
Order non conductive insulating pieces for your electrostatic immunity test setup. Same day shipping available from esdguns.com.
Need to transition to IEC 61000-4-2:2025, Edition 3? Contact Us.
Order non conductive insulating pieces for your electrostatic immunity test setup. Same day shipping available from esdguns.com.
Need to transition to IEC 61000-4-2:2025, Edition 3? Contact Us.
Non conductive support (wood typically) for testing wall mounted electronics according to IEC 61000-4-2 edition 3. Mounting area is 1.5m by 1.5m to comply for small electronics (under .5m in length and width) and custom sizes are available as well. False walls to reproduce real world scenarios are available to be mounted on the insulating support for the non-conducted surface test.
$0.00
**If a formal quote is required please export the web page and send through your requisitioning system. We no longer generate formal quotes for orders under $500** Suitable for the test set-up of table-top equipment for ESD immunity per IEC-61000-4-2, the ESDGuns.com IF insulation foil is approximately .5 millimeter thick in accordance to the standard. Made of clean non-hygroscopic polyvinyl chloride (PVC) with a relative dielectric permittivity of 3.9, surface resistivity of 1014 Ω and a dissipation factor of 0.01.
$197.00
**If a formal quote is required please export the web page and send through your requisitioning system. We no longer generate formal quotes for orders under $500** Suitable for the test set-up of table-top equipment for ESD immunity per ISO 10605. The DM3 Insulation Support/Dissipative Mat is required for the non-chassis mounted DUT test setup, is 3 mm thick, Resistance 3.1015 Ohm/cm3.
$197.00
50mm Insulation Block Set for ISO 10605 Ideally suited for the test set-up of table-top equipment for automotive ESD immunity testing per ISO 10605 the Insulation Block Set for ISO 10605 contain pieces 50 mm thick in accordance to the standard. Made of clean polyacrylonitrile with a relative dielectric permittivity of 3.9, surface resistivity of 1014 Ω and a dissipation factor of 0.01.
$775.00