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This document provides specifications for IEC 3 and 5 mm insulating mats used as personal protective equipment. It lists various models of insulating mats with their thickness, dimensions, IEC class rating and maximum in-service voltage rating. The mats are made from an elastomeric compound with a slip-resistant surface and are available in specific shapes or rolls.

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Felipe Rivera Tirado
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57 views1 page

Manta PDF

This document provides specifications for IEC 3 and 5 mm insulating mats used as personal protective equipment. It lists various models of insulating mats with their thickness, dimensions, IEC class rating and maximum in-service voltage rating. The mats are made from an elastomeric compound with a slip-resistant surface and are available in specific shapes or rolls.

Uploaded by

Felipe Rivera Tirado
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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IEC 3 and 5 mm INSULATING MAT

MP-42/..MP-60/03 or 05.., MP-100/03 or 05..


Page 1/1 Technical sheet N°: MP42-MP60-MP100-IEC-GB

Details of IEC-61111 marking

FIELD OF USE :
Personnel protective equipment.

CHARACTERISTICS :
Manufactured of elastomeric compound with slip resistant surface.
High quality dielectrical material.
Available either of specific shapes or in rolls.

REFERENCE CEI-61111 Thickness Length x Width Maximum in service


in mm in mm voltage in kV (1)

MP-42/11 class 3 3 1 000 x 1 000 26,5


MP-42/16 class 3 3 1 000 x 600 26,5
MP-42/66 class 3 3 600 x 600 26,5
MP-60/03-5 class 3 3 600 x 500 26,5
MP-60/03-10 class 3 3 10 000 x 600 26,5
MP-100/03-5 class 3 3 5 000 x 1 000 26,5
MP-100/03-10 class 3 3 10 000 x 1 000 26,5

MP-60/05-5 class 4 5 5 000 x 600 36


MP-60/05-10 class 4 5 10 000 x 600 36
MP-100/05-5 class 4 5 5 000 x 1 000 36
MP-100/05-10 class 4 5 10 000 x 1 000 36

(1) Correspond, on multiphase circuits, to the nominal voltage phase to phase. If there is no
multiphase exposure in a system area, and if the voltage exposure is limited to the phase to
ground potential, the phase to ground potential shall be considered to be the nominal voltage.

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