unblocking. The procedure and methods of unblocking shall be specified in the operating manual (instructions), and a corresponding marking shall be applied to the machinery and equipment.

38. Protective devices and safety devices used to protect against hazards caused by moving parts of machinery and/or equipment shall be selected on the basis of a risk analysis.

39. Protective devices and safety devices shall: be of robust and stable construction;

be safe;

be located at an appropriate distance from the danger zone;

not interfere with monitoring of the production process in danger zones;

allow setting-up and/or tool replacement work, as well as maintenance of the machinery and/or equipment, to be carried out.

40. Fixed guards shall be securely fastened in such a way that access to the guarded zone is possible only with the use of tools.

41. Movable guards shall:

where possible, remain attached to the machinery and/or equipment when open;

have interlocking devices that prevent the machine or equipment from operating while the guards are open.

42. Movable guards and protective devices shall be developed (designed) and incorporated into the control system of the machinery and/or equipment in such a way that:

moving parts cannot be set in motion while they are within the reach of personnel;

persons who may be exposed are not within reach at the moment of start-up;

they can be installed only with the use of tools;

the absence or failure of one of the components of these devices prevents the starting or stopping of moving parts;

protection against ejected parts is ensured by providing an appropriate barrier.

43. Devices restricting access to those areas of moving parts of machinery and/or equipment that are necessary for work shall:

be adjusted manually or automatically (depending on the type of work in which they are involved);

be adjusted with the use of tools; limit the hazard from ejected parts.

44. Protective devices shall be linked to the control systems of the machinery and/or equipment in such a way that:

moving parts cannot be set in motion while they are within the reach of the operator;

personnel cannot be within reach of moving parts of the machinery and/or equipment when these parts are set in motion;

the absence or inoperability of one of the components of the protective means prevents the starting or stopping of moving parts.

45. Protective devices shall be installed (removed) only with the use of tools.

46. Where machinery and/or equipment uses electrical energy, it shall be developed (designed), manufactured and installed so that the hazard of electric shock is excluded.

47. Where machinery and/or equipment uses non-electrical energy (hydraulic, pneumatic or thermal energy), it shall be developed (designed) and manufactured so as to avoid any hazard associated with these types of energy.

48. Errors in the assembly of machinery and/or equipment that may be a source of hazard shall be excluded. If this is not possible, warnings shall be applied directly to the machinery and/or equipment. Information on possible errors during reassembly shall be given in the operating manual (instructions).

49. Hazards caused by mixing up liquids and gases and/or by incorrect connection of electrical conductors during assembly shall be excluded. If this is not possible, information to this effect shall be indicated on the pipes, cables and/or connection blocks.

50. Measures shall be taken to eliminate hazards caused by contact with, or proximity to, parts of machinery and/or equipment or materials at high or low temperatures.

The hazard of ejection of working and spent substances at high or low temperatures from machinery and/or equipment shall be assessed. If a hazard exists, measures shall be taken to reduce it.

Protection against injury shall be ensured in the event of contact with, or close proximity to, parts of machinery and/or equipment, or when substances at high or low temperatures are used in operation.

Metal surfaces of hand tools and metal handles and latches of machinery and/or equipment shall be covered with heat-insulating material. Where possible (unintentional) contact of exposed skin with metal surfaces of equipment may occur, the temperature of these surfaces shall be within permissible values.

51. Machinery and/or equipment shall be developed (designed) so that there is no hazard of fire or overheating caused directly by the machinery and/or equipment or by gases, liquids, dust, vapours or other substances produced or used by the machinery and/or equipment.

Machinery and/or equipment shall be developed (designed) so that there is no unacceptable risk of explosion caused directly by the machinery and/or equipment or by gases, liquids, dust, vapours or other substances produced or used by the machinery and/or equipment. For this purpose it is necessary to:

avoid hazardous concentrations of explosive substances;

carry out continuous automatic monitoring of the concentration of explosive substances;

prevent ignition of a potentially explosive atmosphere;

minimise the consequences of an explosion.

52. During the development (design) of machinery and/or equipment, it shall be ensured that the parameters of noise, infrasound, and airborne and contact ultrasound do not exceed the permissible values during operation of the machinery and/or equipment.

53. The operating manual (instructions) shall specify the noise parameters of the machinery and/or equipment and the measurement uncertainty.

54. During the development (design) of machinery and/or equipment, permissible parameters of the vibration produced and acting on personnel shall be ensured.

The design of the machinery and/or equipment shall ensure an acceptable risk caused by exposure of personnel to the vibration produced.

55. For hand-held machines and manually controlled machines, as well as machines equipped with a workstation for personnel, the operating manual (instructions) shall state the total root-mean-square value of the weighted acceleration to which personnel are exposed and the measurement uncertainty of the assessment of this value.

56. Machinery and/or equipment shall be developed (designed) and manufactured so that ionising radiation does not create a hazard.

57. Where laser equipment is used: accidental radiation shall be prevented;

protection against direct, reflected, scattered and secondary radiation shall be ensured;

it shall be ensured that optical equipment for observing or adjusting the laser equipment presents no hazard.

58. During the development (design) of machinery and/or equipment, measures shall be taken to protect personnel against the adverse effects of non-ionising radiation, static electric fields, constant magnetic fields, power-frequency electromagnetic fields, and radio-frequency and optical electromagnetic radiation.

59. Gases, liquids, dust, vapours and other waste emitted by machinery and/or equipment during operation shall not be a source of hazard to human life and health or to the environment.

If such a hazard exists, the machinery and/or equipment shall be fitted with devices for collecting and/or removing these substances, located as close as possible to the source of emission, as well as with devices for continuous automatic monitoring of emissions.

60. Machinery and/or equipment shall be fitted with means that prevent personnel from being trapped inside the machinery and/or equipment. If this is not possible, it shall be fitted with signalling devices for calling for help.

61. Parts of machinery and/or equipment where personnel may be present shall be developed (designed) so as to prevent personnel from slipping, tripping or falling on or off them.

62. Maintenance points of machinery and/or equipment shall be located outside danger zones.

Maintenance shall, where possible, be carried out while the machinery and/or equipment is stopped. If, for technical reasons, these conditions cannot be met, it shall be ensured that maintenance is carried out safely.

63. It shall be possible to fit diagnostic equipment to machinery and/or equipment for fault detection.

It shall be possible to remove and replace quickly and safely those assemblies of machinery and/or equipment that require frequent replacement (especially if they must be replaced during operation or are subject to wear or ageing that may give rise to a hazard). Safe access to such elements shall be provided so that this work can be carried out with tools and measuring instruments in accordance with the operating manual (instructions).

64. Means (ladders, galleries, walkways, etc.) shall be provided for safe access to the workstation and to all maintenance areas.

65. Machinery and/or equipment shall be fitted with means of isolation from all energy sources. These means shall be identifiable by colour and size. It shall be possible to lock them if their actuation could create a hazard for persons in the zone exposed to the hazard.

It shall be possible to lock the means of isolating the power supply if personnel, from any place to which they have access, cannot verify whether the power supply is isolated.

It shall be possible to safely release (dissipate) any energy that remains stored in the circuits of the machinery and/or equipment after the power supply has been isolated. Where necessary, certain circuits may remain connected to energy sources to protect information or to maintain emergency lighting. In this case, measures shall be taken to ensure the safety of personnel.

66. Machinery and/or equipment shall be developed (designed) so that the need for intervention by personnel is limited, unless such intervention is provided for in the operating manual (instructions).

Where intervention by personnel cannot be avoided, it shall be safe.

67. It shall be possible to clean the internal parts of machinery and/or equipment that contain hazardous elements without entering the machinery and/or equipment. It shall also be possible to unblock them from the outside. Cleaning shall be carried out safely.

68. The information required to control the machinery and/or equipment shall be unambiguously understandable to personnel. Information shall not be excessive, so as not to overload personnel during operation.

69. Where personnel may be exposed to a hazard due to malfunctions, the machinery and/or equipment shall be fitted with devices that emit an acoustic or light warning signal.

Signals emitted by the warning devices of machinery and/or equipment shall be unambiguously perceptible. Personnel shall be able to check the operation of the warning devices.

70. Where a hazard remains despite the measures taken, the machinery and/or equipment shall be provided with warning notices (signs). These shall be understandable and written in Russian and in the state language(s) of the Customs Union Member State, where the legislation of the Customs Union Member State(s) contains corresponding requirements.

Annex No. 2
to the Customs Union Technical Regulation
"On Safety of Machinery and Equipment"
(TR CU 010/2011)

ILLI note!
Annex 2 is to be amended by Decision of the Council of the Eurasian Economic Commission No. 36 of 13.03.2026 (enters into force on 01.09.2026).

ADDITIONAL SAFETY REQUIREMENTS FOR CERTAIN CATEGORIES OF MACHINERY AND EQUIPMENT.

Footnote. Annex 2 as amended by Decision of the Council of the Eurasian Economic Commission No. 137 of 24.11.2023 (enters into force 360 calendar days after the date of its official publication).

Agricultural and Other Self‑Propelled and Mobile Machines

1. Machines that present hazards due to their movement shall additionally comply with the safety requirements set out in this Annex.

2. The operator's field of view from the operator's position shall be sufficient to ensure the safety of the operator and of personnel in the danger zone during the intended use of the machine and its working elements. Where necessary, the means required to eliminate hazards caused by insufficient visibility shall be provided.

3. The operator shall be able to actuate the controls required to operate the machine from the operator's position. The only exceptions are those types of work that, for safety reasons, must be performed using controls located outside the operator's position.

4. The steering system of wheeled machines shall be designed and manufactured so as to reduce the force on the steering wheel or steering levers caused by external impacts on the steered wheels.

5. The differential lock control device shall be designed and installed so that the differential can be unlocked while the machine is moving.

If, to perform production processes and its specified functions, the machine is fitted with equipment that extends beyond its overall dimensions (for example, stabilisers, booms, etc.), the operator shall be able to verify, before the machine starts moving, that this equipment is in the specified position that does not create a hazard when the machine travels.

6. Unintended movement of the machine shall be prevented while the engine is being started.

Machines shall comply with the requirements for slowing down, stopping, braking and holding stationary, so as to ensure safety in the operating modes, load levels and travel speeds specified in the operational documents.

7. The operator shall be able to slow down or fully stop the self-propelled machine by means of the service control device. Where required for safety in the event of a failure of the control system or an interruption of the power supply, machines shall be equipped with an emergency device for reducing speed or stopping, with a fully independent and easily accessible control device.

Where required for safety, machines shall be equipped with a parking brake that keeps the machine completely stationary.

8. Where a machine or a system of machines must be remotely controlled, each control unit shall be clearly identifiable with the machine for which it is intended.

The remote control system shall be designed and manufactured so that it can control only the relevant machine and/or specific operations.

A machine equipped with a remote control system shall be designed and manufactured so that it responds only to signals from the designated control unit.

9. A pedestrian-controlled machine shall move only as a result of continuous action by the operator on the relevant controls. Unintended movement of the machine shall be prevented while the engine is being started.

10. The control systems of a pedestrian-controlled machine shall be designed to minimise all risks associated with unintended movement of the machine towards the operator.

The travel speed of the machine shall be compatible with the walking speed of the operator.

If the machine is fitted with a rotating tool, any possibility of engaging it while the machine is reversing shall be prevented, except where the machine is driven directly by that rotating tool. In the latter case, the reversing speed of the machine shall not present a hazard to the operator.

Failure of the power source for the steering (if fitted) shall not prevent the machine from being steered throughout the entire period of time required for it to come to a complete stop.

11. The machine shall be designed, manufactured and, where necessary, mounted on its chassis so that uncontrolled oscillations of its centre of gravity during travel do not affect the stability of the machine and do not create excessive loads on its structure.

A self-propelled machine shall be designed and manufactured so that it remains stable under the specified operating conditions.

12. If there is a risk of a self-propelled machine overturning under the specified operating conditions, it shall be equipped with a roll-over protective structure (ROPS). If the machine overturns, the design of this structure shall provide the operator inside the machine with an appropriate deflection-limiting volume (DLV).

The seats of the machine shall be of appropriate design or be fitted with a restraint system that keeps the operator in place without restricting the actions necessary to control the machine.

13. If, depending on the operating conditions of a self-propelled machine, there is a risk of objects falling onto it, the machine shall be equipped with a falling-object protective structure (FOPS).

If objects fall, the design of this structure shall provide the operator inside the machine with an appropriate deflection-limiting volume (DLV).

14. Machines that are intended for towing or that are themselves towed shall be equipped with a towing device designed, manufactured and positioned so as to ensure easy and safe coupling and uncoupling and to prevent accidental uncoupling during operation.

15. Semi-trailed and semi-mounted machines shall be equipped with stands with bearing surfaces suited to the load and ground conditions.

16. Removable mechanical transmission devices that connect self-propelled machines (tractors) to the first fixed bearing of towed machines shall be designed and manufactured so that every part that moves during operation is guarded along its entire length.

The power take-off (PTO) shaft of the self-propelled machine (tractor) to which the removable mechanical transmission device is connected shall be protected by a special guard securely fixed to the self-propelled machine (tractor), or by any other device that provides an equivalent level of protection.

It shall be possible to open this guard to gain access to the removable transmission device. When the device is installed, sufficient space shall remain to prevent the cardan shaft from damaging the guard while the self-propelled machine (tractor) is moving.

The power input shaft of the towed machine shall be enclosed in a protective cover fixed to the towed machine.

Torque limiters or freewheel clutches may be fitted to the universal joint of the cardan shaft only on the towed machine side. The removable mechanical transmission device shall bear appropriate marking.

17. All towed machines whose operation requires a removable mechanical transmission device connecting them to self-propelled machines (tractors) shall have a system for attaching this device that, when the machines are uncoupled, protects the device itself and its guards against damage caused by contact with the ground or with parts of the machines.

The outer parts of the guards shall be designed, manufactured and positioned so that they cannot rotate together with the removable mechanical transmission device. The guard shall cover the cardan shaft up to the ends of the inner yokes (in the case of simple universal joints) and at least up to the middle of the outer joint in the case of wide-angle universal joints.

If the means of access to the workstations on the machine are located near the removable mechanical transmission device, they shall be designed and manufactured so that the cardan shaft guards cannot be used as steps, unless this is provided for by the design.

18. Battery locations shall be designed and manufactured to eliminate the hazard of electrolyte splashing onto the operator if the machine overturns and to prevent electrolyte vapours from accumulating at the operator's position.

The machine shall be designed and manufactured so that the batteries can be disconnected by means of an easily accessible device (switch) specially intended for this purpose.

19. Depending on the types of hazard, the machine shall be equipped with fire extinguishers located in easily accessible places and/or built-in fire-extinguishing systems.

20. The operator shall be protected against the risk of exposure to hazardous substances if the main function of the machine is to spray them.

21. Machines equipped with operator positions shall be fitted with an appropriate device for transmitting signals from the towing machine to the towed machine (where necessary).

22. The workstations of operators of agricultural machines who are outside the cab of the power unit while the unit is operating shall be protected against soil, process material and dirt being thrown onto them.

23. Folding elements intended to reduce the transport width and/or height shall have mechanical or other means of holding them in the transport position.

24. Self-propelled machines and power units intended for operation in mountainous conditions shall be equipped with maximum permissible tilt warning devices.

25. The safety requirements established for mounted, semi-mounted, trailed, semi-trailed and installed agricultural machines are assessed during testing as part of a machine-tractor unit consisting of the mounted, semi-mounted, trailed or installed machine and the power unit (tractor).

26. If self-propelled machines and power units are intended for use in a hazardous environment, or if the machines and power units themselves create a hazardous environment, appropriate devices shall be provided to ensure normal working conditions for the operator and to protect the operator against foreseeable hazards.

27. If the operator's position is equipped with a cab, the cab shall allow the operator to leave the machine quickly and shall have at least 1 emergency exit.

28. Machines coupled to a power unit that cover the light-signalling devices of the power unit in the transport position, as well as self-propelled machines, shall be equipped with their own external lighting devices.

29. Where machines use gaseous fuel (compressed natural gas (CNG), liquefied natural gas (LNG) or liquefied petroleum gas (LPG)) to supply internal combustion engines (positive-ignition engines running on compressed natural gas (CNG), liquefied natural gas (LNG) or liquefied petroleum gas (LPG), as well as dual-fuel compression-ignition engines running on diesel fuel and compressed natural gas (CNG), liquefied natural gas (LNG) or liquefied petroleum gas (LPG)), the particular requirements for the equipment and its installation set out in this Annex shall apply.

Lifting Machines

1. Lifting machines shall be designed and manufactured so that during their operation (in the working and non-working states), as well as at the other stages of the life cycle (manufacture, installation, testing, dismantling, etc.), they retain the declared geometric shape, strength, rigidity, stability, wear and corrosion resistance, as well as balance (the latter only for certain types of portal crane jibs).

The strength, rigidity, stability and balance of the design elements of the steel structure, as well as the relevant safety indicators of the mechanisms of the lifting machine, taking into account the specified operating modes, shall be confirmed by calculation.

2. Lifting machines that travel on a rail track shall be equipped with special devices that prevent the risk of derailment, as well as unauthorised movement under wind loads.

If the risk of derailment exists despite these devices, for example due to possible seismic action or failure of the rail tracks themselves, additional devices shall be used to prevent the equipment from falling.

3. Lifting machines shall be designed and manufactured taking into account the intended operating conditions, the operating time and the operating mode of the mechanisms. The hoisting mechanisms of lifting machines intended to serve intensive technological processes shall be equipped with operating data recorders.

All free-standing jib-type cranes shall also be equipped with operating data recorders (with load moment limiters).

Materials used for the manufacture of lifting machines shall be selected taking into account the intended operating conditions (in the working and non-working states), such as temperature, aggressiveness of the environment, explosion and fire hazard of the environment, etc. The quality of materials shall be confirmed by manufacturer's certificates.

4. Sheaves and drums for steel wire ropes shall have a diameter not less than that determined by the mechanism classification group of the mechanism in which they are installed. The sheave groove and the grooving of the drum shall correspond to the diameter of the installed steel wire rope.

The design force for selecting the steel wire rope is determined by the design of the mechanism, taking into account the reeving ratio. The minimum working coefficient (safety factor) of the steel wire rope shall be not less than that determined by the mechanism classification group of the mechanism in which the rope is installed. The minimum working coefficient (safety factor) of the steel wire rope for each individual leg of slings shall be not less than 6, provided that the maximum angle between the legs of multi-leg slings is not more than 90^o. The design load for each leg of multi-leg slings is determined on the assumption that the load is held by three or fewer legs.

Steel wire ropes intended directly for lifting or holding the load (except ropes of cableways and endless slings) shall have no splices other than the terminations of the rope ends.

The quality of the end terminations and the method of fastening the steel wire ropes are selected to ensure an appropriate level of safety of the mechanism and of the lifting machine as a whole.

5. The dimensions of sprockets shall be selected taking into account the mechanism classification group and the chain pitch.

The design force for selecting the chain is determined by the design of the mechanism, taking into account the reeving ratio. The minimum working coefficient (safety factor) of the chain shall be not less than that determined by the mechanism classification group of the mechanism in which the chain is installed.

The method of fastening and splicing of the link chain is selected to ensure an appropriate level of safety of the mechanism and of the lifting machine as a whole.

The minimum working coefficient (safety factor) of the chain for each individual leg of slings shall be not less than 4, provided that the maximum angle between the legs of multi-leg slings is not more than 90^o. The design load for each leg of multi-leg slings is determined on the assumption that the load is held by three or fewer legs.

Where textile ropes and webbing are used in the design of slings, the minimum working coefficient (safety factor) of the textile rope or webbing for each individual leg of slings shall be not less than 7, provided that the maximum angle between the legs of multi-leg slings is not more than 90^o.

Splicing (stitching) of textile ropes and webbing shall not reduce the specified minimum working coefficient of each individual leg of the sling.

6. Devices intended to control movements shall function in such a way that the lifting machines on which they are installed are safe.

Lifting machines shall be designed, manufactured or equipped with special devices that make it possible to limit the amplitude of movement of the relevant machine components within specified limits. Where necessary, a warning signal shall be given when these devices begin to operate.

If free-standing lifting machines or lifting machines travelling on rail tracks can accidentally come into close proximity to each other and create a risk of collision, they shall be equipped with systems that make it possible to avoid this risk.

Lifting machines shall be designed and manufactured so as to prevent dangerous displacement or free and uncontrolled fall of the loads placed on them, even if this is caused by a complete or temporary power failure or by the operator stopping the machine.

Under normal operating conditions, lowering the load using only the friction brake system shall not be the only possible method, except for machines that cannot function otherwise.

Load-holding devices shall be designed and manufactured so as to exclude any possibility of accidental fall of loads.

7. The operating position of the lifting machine shall provide the best possible view of the trajectories of its moving parts in order to prevent possible collisions with persons, equipment or other machines that move at the same time in close proximity and thereby create a certain hazard.

Lifting machines that travel on a rail track shall be designed and manufactured so as to protect persons from injuries caused by loads, carriers or counterweights (if any). Where necessary to meet this requirement, access to the zone of load movement under normal operating conditions shall be prevented.

If, during inspection or maintenance, there is a risk of crushing parts of the body of a person located below or above the carrier between any fixed element and the carrier, sufficient free space in the form of a refuge shall be provided, or mechanical devices that block the movement of the carrier shall be installed.

8. The carrier of a lifting machine serving fixed landings shall travel along rigid guides. Scissor-type lifting systems are also considered systems with rigid guides.

If persons have access to the carrier, the lifting machine shall be designed and manufactured so as to ensure that the carrier remains stationary during access, in particular during loading or unloading.

The lifting machine shall be designed and manufactured so that the difference in level between the carrier and the landing it serves does not cause a risk of tripping or falling.

9. If there is a risk associated with the load falling from the carrier, the lifting machine shall be designed and manufactured so as to exclude this risk.

10. At boarding/alighting (loading/unloading) points, the risk of persons coming into contact with the moving carrier or with other moving parts of the lifting machine shall be excluded.

Where there is a risk of persons falling into the zone of carrier travel when the carrier is not at the landing (loading/unloading platform), guards shall be provided to exclude this risk. These guards shall not open towards the zone of carrier travel. They shall be fitted with an interlocking protective device that operates depending on the position of the carrier and prevents dangerous movement of the carrier until the guards are closed and locked, and prevents the guard from opening before the carrier has stopped at the relevant landing (loading/unloading platform).

11. To confirm the operability of lifting machines, they shall periodically be subjected to static and dynamic load tests with a load of 1,25 times the load capacity stated in the passport (static tests) and 1,1 times the load capacity stated in the passport (dynamic tests). The load test procedure shall be set out in the operating manual of the lifting machine.

Newly manufactured lifting machines (free-standing jib-type cranes) are additionally tested for overall stability against overturning. The test procedure shall be set out in the operating manual of the lifting machine.

12. Manually operated control devices of lifting machines shall return automatically to the initial position. However, for the control of part or all of a movement in which there is no risk of collision of loads or machines, these control devices may be replaced by special devices that allow automatic stopping at preset positions without the use of a device with automatic return to the initial position.

Rope carriers and traction means shall be held by counterweights or by a device that allows the tension to be controlled.

13. Each length of lifting chain, rope or sling that is not an assembly unit shall bear a marking or, where this is not possible, a plate or a non-removable ring stating the name and address of the manufacturer.

Lifting chains, steel wire ropes, textile ropes and webbing shall be accompanied by a manufacturer's attestation containing the following information:

– the name and address of the manufacturer;

– the grade of the chain, steel wire rope, textile rope or webbing, including the nominal size, construction and material data;

– the test method used;

– the minimum breaking (or failure) load.

The form of this manufacturer's attestation is approved by the Customs Union Commission.

14. All lifting accessories shall bear the identification of the material for which they are intended (where this information is necessary for safe operation) and the maximum load capacity.

For lifting accessories that cannot be marked, the above information shall be applied to a plate securely attached to them, or shall be placed where the risk of its being rubbed off (for example, through wear) or of adversely affecting the strength of the lifting accessories is lowest. This information shall be clearly legible.

15. Each lifting machine shall bear its maximum load capacity as stated in the passport. Jib-type cranes shall additionally be fitted with a plate showing the load chart.

Lifting machines intended solely for lifting loads and equipped with carriers that people can access shall bear a clearly applied warning prohibiting the lifting of persons. This warning shall be clearly visible from every location from which the carriers can be accessed and shall remain in place throughout the service life of the machine.

16. The mechanisms of a lifting machine shall be fitted with normally closed brakes (except for the brakes of the slewing mechanism, which may be normally open).

The braking safety factor of the hoisting mechanism of a lifting machine shall be assigned taking into account the mechanism classification group, but shall be not less than 1,5.

The hoisting mechanisms of lifting machines intended for lifting and transporting dangerous loads shall be fitted with two brakes. The braking safety factor of each brake shall be assigned so as to ensure the specified level of safety.

17. The load-handling devices of a lifting machine shall meet the requirements for ensuring the specified level of safety. They shall prevent spontaneous release, falling or spilling of the load during lifting and transport, including in the event of control system malfunctions.

Load hooks, except hooks of special design, shall be mounted on thrust rolling bearings.

The attachment of the hook to the hook block shall fully prevent its unauthorised separation from the hook block during operation.

Each hook of a lifting machine shall be fitted with a safety latch that prevents the sling, ring or eye from accidentally slipping out of the hook throat during lifting and transport of the load.

18. The electrical equipment and the control system of a lifting machine shall meet the requirements for ensuring the specified level of safety and shall meet the requirements of the classification groups of the mechanisms installed on it.

The control system of a lifting machine shall, as a minimum, be provided with no-volt and overcurrent protection. It shall prevent unauthorised start of the mechanism drives and shall prevent electric shock to personnel.

19. The hydraulic equipment of a lifting machine shall meet the requirements for ensuring the specified level of safety. It shall prevent damage to hydraulic drive components caused by contact with elements of the steel structure and shall prevent spontaneous lowering of the load (jib) in emergency situations.

Each hydraulic circuit shall be protected against overpressure by a sealed pressure relief valve set for operation with a rated load equal to the load capacity stated in the passport.

20. Lifting machines shall be fitted with the necessary safety instrumentation: limiters (for example, limiters of working movements, necessary interlocks on cab entrance doors, etc.) and indicators (for example, light indication of supply voltage, indication of weighing devices, audible warning of the start of lifting and transport of the load, etc.). The list and number of necessary limiters and indicators for a lifting machine shall be selected based on its design features, degree of criticality and the need to ensure the required level of safety.

21. The controls of a lifting machine shall be designed and installed so that control is convenient and does not hinder observation of the load-handling device and the load.

The direction of movement of handles and levers shall, where possible, correspond to the direction of movement of the mechanisms.

22. The internal dimensions of lifting machine control cabs shall meet the ergonomic and safety requirements established for this equipment.

23. Easily accessible moving parts of a lifting machine shall be covered by strong removable guards that permit inspection and maintenance of the mechanisms.

Uninsulated live parts of the electrical equipment of lifting machines that are located where contact with them cannot be ruled out shall be guarded.

24. Galleries, platforms and ladders of lifting machines shall provide the specified strength, and their dimensions shall comply with the established safety requirements.

25. Welded joints of load-bearing elements of the steel structures of lifting machines shall ensure their safety.

26. The rail track (for lifting machines that travel on a rail track) shall be designed and manufactured so that, during operation (in working and non-working conditions) and at the other stages of the life cycle of the lifting machine (installation, testing, etc.), it retains its declared strength, rigidity, stability, fatigue resistance, wear resistance and corrosion resistance.

Equipment for Processing Food Products and for Manufacturing Cosmetics or Pharmaceuticals

1. Materials in contact with food products, cosmetics or pharmaceuticals shall be suitable for their intended use. The surfaces of materials and their coatings shall be resistant to the media they contact. They shall allow cleaning and disinfection without breaking down, cracking, chipping, peeling or abrasion.

2. Equipment surfaces in contact with products, cosmetics or pharmaceuticals shall be smooth, without projections or recesses in which product can accumulate.

Equipment shall be easy to clean and disinfect (where necessary, after first removing all easily detachable parts). Internal surfaces of equipment shall have radiused transitions that allow thorough cleaning.

3. It shall be possible to remove completely from the equipment all liquids, gases and aerosols released by products, cosmetics or pharmaceuticals, as well as those generated by cleaning and disinfection.

4. Equipment shall be designed and manufactured so as to prevent the entry of foreign substances or pests (for example, insects) and the accumulation of any organic matter in places inaccessible for cleaning.

5. Equipment shall be designed and manufactured so as to prevent any contact between auxiliary substances hazardous to health (for example, lubricants) and food products, cosmetics or pharmaceuticals.

6. The operating manual (instructions) for the equipment shall contain information on the agents and methods recommended for cleaning, disinfection and rinsing.

Machines Equipped with Gaseous Fuel Supply Equipment (Compressed Natural Gas (CNG), Liquefied Natural Gas (LNG), Liquefied Petroleum Gas (LPG))

Footnote. The Technical Regulation is supplemented with a Section in accordance with Decision of the Council of the Eurasian Economic Commission of 24.11.2023 No. 137 (enters into force 360 calendar days after the date of its official publication).

1. Only gas fuel equipment may be installed on machines if, for such equipment, communications concerning type approval have been issued in accordance with the Agreement Concerning the Adoption of Uniform Technical Prescriptions for Wheeled Vehicles, Equipment and Parts which can be Fitted and/or be Used on Wheeled Vehicles and the Conditions for Reciprocal Recognition of Approvals Granted on the Basis of these Prescriptions, concluded in Geneva on 20 March 1958 (hereinafter the 1958 Agreement), or if its conformity with the requirements of the Customs Union Technical Regulation "On Safety of Wheeled Vehicles" (TR CU 018/2011) or the Customs Union Technical Regulation "On Safety of Agricultural and Forestry Tractors and Trailers for Them" (TR CU 031/2012) has been confirmed.

2. Each gas cylinder must have a passport. The passport is an integral part of the technical documentation. It ensures the identification of the gas cylinder. It is drawn up by the manufacturer of the gas cylinder in accordance with the uniform form established by the Board of the Eurasian Economic Commission.

3. Each gas cylinder installed on a machine must bear clearly applied, indelible markings: the Serial Number and the designation "LPG", "CNG" or "LNG".

4. Gaseous fuel supply equipment (compressed natural gas (CNG), liquefied natural gas (LNG) or liquefied petroleum gas (LPG)) is installed taking into account the requirements of clause 5 of this Section.

5. Engine gaseous fuel supply systems (compressed natural gas (CNG), liquefied natural gas (LNG) or liquefied petroleum gas (LPG)) (hereinafter the fuel supply system) must meet the requirements specified in subclauses 5.1 – 5.13 of this Section.

5.1. All elements of the fuel supply system must be rigidly fixed.

5.2. The fuel supply system must be installed so that it is protected against damage.

5.3. No devices may be connected to the fuel supply system (except those strictly necessary for the proper operation of the engine and the cab heating system).

5.4. The machine cab heating system may be connected to the fuel supply system if such cab heating system and its connection are fire-safe and do not affect the normal functioning of the fuel supply system.

5.5. No element of the fuel supply system (including any protective device) that is part of the fuel supply system equipment may project beyond the external dimensions of the machine.

5.6. No elements of the fuel supply system may be located less than 100 mm from the engine exhaust system or a similar heat source, unless such elements of the fuel supply system equipment have an adequate heat shield.

5.7. The fuel supply system must include the following equipment elements:

a) for liquefied petroleum gas (LPG) supply:

gas cylinder;

80-percent stop valve;

level indicator;

pressure relief valve;

remotely controlled service valve with excess flow valve;

pressure regulator and vaporizer;

remotely controlled shut-off valve;

refuelling unit;

gas pipes and hoses;

injector, gas injection device or gas mixer;

electronic control unit (ECU);

pressure limiter;

non-return valve;

gas line pressure relief valve;

gas metering unit;

filter;

pressure and temperature sensor;

fuel pump;

power supply bushing;

service coupling;

fuel selection system;

fuel lines;

b) for compressed natural gas (CNG) supply:

automatic valve;

fittings;

gas cylinder;

gas-air mixer (the standard gas-air mixer of the machine may be used);

flexible and rigid fuel lines;

refuelling unit or receptacle;

manually operated valve;

pressure gauge or fuel level indicator;

safety device (triggered at a specified temperature);

electronic control unit (ECU) (for electronic systems) (except in the case of conversion of machines that includes the installation of a gas engine);

c) for liquefied natural gas (LNG) supply:

(manual) valve;

cryogenic tank (cryotank);

receiver;

pressure and/or temperature sensor;

refuelling receptacle;

check valve or non-return valve;

pressure gauge or fuel level indicator;

excess flow valve (flow limiting device);

pressure relief valve;

pressure regulator;

natural gas detector;

venting system;

couplings;

heat exchanger/vaporizer;

fuel line;

electronic control unit (ECU) (except in the case of conversion of machines that includes the installation of a gas engine).

5.8. On a machine ready for operation, the distance between the gas cylinder and the supporting surface (ground) must be at least 200 mm.

5.9. Rigid and flexible fuel lines must be fastened so that they are not subjected to vibration or external loads.

At the fastening point, flexible or rigid fuel lines must be installed so that there is no contact between metal parts.

Rigid and flexible fuel lines must not be routed at the location of the jacking points.

In exposed sections, fuel lines must be covered with protective material.

5.10. Soldered or welded joints, as well as bite-type compression joints, are not permitted.

Joints must be leak-tight.

All joints must be located in places accessible for inspection.

5.11. The refuelling unit must be located on the outside of the machine or in the engine compartment.

The fastening of the refuelling unit must prevent its rotation and protect it against dirt and moisture.

5.12. The design of electrical connections and electrical equipment elements must prevent the formation of electric sparks.

5.13. When a machine is converted to gaseous fuel supply (changes are made to the design of the machine), the requirements for the procedure, processes and methods of inspection of the installation of gas fuel equipment must be met in accordance with the interstate standards included in the lists provided for in clause 4 of the Protocol on Technical Regulation within the Eurasian Economic Union (Annex No. 9 to the Treaty on the Eurasian Economic Union of 29 May 2014).

Requirements for individual changes made to the design of the machine

Gaseous fuel supply equipment (compressed natural gas (CNG), liquefied natural gas (LNG) or liquefied petroleum gas (LPG)) is installed in compliance with the following requirements:

a) only gas fuel equipment may be installed on the machine if, for such equipment, communications concerning type approval for the relevant engine family have been issued in accordance with the 1958 Agreement, or if its conformity with the requirements of the Customs Union Technical Regulation "On Safety of Wheeled Vehicles" (TR CU 018/2011) or the Customs Union Technical Regulation "On Safety of Agricultural and Forestry Tractors and Trailers for Them" (TR CU 031/2012) has been confirmed;

b) gaseous fuel supply equipment must be placed and installed in accordance with the requirements of international and regional (interstate) standards, or, in their absence, national (state) standards, whose application on a voluntary basis ensures compliance with the requirements of the Customs Union Technical Regulation "On Safety of Machinery and Equipment" (TR CU 010/2011), and of international and regional (interstate) standards, or, in their absence, national (state) standards, containing rules and methods of research (testing) and measurement, including sampling rules, necessary for the application and fulfilment of the requirements of the Customs Union Technical Regulation "On Safety of Machinery and Equipment" (TR CU 010/2011) and for the conformity assessment of objects of technical regulation, for the relevant types of machinery and/or equipment.

Annex No. 3
to the Customs Union Technical Regulation
"On Safety of Machinery and Equipment"
(TR CU 010/2011)

ILLI note!
Annex 3 is provided as amended by Decision of the Council of the Eurasian Economic Commission of 13.03.2026 No. 36 (enters into force on 01.04.2028).
Footnote. Annex 3 as amended by Decision of the Council of the Eurasian Economic Commission of 16.05.2016 No. 37 (enters into force 6 months after the date of its official publication).

List of objects of technical regulation subject to
conformity confirmation with the requirements of the Technical Regulation
of the Customs Union "On Safety of Machinery and Equipment"
in the form of certification

1. Household woodworking machines.

2. Snow and swamp vehicles, snowmobiles and trailers for them.

3. Garage equipment for motor vehicles and trailers.

4. Agricultural machinery.

5. Powered small-scale mechanization equipment for garden, vegetable-garden and forestry use, including electric equipment.

6. Machinery for livestock farming, poultry farming and feed production.

7. Power tools, including electric power tools.

8. Process equipment for logging, timber yards and timber rafting:

- petrol-driven saws;

- electric chain saws.

9. Deleted by Decision of the Council of the Eurasian Economic Commission No. 37 of 16.05.2016 (enters into force 6 months after the date of its official publication).

10. Equipment for stripping and stoping operations and for supporting mine workings:

- longwall shearers;

- powered longwall complexes;

- powered longwall roof supports;

- pneumatic tools.

11. Equipment for driving mine workings:

- roadheaders for coal and rock;

- steel supports for development workings.

12. Equipment for shaft hoisting and mine transport:

- mine scraper conveyors;

- mine belt conveyors;

- mine and ore-mining winches.

13. Equipment for drilling blast holes and boreholes, equipment for charging and stemming blast holes:

- pneumatic rock drills (drilling hammers);

- pneumatic down-the-hole hammers;

- borehole drilling machines for the ore-mining industry;

-drilling rigs.

14. Equipment for ventilation and dust suppression:

- mine fans;

- dust collection and dust suppression equipment;

- oxygen compressors.

15. Lifting and handling equipment, cranes.

List of objects of technical regulation subject to
conformity confirmation with the requirements of the Technical Regulation
of the Customs Union "On Safety of Machinery and Equipment" in the form of
declaration of conformity

1. Turbines and gas turbine plants.

2. Draught and blower fans.

3. Crushers.

4. Diesel generators.

5. Lifting accessories.

6. Conveyors.

7. Electric wire rope and chain hoists.

8. Industrial trucks (trackless floor transport).

9. Chemical equipment, oil and gas processing equipment.

10. Equipment for processing polymer materials.

11. Pumping equipment (pumps, pump units and pumping installations).

12. Cryogenic, compressor, refrigerating, oxy-fuel gas and gas cleaning equipment:

- air separation and rare gas plants;

- apparatus for treatment and purification of gases and liquids, heat and mass transfer apparatus for cryogenic systems and plants;

- compressors (driven air and gas compressors);

- refrigerating plants.

13. Equipment for gas-flame processing of metals and metallization of products.

14. Gas cleaning and dust collection equipment.

15. Pulp and paper equipment.

16. Papermaking equipment.

17.Oilfield equipment, geological exploration drilling equipment.

18. Process equipment and apparatus for applying paint coatings to engineering products.

19. Equipment for liquid ammonia.

20. Drinking water treatment equipment.

21. Metalworking machine tools.

22. Forging and pressing machines.

23. Woodworking equipment (except household woodworking machines).

24. Foundry process equipment.

25. Equipment for welding and thermal spraying.

26. Industrial tractors.

27. Lift trucks.

28. Bicycles (except children's bicycles).

29. Machinery for earth-moving and land reclamation work, quarry development and maintenance.

30. Road construction machinery, equipment for preparing construction mixes.

31. Construction equipment and machinery.

32. Equipment for the building materials industry.

33. Process equipment for logging, timber yards and timber rafting (except petrol-driven saws and electric chain saws).

34. Process equipment for the peat industry.

35. Industrial laundry equipment.

36. Equipment for dry cleaning and dyeing of clothing and household articles.

37. Machinery and equipment for municipal services.

38. Industrial fans.

39. Industrial air conditioners.

40. Air heaters and air coolers.

41. Process equipment for light industry.

42. Process equipment for the textile industry.

43. Process equipment for the production of chemical fibres, glass fibre and asbestos yarns.

44. Process equipment for the food, meat and dairy, and fish industries.

45. Process equipment for the flour milling and cereal, compound feed and grain elevator industries.

46. Process equipment for retail trade establishments, commercial catering establishments and commercial kitchens:

equipment for mechanical processing of food, including equipment for fruit and vegetable warehouses and food preparation plants;

thermal equipment for commercial catering establishments, commercial kitchens, as well as fruit and vegetable warehouses and food preparation plants.

47. Printing machinery.

48. Process equipment for the glass, porcelain, earthenware and cable industries.

49. Heating boilers burning liquid and solid fuels.

50. Gas and dual-fuel burners (except monoblock burners), liquid fuel burners, built into equipment intended for use in technological processes at industrial enterprises.

51. Water heating and space heating appliances burning liquid and solid fuels.

52. Milling cutters:

- milling cutters with indexable carbide inserts;

- high-speed steel slitting and slotting cutters;

- carbide milling cutters.

53. Turning tools:

- turning tools with brazed carbide inserts

- turning tools with indexable carbide inserts.

54. Circular saw blades with carbide inserts for processing wood-based materials.

55. Fitter's and assembly hand tools with insulating handles for work in electrical installations with voltage up to 1000 V.

56. Shell milling cutters:

- shell woodcutting cutters with relieved teeth;

- shell woodcutting cutters with steel or cemented carbide knives;

- assembled cylindrical shell cutters.

57. Tools made of natural and synthetic diamonds:

- diamond grinding wheels;

- diamond cutting-off wheels.

58. Tools made of synthetic superhard materials based on boron nitride (elbor tools):

- grinding wheels.

59. Industrial pipeline valves.

60. Abrasive tools, abrasive materials:

- grinding wheels, including those for hand-held power tools;

- cutting-off wheels;

- polishing wheels;

- flap grinding wheels;

- endless abrasive belts;

- fibre grinding discs.

APPROVED
by Decision of the Commission
of the Customs Union
of 18 October 2011 No. 823
(as amended by Decision of the Board
of the Eurasian Economic Commission
of 19 May 2015 No. 55)

List
of standards, the application of which
on a voluntary basis ensures compliance with the requirements
of the Customs Union Technical Regulation "On Safety
of Machinery and Equipment" (TR CU 010/2011)

Footnote. The list as amended by Decision of the Board of the Eurasian Economic Commission of 19.05.2015 No. 55 (enters into force 30 calendar days after the date of its official publication).