Key takeaways:
The Work Equipment Directive is intended to ensure that work equipment used at work is safe and does not endanger workers’ health, and that employers meet the minimum requirements for maintenance and for organizing its safe use.
- Directive 2009/104/EC sets out the minimum health and safety requirements for workers’ use of work equipment.
- It is a specific directive within the meaning of Article 16(1) of Directive 89/391/EEC (social directive).
- It covers work equipment and the following activities: starting, stopping, transport, repairs, modifications, maintenance, and cleaning.
- It imposes obligations on the employer: selecting the appropriate equipment, maintenance, inspections, and training in safe operation.
- It indicates the importance of guards and interlocks, safety-related control systems, and documentation; the National Labour Inspectorate uses checklists in audits
Minimum Health and Safety Requirements for the Use of Work Equipment
Directive 2009/104/EC (also known as the Work Equipment Directive) of the European Parliament and of the Council of 16 September 2009 is a key legal act that sets out the minimum health and safety requirements for the use of work equipment by workers at work. It is the second individual Directive within the meaning of Article 16(1) of Directive 89/391/EEC, which lays down measures to encourage improvements in the safety and health of workers at work.
The purpose of Directive 2009/104/EC is to ensure that work equipment used by workers is safe and does not pose a risk to their health. The Directive sets minimum safety requirements that employers must meet to protect workers from risks associated with the use of work equipment.
What is the Work Equipment Directive 2009/104/EC?
Directive 2009/104/EC sets out the minimum health and safety requirements for the use of work equipment by workers at work. It is one of the so-called social directives. Work equipment is defined as any machine, apparatus, tool, or installation used at work. The use of work equipment covers any activity involving such equipment, including starting, stopping, operating, transporting, repairing, upgrading, modifying, maintaining, servicing, and cleaning it.
A danger zone is any area within or around work equipment in which a worker is exposed to a risk to safety or health. An exposed worker is any worker who is wholly or partly in a danger zone. An operator is the worker or workers assigned to use the work equipment.
Work Equipment Directive: General Employer Obligations
Employers must ensure that the work equipment made available to workers in the undertaking or establishment is suitable for the work to be carried out and can be used without risk to their safety or health. When selecting work equipment to be used, the employer must take account of the specific working conditions, the nature of the work, and the safety and health risks to workers.
Employers must also take the necessary measures to ensure that work equipment is properly maintained and inspected so that it remains compliant with the minimum safety requirements throughout its service life. Regular safety inspections and audits of machinery and production lines are essential to identify and eliminate defects that could lead to dangerous situations.
In addition, employers are required to provide workers with appropriate training in the safe use of machinery and work equipment. Workers must be aware of the hazards associated with using the equipment and know which procedures to follow in emergency situations.
| Requirement | Description | Examples of Application |
|---|---|---|
| Stability | Machines must be stable and must not tip over during operation | Installation on stable surfaces, use of supports |
| Guards and interlocking systems | Machines must have suitable guards to protect the user from moving parts | Fixed, movable and automatic guards, interlocking systems |
| Control systems | Control devices must be easily accessible and safe to use | Emergency stop button, ergonomic button layout |
| Operating instructions | Machines must be supplied with complete documentation covering use, maintenance and safety | Operating instructions, maintenance instructions, information posters |
Industrial Automation and Minimum Requirements
Industrial automation creates significant safety risks, which is why keeping machines compliant with minimum safety requirements is critically important. Automatic control systems can lead to unforeseen situations that pose a risk to workers. Therefore, regular inspections and maintenance are essential to ensure that machines operate in line with the requirements of the Directive, especially in advanced automated environments.
Work Equipment Directive: Safety Audit – PIP Checklist
A safety audit carried out by the National Labour Inspectorate (PIP) covers a range of criteria that must be met to ensure compliance with the Directive’s minimum requirements. The PIP checklist includes, among other things:
- Verification that work equipment complies with the minimum requirements.
- Inspection of the technical condition of machines and equipment.
- Assessment of maintenance and repair procedures.
- Verification of employee training in the safe use of work equipment.
Design office – support for older machines
Design offices play a key role in keeping older machines compliant with minimum safety requirements. Technical support from design engineers is invaluable, especially when modifying and upgrading older machines that may not meet current safety standards and require adaptation to minimum requirements.
CE certification of machinery
CE certification is required for machinery placed on the market after Poland joined the European Union. Machines manufactured before that period do not need the CE mark, but they must still meet the minimum safety requirements. New machines must meet the essential requirements on the manufacturer’s side, while the employer is responsible for keeping those machines in a condition that complies with the minimum requirements.
Use of Work Equipment Directive: Adapting machines to minimum requirements
The process of adapting machines to minimum requirements includes:
- Carrying out a safety audit.
- Identifying gaps and hazards.
- Implementing appropriate modifications and improvements.
- Regular inspections and maintenance.
Strength calculations (FEM)
Strength calculations using the Finite Element Method (FEM) are essential for ensuring the safety of machine structures. FEM analyses make it possible to identify potential failure points and implement appropriate preventive measures, particularly when modernising equipment or supporting machine design and construction.
Use of Work Equipment Directive: Engineering outsourcing
Using the services of external engineers provides access to specialist knowledge and experience. Outsourcing may include technical support, safety audits, machine design and upgrades, as well as employee training.
Use of Work Equipment Directive: Machine design and minimum requirements
Designing new machines should take minimum safety requirements into account from the outset. For existing machines, it is sometimes necessary to add extra components to meet these requirements. Examples include installing additional guards, emergency systems, and protective devices.
Machinery Directive 2006/42/EC vs Use of Work Equipment Directive 2009/104/EC
Machinery Directive 2006/42/EC and the Use of Work Equipment Directive 2009/104/EC are both intended to ensure worker safety and health protection, but they focus on different aspects of machine use.
Machinery Directive 2006/42/EC:
- It concerns the essential requirements for machinery placed on the market and put into service.
- It focuses on the design, manufacture, and conformity assessment of machinery.
- Machinery placed on the market must meet the essential requirements in order to bear the CE mark, which confirms compliance with the directive.
- It covers a wide range of machinery, from simple hand tools to complex automation systems.
Use of Work Equipment Directive 2009/104/EC:
- It focuses on the minimum health and safety requirements for the use of work equipment by employees.
- It places obligations on employers to ensure safe working conditions through the proper use, maintenance, and inspection of work equipment.
- It applies to all machinery used in the workplace, regardless of age or origin.
- It covers both new and older machines, requiring employers to ensure that all machines are maintained in a condition that complies with the minimum safety requirements.
In summary, the Machinery Directive 2006/42/EC focuses on placing machinery on the market and compliance with essential requirements, while the Use of Work Equipment Directive 2009/104/EC focuses on ensuring the safe use of work equipment in the workplace. The two directives are complementary and both aim to protect workers’ health and safety, but each regulates different aspects related to machinery and work equipment. In the broader legal context, it is also useful to understand the changes introduced by the Regulation on Machinery 2023/1230/EU.
The CE mark and its significance
The CE mark is an essential part of demonstrating that machinery and equipment comply with EU requirements for health, safety, and environmental protection. The CE marking process is crucial for products to be legally sold and used on the European market. In the context of Directive 2009/104/EC on work equipment, the CE mark is important because it confirms that machines meet the essential requirements and therefore also the minimum safety requirements.
The CE marking process includes:
- Product conformity assessment: The manufacturer must assess whether the product meets all applicable EU requirements.
- Carrying out the relevant tests and inspections: Tests must be performed to confirm that the product is safe to use.
- Preparing technical documentation: The documentation should include all evidence demonstrating the product’s compliance with the requirements.
- Issuing the EC Declaration of Conformity: This declaration is the manufacturer’s formal statement that the requirements have been met.
Work Equipment Directive: Production process automation
Production process automation offers many benefits, such as higher efficiency, improved product quality, and lower operating costs. In the context of Directive 2009/104/EC on work equipment, however, automation also introduces new hazards that must be properly managed.
Examples of automation implementation include:
- Robotic production lines: Fully automated production lines that minimise human intervention.
- Internal transport systems: Automated transport systems that improve the efficiency of material movement within the plant.
- Automated warehouses: Storage and distribution systems that optimise inventory management.
The role of the industrial automation integrator
An industrial automation integrator plays a key role in designing and implementing complex automation systems that must meet the minimum safety requirements under Directive 2009/104/EC on work equipment. This is particularly important in sectors such as the automotive industry, where complex automated lines are widely used.
The integrator’s responsibilities include:
- Analysing the client’s needs and requirements: Understanding specific production and safety requirements.
- Designing automation systems: Developing technical solutions that meet the client’s requirements and the directive.
- Installing and commissioning systems: Ensuring that systems are installed and operate as intended.
- Training personnel: Providing employee training to ensure the safe and efficient use of automation systems.
Work Equipment Directive: Production automation
Production automation covers a wide range of technologies and processes that must comply with the minimum safety requirements set out in Directive 2009/104/EC on work equipment. These solutions are commonly implemented in the FMCG industry, pharmaceutical industry, and heavy industry.
Examples of automation technologies include:
- PLC control systems: Programmable logic controllers that control automated production processes.
- Industrial robots: Automation of manual tasks that may be hazardous to people.
- Vision systems: Technologies used for quality control and process automation.
- Automated transport and storage systems: Systems that improve the efficiency and safety of warehouse operations.
Operating instructions
Operating instructions are an essential element in ensuring the safe use of machinery in accordance with Directive 2009/104/EC on work equipment. They should include:
- Detailed instructions for safe use: Descriptions of operating procedures that minimise the risk of accidents.
- Maintenance and repair procedures: Guidance on keeping equipment in good technical condition.
- Information on hazards and preventive measures: Descriptions of potential hazards and how to avoid them.
PLC programming
PLC programming is crucial to ensuring the safe and efficient operation of automation systems. PLC programmers must understand safety principles and the minimum requirements for control systems so that their programs comply with Directive 2009/104/EC on work equipment. In software-intensive environments, this also requires a structured approach to industrial development, as described in safe software engineering for industry.
Machine guards
Machine guards are a key element in protecting workers, in line with the Work Equipment Directive 2009/104/EC. Types of guards include:
- Fixed guards: Permanent barriers that prevent access to hazardous machine parts.
- Movable guards: Barriers that can be opened or moved, while still providing protection during machine operation.
- Automatic guards: Guarding systems that automatically protect machines when they are started.
- Interlocking systems: Mechanisms that prevent the machine from starting if the guards are not in the correct position.
Conclusions and recommendations
In summary, the Work Equipment Directive 2009/104/EC sets out minimum health and safety requirements for the use of work equipment. Employers are required to ensure that work equipment is safe and properly maintained. It is also essential to provide appropriate employee training and carry out regular safety inspections and audits of machinery and production lines. Implementing these requirements helps improve worker safety and health while also increasing the efficiency and reliability of production processes.
Work Equipment Directive 2009/104/EC
This legal act sets out the minimum health and safety requirements for workers’ use of work equipment at work. It is one of the so-called social directives.
Work equipment means any machinery, equipment, tools, or installations used during work. Use includes, among other things, starting, stopping, operation, transport, repairs, modifications, maintenance, and cleaning.
The employer must ensure that the equipment is suitable for the work and can be used without risk to the safety and health of employees. The employer must also take account of working conditions and hazards, and provide maintenance, inspections, and training.
These include machine stability, the use of guards and interlocking systems, safe and accessible control systems, and complete operating and maintenance instructions. Examples include supports, fixed/movable guards, an emergency stop button, and documentation.
The CE mark is required for machines placed on the market after Poland joined the European Union. Machines manufactured earlier do not need CE, but they must meet the minimum safety requirements.