290 Series
With the SCI 290 Hipot Series, we set out to make testing simpler than ever before. We also understand that an easy-to-use tester doesn't do you any good if it is not rugged, lightweight and durable. The 290 series gives you the best of both worlds. You will wonder how you ever tested without it. Learn about our 5 Year Warranty.
Features
-
-
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 Ground Continuity test is used to verify the presence of the DUT's earth ground conductor.
Max Resistance = 1.50 Ω
Current = 100 mADC -
Output up to 100 mA of current during an AC Hipot test.
Model 298
$3,999.00500 VA, 5 kV @ 100 mA AC Hipot, Ground Continuity, CE Listed.
00298
-
-
-
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
00297
-
-
-
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
00296
-
-
-
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 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 295
$1,449.005 kV @ 12 mA AC Hipot Tester, CE Listed
00295
-
-
-
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
00294
-