Hipot Testers & Equipment
Discover the pinnacle of electrical safety testing with our comprehensive selection of HIPOT Testers, engineered to ensure the integrity of insulation in electrical equipment. Our catalog features a versatile array of HIPOT solutions, including AC HIPOTs for routine compliance testing, DC Dielectric Test Sets for diagnostic applications, and VLF (Very Low Frequency) HIPOTs, which are specifically designed for testing the reliability of cable insulation.
Showing 1–24 of 79 results
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AC HIPOT Tester
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Aerial Lift
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DC Hipot
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Dielectric Testers
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VLF HiPOT Tester
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High Voltage VLF 34E Hipot
SKU: VLF-34E -
High Voltage PTS-80, 0-80 kVdc, 10 mA, DC Hipot/Megohmmeter Test Set
SKU: PTS-80 -
High Voltage VLF-6022CM 62kV @ 5.5µF Very Low Frequency AC Hipot Tester
SKU: VLF-6022CM -
High Voltage PTS-75, 0-75 kVdc, 10 mA, DC Hipot/Megohmmeter Test Set
SKU: PTS-75 -
Haefely Hipotronics 800PL-DC 80kV Digital DC Hipot Tester
SKU: 800PL-DC 80Kv -
Haefely Hipotronics 860PL Hipot
SKU: 860PL -
Haefely Hipotronics 880PL Hipot
SKU: 880PL -
Haefely Hipotronics 880PL-A 15KV DC Hipot – DISCONTIUED
SKU: 880PL-A -
High Voltage PFT-503CM 50k Vac @ 3kVA Portable AC Hipot Tester
SKU: PFT-503CM -
High Voltage PTS-130, 0-130 kVdc, 10 mA, DC Hipot/Megohmmeter Test Set
SKU: PTS-130 -
Aerial Lift and Bucket Truck Tester High Voltage ALT-130/60
SKU: ALT-130/60 -
Aerial Lift/ Bucket Truck Tester High Voltage ALT-300
SKU: ALT-300 -
Haefely 100kV AC Hipot Test Set 100 HVT-DI
SKU: 100HVT-DI -
Haefely Hipotronics 120KV AC Portable Hipot
SKU: 120HVT-A -
Haefely Hipotronics 60KV AC Portable Hipot
SKU: 60HVT-A -
Haefely Hipotronics 800PL-DC 50kV Digital DC Hipot Tester
SKU: 800PL-DC 40Kv -
Haefely Hipotronics 880PL-10MA-A 80KV DC Hipot
SKU: 880PL-10MA-A -
High Voltage ALT-200 Aerial Lift & Bucket Truck Tester
SKU: ALT-200 -
High Voltage DTS-100D, 0-100 kVac, Manual, Oil Dielectric Tester
SKU: DTS-100D -
High Voltage DTS-60A, 0-60 kVac, Automatic Programmable Oil Dielectric Tester
SKU: DTS-60A -
High Voltage DTS-60D, 0-60 kVac, Manual, Oil Dielectric Tester
SKU: DTS-60D -
High Voltage DVR-150 150 kV AC/DC High Voltage Divider
SKU: DVR-150 -
High Voltage PFT-1003CM 100k Vac @ 3kVA Portable AC Hipot Tester
SKU: PFT-1003CM -
High Voltage PFT-103CM 10k Vac @ 3kVA Portable AC Hipot Tester
SKU: PFT-103CM
HIPOT Tester Industrial Uses
Ensuring Electrical Safety: HIPOT testers are crucial in verifying electrical insulation in products and ensuring they are safe for use. They are widely used in the manufacturing of electrical appliances, cables, and components to prevent electric shock hazards.
Quality Control in Manufacturing: In the industrial manufacturing sector, HIPOT testers play a vital role in quality control. They are used to ensure that products meet safety standards and regulations, which is essential for maintaining brand integrity and consumer trust.
Preventive Maintenance and Troubleshooting: Beyond manufacturing, these testers are used in the maintenance of electrical systems. They help in identifying insulation breakdowns, preventing potential failures and accidents in industrial settings.
Compliance with Industry Standards: HIPOT testers are essential for industries to comply with various national and international electrical safety standards. They are used in testing a wide range of products, from small household appliances to large industrial machinery.
How HIPOT Testers Work
Basic Principle: The fundamental principle of a HIPOT tester is to apply a high voltage to a device’s insulation and measure the current that leaks through. This test helps in determining the adequacy of the insulation in protecting users from electrical shocks.
Test Process: In a typical HIPOT test, the device under test is connected to the tester. A high voltage, higher than the device’s operational voltage, is then applied. This voltage is maintained for a specific time to check the insulation’s ability to hold this stress without breakdown.
Measurement and Interpretation: The HIPOT tester measures the amount of leakage current flowing through the insulation. The results are then interpreted based on predefined standards – a low leakage current indicates good insulation, while a high leakage current suggests potential insulation failure.
