High Voltage Safety Enclosures

High Voltage Safety Enclosures

Designed to provide a safe environment for Hipot testing devices, these high voltage safety enclosures act as personal protective equipment (PPE), reduce the hazard of high voltage discharge and safeguard operators from the dangers associated with High Potential Testing. These come equipped with a magnetic safety interlock switch and chassis ground connection that must be wired from the safety tester to the safety enclosure for safe operation.

Options

  • Custom sizes available
  • Safety Light Tower
  • Start—Stop Switch
  • E-Stop
  • Instrumentation rack
  • Insulation mat— 3′ x 4′
  • Alternative materials available
  • Additional I/O cutouts

RFQ Data Required

  • Required ID of enclosure including air gap around UUT
  • Options requested
  • Additional machining options
  • Alternative materials available

Typical Dimensions

Model P/N Outside (Width, Depth, Height) Inside (Width, Depth, Height) Work Surface (Height)
SE-2420
24"
20"
12.5"
22"
18"
11"
N/A
SE-3624
36"
24"
16"
33"
21"
14.625"
N/A
SE-4836
48"
36"
17.25"
46.25"
34.25"
15.75"
32.22"
SE-2420-CT
24"
20"
12.5"
22"
18"
11"
36.36"
SE-3624-CT
36"
24"
16"
33"
21"
14.625"
36.36"
SE-2420-ST
24"
20"
12.5"
22"
18"
11"
32.22"
SE-3624-ST
36"
24"
16"
33"
21"
14.625"
32.22"

Quality and Compliance Testing Made Easy

Hipot testers or dielectric withstand testing instruments are used for conducting electrical safety tests on electrical components and products to make certain they are in compliance with IEC, UL, TUV, CSA, EN, and other electrical safety requirements. In addition to general product and component testing, Chroma can help solve complex medical safety testing (60601-1) ensuring human safety and product reliability. New hipot and electronic safety test instruments (EST) purchased in North America are backed by a 2-year standard warranty.

Electrical Safety Product safety standards contain three primary sets of safety compliance test requirements: (1) constructional specifications related to parts and the methods of assembling, securing, and enclosing the device and its associated components, (2) performance specifications or “type tests” – the actual electrical and mechanical tests to which the test device sample is subjected, and (3) production line tests which are required on all products.