Hypot®
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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 Ground Continuity test is used to verify the presence of the DUT's earth ground conductor.
Max Resistance = 1.50 Ω
Current = 100 mADC
Hypot® 3805
$1,899.005 kV @ 20 mA AC Hipot Tester, CE listed
03805
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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 Ground Continuity test is used to verify the presence of the DUT's earth ground conductor.
Max Resistance = 1.50 Ω
Current = 100 mADC -
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
Hypot® 3855
$2,399.005 kV @ 20 mA AC Hipot with IR Tester, CE listed
03855
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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
Hypot® 3865
$2,399.005 kV @ 20 mA AC, 6 kV @ 7.5 mA DC Hipot Tester, CE listed
03865
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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 -
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
Hypot® 3870
$2,699.005 kV @ 20 mA AC, 6 kV @ 7.5 mA DC Hipot with IR Tester, CE listed
03870
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HypotULTRA®
The HypotULTRA Electrical Safety Tester series is the premier line of Dielectric Withstand Testers for Laboratory and Production Line settings. HypotUTLRA improves traceability with on-board data storage and allows you to automate your Electrical Safety Testing with a variety of communication interfaces. Increase efficiency with our direct barcode scanner connection and intuitive touch screen interface. Models 7804 and 7854 are a 4-in-1 solution with the addition of 40 Amp AC Ground Bond test capability added to HypotULTRA’s already impressive feature list. The 7820, 7850, 7800 models all have Hipot capability. Keep operators safe with SmartGFI®, Safety Interlock, and Personal Protective Equipment (PPE) compatible accessories. HypotULTRA is a Dielectric Withstand Tester designed to take your production line to the next level.
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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 -
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
HypotULTRA® 7800
$6,499.00500 VA, 5 kV @ 100 mA AC, 6 kV @ 10 mA DC Hipot, Insulation Resistance Tester, CE listed
07800
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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 -
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 -
HypotULTRA® 7804
$8,239.005 kV @ 40 mA AC, 6 kV @ 20 mA DC Hipot, Insulation Resistance, 40 Amp Ground Bond Tester, CE listed
07804
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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 Ground Continuity test is used to verify the presence of the DUT's earth ground conductor.
Max Resistance = 1.50 Ω
Current = 100 mADC
HypotULTRA® 7820
$4,119.005 kV @ 40 mA AC, Ground Continuity, CE listed
07820
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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 -
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
HypotULTRA® 7850
$5,149.005 kV @ 40 mA AC, 6 kV @ 10 mA DC Hipot, 6 KV, Insulation Resistance Tester, CE listed
07850
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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 -
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 -
HypotULTRA® 7854
$8,999.00500 VA, 5 kV @ 100 mA AC, 6 kV @ 20 mA DC Hipot, Insulation Resistance, 40 Amp Ground Bond Tester, Continuity Tester, CE listed
07854
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HypotMAX®
Our HypotMAX High Voltage Hipot Testers are a complete line of automated Electrical Safety testers designed to meet the demanding requirements of high voltage applications. We’ve included our patented SmartGFI® feature for maximum operator safety. Increase productivity with a variety of advanced features. Setup and run tests up to 20 kV with confidence from our intuitive user interface or automate with PC. The HypotMAX High Voltage Dielectric Withstand Tester was manufactured to satisfy all of your Hipot testing needs. The HypotMAX Series includes following models 7705, 7710, 7715, 7720.
OMNIA® II
Our OMNIA Series is a complete line of multi-function Electrical Safety Testers designed to satisfy even the most demanding application requirements. We’ve included exclusive productivity-enhancing features and the latest in safety technology to make this product line the envy of the industry. From medical devices to appliances, OMNIA II’s all-in-one design includes the test functionality you need to ensure your product is compliant with the most rigorous international safety compliance standards. The OMNIA II is the Dielectric Withstand Tester ready for global deployment. It has a wide array of test capabilities, a multi-language menu system and a variety of automation interfaces available. The OMNIA II Series includes the following models: 8204, 8254, 8206, 8256, 8207, 8257.
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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 -
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 -
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The Functional Run test ensures your DUT is operating properly before shipment.
Voltage Range = 0-277 VAC
Max Current = 30 AAC -
The Leakage Current test is used to determine the amount of current that flows through the insulation of a DUT during operation.
Earth Leakage Testing Device
Max Leakage Current = 6000µA
OMNIA® II 8257
$17,599.00500 VA, 5 kV @ 100 mA AC, 6 kV @ 20 mA DC Hipot with Insulation Resistance, 40 Amp Ground Bond, Functional Run and Leakage Current Tester, Built-in AC Power Source, CE listed
08257
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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 -
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 -
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The Functional Run test ensures your DUT is operating properly before shipment.
Voltage Range = 0-277 VAC
Max Current = 30 AAC -
The Leakage Current test is used to determine the amount of current that flows through the insulation of a DUT during operation.
Earth Leakage Testing Device
Max Leakage Current = 6000µA
OMNIA® II 8256
$16,499.00500 VA, 5 kV @ 100 mA AC, 6 kV @ 20 mA DC Hipot with Insulation Resistance, 40 Amp Ground Bond, Functional Run, Leakage Current Tester.
08256
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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 -
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 -
OMNIA® II 8254
$14,499.00500 VA, 5 kV @ 100 mA AC, 6 kV @ 20 mA DC Hipot with Insulation Resistance, 40 Amp Ground Bond Tester, CE listed
08254
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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 -
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 -
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The Functional Run test ensures your DUT is operating properly before shipment.
Voltage Range = 0-277 VAC
Max Current = 30 AAC -
The Leakage Current test is used to determine the amount of current that flows through the insulation of a DUT during operation.
Earth Leakage Testing Device
Max Leakage Current = 6000µA
OMNIA® II 8207
$16,499.005 kV @ 50 mA AC, 6 kV @ 20 mA DC Hipot with Insulation Resistance, 40 Amp Ground Bond, Functional Run, Leakage Current Tester, Built-in AC Power Source, CE listed
08207
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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 -
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 -
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The Functional Run test ensures your DUT is operating properly before shipment.
Voltage Range = 0-277 VAC
Max Current = 30 AAC -
The Leakage Current test is used to determine the amount of current that flows through the insulation of a DUT during operation.
Earth Leakage Testing Device
Max Leakage Current = 6000µA
OMNIA® II 8206
$15,499.005 kV @ 50 mA AC, 6 kV @ 20 mA DC Hipot with Insulation Resistance, 40 Amp Ground Bond, Functional Run, Leakage Current Tester, CE listed
08206
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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 -
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 -
OMNIA® II 8204
$12,399.005 kV @ 50 mA AC, 6 kV @ 20 mA DC Hipot with Insulation Resistance, 40 Amp Ground Bond Tester, CE listed
08204
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HYAMP®
Ground Bond Testing made easy. Verify the integrity of your product’s ground circuitry with the New HYAMP Ground Bond Tester. From start to finish, Ground Bond Testing has never been more efficient, with on-board data storage, convenient front panel USB data collection, and front panel barcode connection capabilities. We’ve included AC and DC current capabilities within one Ground Bond Tester to improve testing flexibility. Interconnect the HYAMP Series with the Hypot® Series to form a complete safety compliance system and maximize your workstation.
LINECHEK® II
Our LINECHEK II Leakage Current Tester is designed for medical device manufacturers. It has a feature set built around maximizing efficiency of the Leakage Current test. It provides 7 measuring devices (MD’s) compliant with international certification bodies as well as a convenient switching network to simulate all 8 required fault conditions. Everything you need for full Leakage Current compliance! Utilize the intuitive user interface or control via a PC for more advanced automated applications that require data storage and analysis. The 620L handles up to 40 A of continuous current and can be interfaced to an SC6540 modular multiplexer for multi-point testing. Interconnect the 620L to an OMNIA® II instrument to form a complete electrical safety compliance testing system.
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The Functional Run test ensures your DUT is operating properly before shipment.
Voltage Range = 0-277 VAC
Max Current = 30 AAC -
The Leakage Current test is used to determine the amount of current that flows through the insulation of a DUT during operation.
Earth Leakage Testing Device
Max Leakage Current = 6000µA
Leakage Current Tester with up to 40A LCT/RUN, CE Listed
00620L
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Systems
We offer a variety of electrical safety testing systems. Our systems are designed to provide the latest in productivity-increasing compliance technology. Customize your instruments system to form a complete safety compliance system catered to fit your needs. Satisfy your individual application requirements with ease including Hipot, Ground Bond, Insulation Resistance, Functional Run and Leakage Current tests.
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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 -
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 -
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The Functional Run test ensures your DUT is operating properly before shipment.
Voltage Range = 0-277 VAC
Max Current = 30 AAC
Interconnect a Hypot & HYAMP for a test solution system, CE Listed
hypot-hyamp-series
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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 -
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 -
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The Functional Run test ensures your DUT is operating properly before shipment.
Voltage Range = 0-277 VAC
Max Current = 30 AAC -
The Leakage Current test is used to determine the amount of current that flows through the insulation of a DUT during operation.
Earth Leakage Testing Device
Max Leakage Current = 6000µA
Customizable Complete Test Solution
MedTEST
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Multiplexers
Our patented SC6540 multiplexer leads the largest productivity improvement in the electrical safety compliance industry in years. With up to 16 independent high voltage or high current channels in a convenient 2U design, the SC6540 can be customized in 10 different configurations for multi-point Hipot, Ground Bond, Insulation Resistance, and Leakage Current testing. Configure the SC6540 according to your needs, and interface with your OMNIA® II, HypotULTRA® or LINECHEK® II instrument to improve production line throughput or expand lab testing capability. Operate from the front panel of your AR instrument or utilize a variety of automation interfaces for direct PC control.
