The SENTRY 10 PLUS is a HiPot from Quadtech. HiPot, or high potential, is a class of electronic test equipment used to verify electrical insulation. Engineers use HiPot-testing instruments on cables, wires, circuit boards, appliances, electric motors, and transformers. As a product ages, its insulation may break down and result in current flow leakage. HiPot testers keep engineers safe from current leakages by detecting gaps and defects in the electronic device. Dielectric Testers, Insulation Testers, and Megohmmeters are similar to HiPot testers. Popular manufacturers include Biddle, Megger, Fluke, Associated Research, Quadtech, Instek, and Slaughter.
Additional Features:
AC HiPot Voltage 50 to 5000V, Output Current to 20mA
Programmable Ground Continuity Check, 0.1 to 5ohms
Programmable Ramp, Test, and Fall Times
Fast Cutoff and Discharge of Device Under Test
Programmable Hi/Lo Limits for Pass/Fail Testing
Large LCD Display for Menu Programming and Test Results
Internal Storage and Recall of 80 Test Setups
Ground Fault Interrupt Shutdown for Operator Safety
Front and Rear Panel Output Connections
Front Panel Lockout Prevents Changes to the Test Setup
Automatic Offset to Zero Out Stray Leakage Current
Instruments Upgradeable, Sentry 10 to 20 to 30
3mA Current Limit per EN50191
UL Listed and CE Marked
AC HiPot Applications:
Production Testing of Appliances, Instruments and Information Technology Equipment in accordance with UL, IEC, TüV and Other Standards such as EN60335, EN60950, EN61010, CSA C22.2 No. 1010.1, UL3111 and UL1950
Electric Motor Safety Testing
Lighting Fixtures Safety Testing
The Quad Tech Sentry 10 Plus AC HiPot Tester (CE Mark) performs AC dielectric withstand (HiPot) tests. The test voltage is programmable from 50V to 5kV AC with a resolution of 1V. The current range is 1µA to 20mA.
The Sentry 10 Plus instruments measure & display the output voltage directly at the output terminals. The instruments have both visual and audible failure indications, and after a failure the STOP switch must be pressed prior to another measurement.
The SENTRY 10 PLUS is a HiPot from Quadtech. HiPot, or high potential, is a class of electronic test equipment used to verify electrical insulation. Engineers use HiPot-testing instruments on cables, wires, circuit boards, appliances, electric motors, and transformers. As a product ages, its insulation may break down and result in current flow leakage. HiPot testers keep engineers safe from current leakages by detecting gaps and defects in the electronic device. Dielectric Testers, Insulation Testers, and Megohmmeters are similar to HiPot testers. Popular manufacturers include Biddle, Megger, Fluke, Associated Research, Quadtech, Instek, and Slaughter.
Additional Features:
- AC HiPot Voltage 50 to 5000V, Output Current to 20mA
- Programmable Ground Continuity Check, 0.1 to 5ohms
- Programmable Ramp, Test, and Fall Times
- Fast Cutoff and Discharge of Device Under Test
- Programmable Hi/Lo Limits for Pass/Fail Testing
- Large LCD Display for Menu Programming and Test Results
- Internal Storage and Recall of 80 Test Setups
- Ground Fault Interrupt Shutdown for Operator Safety
- Front and Rear Panel Output Connections
- Front Panel Lockout Prevents Changes to the Test Setup
- Automatic Offset to Zero Out Stray Leakage Current
- Instruments Upgradeable, Sentry 10 to 20 to 30
- 3mA Current Limit per EN50191
- UL Listed and CE Marked
AC HiPot Applications:
- Production Testing of Appliances, Instruments and Information Technology Equipment in accordance with UL, IEC, TÜV and Other Standards such as EN60335, EN60950, EN61010, CSA C22.2 No. 1010.1, UL3111 and UL1950
- Electric Motor Safety Testing
- Lighting Fixtures Safety Testing
The Quad Tech Sentry 10 Plus AC HiPot Tester (CE Mark) performs AC dielectric withstand (HiPot) tests. The test voltage is programmable from 50V to 5kV AC with a resolution of 1V. The current range is 1µA to 20mA.
The Sentry 10 Plus instruments measure & display the output voltage directly at the output terminals. The instruments have both visual and audible failure indications, and after a failure the STOP switch must be pressed prior to another measurement.
