Expert Services
TR Measurement
Get site safety monitoring right with a reliable tool.
Get site safety monitoring right with a reliable tool.
The TR meter is a widely used tool in the construction industry to monitor and improve safety on construction sites. But what does TR measurement mean in practice?
TR measurement is an observation-based method that provides an objective assessment of the safety performance of a construction site. TR stands for Safety at Work, Construction. The method is an established practice on Finnish construction sites, as part of both daily safety work and weekly health and safety inspections.
The TR meter was developed in the 1990s as a tool for observing safety at work on a construction site. The measurement focuses on the most relevant risks to safety at work - for example, fall protection, access routes, machinery, electrical safety, order and cleanliness.
The aim is to get a clear picture of how safety is implemented in everyday work - and to continuously improve it.
The TR measurement looks at the safety of a construction site in six key areas that affect safety: Working methods, Scaffolding, access bridges and ladders, Machinery and equipment, Fall protection, Electricity and lighting, and General order and dust.
The objectives and benefits of TR measurement go far beyond a simple inspection report:
After the measurement, the results are processed and made available to all staff. This increases transparency and supports a culture of safety.
Unlike a "tick box" check, the TR meter also takes partial successes into account. For example, if 8 out of 10 people use proper personal protective equipment, the safety index is 80%. The traditional method might give a score of zero for such a situation.
This makes the observation of safety at work on the site more accurate and leads to practical improvements.
Do you want to improve the safety of your site in a measurable and effective way?
Protect helps you to integrate TR measurement into your daily safety work - from training to practical implementation.
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