
Fire safety training for employees: what it should include
Knowledge4 min read
What Polish law says about fire safety training for employees, what is worth practising and how to add fire extinguisher practice without real fire.

Are your employees properly prepared to inspect their personal protective equipment (PPE) before and after use, in line with the manufacturer’s instructions?
PPE must be inspected regularly and thoroughly by a competent person, following the user manual provided by the manufacturer. A competent person is someone who:
Personal protective equipment against falls from height (as defined in Regulation (EU) 2016/425 of the European Parliament and of the Council of 9 March 2016 on personal protective equipment) is designed to be worn or held by a person to protect them against one or more health and safety hazards. To keep users safe, it must be inspected before and after each use, and periodically.
Equipment for work at height should only be used by people trained to use it safely. How often it is inspected depends on the conditions of use, but periodic inspections must take place at least once every 12 months. They must be carried out by a competent person, strictly following the manufacturer’s recommendations.
In this article, we look at the key aspects of safety harnesses: their construction, functions, service life, common defects and inspections. Above all, we discuss how to train employees so that they have the knowledge they need to inspect their equipment.
We have prepared ready-to-use training materials, a presentation and a poster, both covering the essential information on safety harnesses.
Safety harnesses that meet the EN 361, EN 358 and EN 813 standards are available from Suski:
Manufacturers must ensure that every PPE product placed on the market is marked with its type, batch or serial number, or other information that allows it to be identified. If the size or nature of the PPE does not allow direct marking, this information must be given on the packaging or in the accompanying documents.
PPE must be designed and manufactured so that it:
PPE designed to prevent falls from height must include a harness and a connecting system that attaches to a reliable anchor point. It must be designed to minimize the fall distance, prevent collisions with obstacles and keep the braking force below the level that causes injury. After arresting a fall, the PPE must hold the user in a safe position while they wait for rescue.
Regular inspections are crucial to keep safety harnesses reliable and safe. There are three types of PPE inspection.
Safety harnesses may only be used within the service life specified by the manufacturer. They must be withdrawn from use immediately and disposed of if:
Harsh working conditions, such as water, sharp edges, corrosive substances or extreme temperatures, can shorten their service life significantly, even to a single use.
Any PPE that shows signs of damage must be taken out of use and thoroughly inspected. Users must report unusual events, such as falls, impacts, exposure to extreme temperatures or unauthorized modifications.
To keep them in good condition, safety harnesses must be cleaned and maintained regularly according to the manufacturer’s guidelines.
Store them where they are protected from:
To make routine inspections easier, we created a visual guide that shows the key points to check. You can use it as a quick-reference checklist for daily inspections.
We have also prepared a presentation for training sessions. The presentation and the poster are visual aids for pre-use checks; they do not replace periodic inspections.
The presentation is currently available in Polish: open the PowerPoint version to use the presenter notes and animations.

People learn through experience, so employees should have the chance to inspect safety harnesses in the training room. The presentation can serve as a reminder, printed and displayed in the room where PPE is stored. But is it enough as a training tool? In response to the needs of OHS specialists, we created training in virtual reality. The knowledge usually taught in training rooms has been built into an application that has become an essential tool for specialists.
The Working at Height VR Training application is divided into four parts:
For a detailed, illustrated evacuation procedure, read our article Emergency Evacuation Procedure: Developed by Experts in Safe Work at Heights and Rescue. The procedure was developed by experts in safe work at height and rescue. Employees should go through this training regularly to stay safe and keep their knowledge fresh.
There is no need to bring damaged or dirty harnesses into the training room: simply give your workers the VR application, which can be used for:
With VR headsets and the training scenarios, training is easier than ever: at any time, anywhere, ideally before every task at height. Testing the VR applications is free. Sign up for a free trial and see how virtual reality can improve safety training in your workplace.
We send you a headset with all the apps. You test for 5 business days, and we cover shipping both ways.
Get a test headsetInstall in a few minutes and test all the apps for 7 days. No card, no commitment.
Test on my headsets30 minutes online: we show you scenarios for your industry and answer your questions about rollout.
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