MFR #:TM243K
EIS #:PH13-TM243K
Series #:TM243K
MFR #:TM243K
EIS #:PH13-TM243K
Series #:TM243K
This mat kit is constructed from 3-layer. The top layer is made from a tough, easy-to-clean dissipative vinyl. The center layer, a highly conductive metal scrim, moves the charge from the surface to ground quickly. The bottom layer is a durable, non-skid, cushion of dissipative foam. Compatible with constant monitors. - This 3-layer vinyl mat kit provides excellent electrical properties. Meets ANSI/ESD S20.20 worksurface required limits and recommendation of ANSI/ESD S4.1.
$65.68
- $162.09
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This mat kit is constructed from 3-layer. The top layer is made from a tough, easy-to-clean dissipative vinyl. The center layer, a highly conductive metal scrim, moves the charge from the surface to ground quickly. The bottom layer is a durable, non-skid, cushion of dissipative foam. Compatible with constant monitors. - This 3-layer vinyl mat kit provides excellent electrical properties. Meets ANSI/ESD S20.20 worksurface required limits and recommendation of ANSI/ESD S4.1.
Product Options
Showing 4 out of 4 options
Length: 6 ft | Thickness: 0.125 Inch | Color: Blue | EIS Part #: SCCTM2472L3BL-L | $ / Piece | ||
Length: 48 Inch | Thickness: 0.135 Inch | Color: Gray | EIS Part #: SCCTM2448L3GR-L | $ / Piece | ||
Length: 36 Inch | Thickness: 0.135 Inch | Color: Gray | EIS Part #: SCCTM2436L3GR-L | $ / Roll | ||
Length: 36 Inch | Thickness: 0.135 Inch | Color: Blue | EIS Part #: SCCTM2436L3BL-L | $ / Roll |
- Attributes
- Features
Attributes
General Information
Item NameTable Mat Kit
SeriesTM243K
General Features
StandardsANSI/ESD S20.20, ANSI/ESD S4.1, ESD TR53, RoHS Compliant
Type3-Layer, Premium
Design & Construction
MaterialVinyl Top, Scrim Middle, Foam Bottom
Physical Properties
Width24 Inch
Surface PatternSmooth
Supporting Information
For Use WithConstant Monitor Systems
Includes(1) Table Mat, Size as Specified, (1) LPCGC151M 15 ft Low-Profile Common Ground Cord, (2) Female 0.375 Inch Snaps
Features
- 1 x 10^6 - < 1 x 10^9 ohm surface to ground, surface to surface