Ground Continuity
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The Hipot test is used to stress a product's insulation with high voltage in order to ensure it will limit the flow of electric current should a fault occur.
Max Trip Current = 12 mAAC
Max Voltage = 5.0 kVAC -
The Hipot test is used to stress a product's insulation with high voltage in order to ensure it will limit the flow of electric current should a fault occur.
Max Trip Current = 5 mADC
Max Voltage = 6.0 kVDC -
The Ground Continuity test is used to verify the presence of the DUT's earth ground conductor.
Max Resistance = 1.50 Ω
Current = 100 mADC
Model 296$1,799.005 kV @ 12 mA AC Hipot, 6 kV @ 5 mA DC Hipot Tester, CE Listed
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The Hipot test is used to stress a product's insulation with high voltage in order to ensure it will limit the flow of electric current should a fault occur.
Max Trip Current = 12 mAAC
Max Voltage = 5.0 kVAC -
The Hipot test is used to stress a product's insulation with high voltage in order to ensure it will limit the flow of electric current should a fault occur.
Max Trip Current = 5 mADC
Max Voltage = 6.0 kVDC -
The Insulation Resistance test is used to determine the total resistance of a DUT's insulation.
Voltage Range = 100-1000 VDC
Resistance Range = 1-1000 MΩ -
The Ground Continuity test is used to verify the presence of the DUT's earth ground conductor.
Max Resistance = 1.50 Ω
Current = 100 mADC
Model 297$1,999.005 kV @ 12 mA AC Hipot, 6 kV @ 5 mA DC Hipot with Insulation Resistance Tester, CE Listed
-
-
-
The Hipot test is used to stress a product's insulation with high voltage in order to ensure it will limit the flow of electric current should a fault occur.
Max Trip Current = 5 mADC
Max Voltage = 6.0 kVDC -
The Ground Continuity test is used to verify the presence of the DUT's earth ground conductor.
Max Resistance = 1.50 Ω
Current = 100 mADC
Model 294$1,599.006 kV @ 5 mA DC Hipot Tester, CE Listed
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