What is BS EN 61111 – Electrical insulating matting about?
BS EN 61111 is applicable to electrical insulating matting made of elastomer for use as a floor covering for the electrical protection of workers on electrical installations.
Note: This document gives a.c. test provisions. There is limited history for use in d.c. applications.
Who is BS EN 61111 - Electrical insulating matting for?
BS EN 61111 on electrical insulating matting is relevant to:
- Insulating mat manufacturers
- Electrical equipment manufacturer
- Entities involved electrical and magnetic measurements
- Electrical engineers
- Electronics industry
Why should you use BS EN 61111 - Electrical insulating matting?
Electrical insulating matting is flexible sheeting made of elastomer, used to cover the surface on which the worker is standing. The electrical insulating matting covered by this BS EN 61111 shall be designated as follows:
- By electrical class: as class 0, class 1, class 2, class 3, and class 4
- By adding the suffix “C” to the class designation, in the case of category C matting
BS EN 61111 also provides you with terms, requirements, dimensions and tolerances, Thickness, dielectric requirements, and electrical test procedures that significantly influence the quality of insulating material.
Overall BS EN 61111 is beneficial to you as it offers its properties of resistivity, is used in many industrial applications throughout the industry to insulate and protect; it is an obvious choice for electrical safety matting and is tested vigorously to ensure the level of protection is met.
What’s changed since the last update?
BS EN 61111:2009 supersedes CLC/TS 61111:2006. The following significant technical changes with regard to CLC/TS 61111:2006:
- General review of the requirements and test provisions
- Modification of the test procedure for slip resistance
- Specification of standard and alternative types of electrodes for the proof test
- Increase the conditioning time for the low-temperature folding test to 4 hours
- Modification of the test procedures for low and extremely low temperature by replacing the dielectric proof test with a withstand test in the sanction
