Introduction: why the standard plays a key role in the functioning of production
Functional safety is the basis of safe operation of industrial facilities, especially in conditions of high level of automation. Standards IEC 61508 and 62061 establish strict requirements for the design, implementation and operation of systems that ensure the safety of production processes. In Ukraine, where the industry is subject to rapid changes, compliance with these standards becomes not just a recommendation, but a necessary condition for safe work and effective management of MRO.
The range of applications and requirements for manufacturers
The IEC 61508 and 62061 standards apply to automation systems, including controllers, sensors, actuators, and other components that affect the safety of personnel and equipment. They require manufacturers and suppliers to provide functional safety, including reliability calculations, testing and documentation. In countries with a developed industrial sector, such as Ukraine, these standards are mandatory for enterprises using automated systems.
Main requirements: table of main duties
Below is a table that reflects the main requirements of the IEC 61508 and 62061 standards:
| requirement | Description | Term |
|---|---|---|
| Mandatory performance | All components of automation systems must meet functional safety requirements | From the moment of commissioning |
| Reliability calculation | Calculation of MTBF (mean time without failure) and safety levels | During design |
| Testing | General testing and experimental tests | During production |
| Documentation | Compliance documentation and certificates | During production |
| Operation | Regular inspection and implementation of the maintenance plan | During operation |
Impact on MRO operations: changes in service, procurement and documentation
Implementation of IEC 61508/62061 standards requires significant changes in the work of MRO teams. Maintenance now includes not only maintenance but also functional safety testing of components. The purchase of components must meet the requirements of the standards, which requires the use of certified suppliers. Documentation according to standards becomes necessary for reporting and auditing.
Component requirements: which particles must be certified
Functional safety requires components such as sensors, controllers, actuators and electronic modules to meet the requirements of the IEC 61508/62061. standards. Such components must have certificates of conformity that establish the safety level (SIL) and MTBF. For example, regulators with SIL 3 have an average time without failure of at least 100,000 hours, which ensures reliability in production conditions.
Practical Compliance Check: A Checklist for Maintenance Managers
Below is a checklist that a maintenance manager can use to meet the requirements of the standards:
- Verify that each component complies with IEC 61508/62061. standards
- Perform an MTBF calculation for all key components.
- Keep certificates of conformity and test documentation.
- Perform regular functional safety checks.
- Conduct a compliance audit every 12 months.
- Use only certified components for operation.
- Carry out a maintenance plan, including a functional safety check.
- Maintain test and compliance reports.
- Conduct training for staff on the requirements of the standards.
- Carry out conformity checks before commissioning.
- Create a compliance plan that includes requirements for all components.
- Document all testing and compliance.
- Perform regular compliance checks.
- Use certified suppliers.
- Perform compliance checks annually.
- Keep all documents for compliance.
- Perform a functional safety check when restoring equipment.
- Use only certified components.
- Perform a functional safety check when changing equipment.
- Perform a functional safety check when leaving production.
The most common violations: what auditors find
Auditors often find the following violations of IEC 61508/62061 standards:
- Absence of certificates of conformity on components.
- Violation of MTBF requirements.
- Insufficient test documentation.
- Use of components that do not meet the requirements of the standards.
- Lack of a maintenance plan that includes functional safety testing.
- Lack of functional safety checks.
- Incorrect test documentation.
- Insufficiency of certificates of conformity.
- Incorrect execution of tests.
- Lack of compliance with standards.
Penalties and liability: consequences of violation
Violating IEC 61508/62061 standards can lead to serious consequences. Businesses can be fined between €5,000 and €100,000 depending on the severity of the breach. Additional costs may also be incurred to restore the equipment and fulfill the relevant requirements. Violation may result in liability to third parties if safety violations or production damage occur.
Conclusion: Refer to the UNITEC-D E-Catalog for certified components
Compliance with IEC 61508/62061 standards requires the use of certified components and a strict approach to maintenance. United-D is a reliable supplier of components that meet functional safety requirements. All products are certified according to CE, UkrSEPRO, EN, ISO standards, which ensures reliability and compliance with operating conditions. Consult the UNITEC-D E-Catalog for certified components that ensure the safety and efficiency of your production.
Sources: official documents and publications of regulatory bodies
IEC - International Electrotechnical Commission
ANSI - American National Standards Organization
ISO - International Standards Organization
UkrSEPRO - Ukrainian Certification Center
Eurofins - certification services
