About High Voltage Breakdown Tester
High Voltage Breakdown Tester
Testing Instruments Offer A Wide Range Of Products For High Voltage Testing Instruments For Electrical Apparatus And Power Cables. Our Range Includes Ac Hipot, Ac Dielectric Test Sets, Dc Hipot, Vlf Testers, Vacuum Circuit Breaker Testers.
Equipment Are Used For Testing Of Motors, Generators, Switch gears, Cables, Transformers And Other Electrical Equipment. These Are Used For Testing & Commissioning Of Hv Electrical Equipment.
High Voltage Test Set Come At A Cost-Effective Price But Are Build To Accurately Test The Breakdown Voltage Of Insulation Dielectric, While Ensuring That The User Safety Is Never Compromised.
High Voltage Test Set Have Been Designed And Developed In House. During Manufacturing Each Unit Is Tested At Multiple Stages, Thus Ensuring Consistency And Best Quality. These Instruments Are Dry Type Resin Cast Or Oil Cooled Or Combined As Per Requirement.
| Capacity | 1-120 KV |
| Power Frequency | 50-60 Hz |
| Phase | Single |
| Voltage | 230-415 V, +/-10% |
| Brand | TI |
| Model Name/Number | Hi-Pot |
| Display Type | Digital Display |
| Power Supply | AC, DC |
| Usage/Application | Insulation Testing |
Accurate and Reliable TestingEngineered for dependable measurements, the High Voltage Breakdown Tester provides results with an accuracy of 3% of reading. The digital LED display ensures precise voltage monitoring, while the audible and visual alarm systems alert operators instantly to insulation breakdown. This reliability is crucial in maintaining the safety and durability of electrical equipment.
Enhanced Operator SafetyThe tester is equipped with a door interlock safety mechanism and an automatic trip system, offering maximum protection to users during high-voltage tests. In combination with audible and visual alarms, operators can conduct tests confidently, knowing that safeguards are in place to prevent accidental exposure or damage.
Wide Application Across IndustriesSuitable for laboratories and industrial environments, this tester meets the quality standards required for manufacturers, exporters, distributors, and traders. Its applications span the electrical industry, including testing insulation in cables, transformers, motors, and other vital components, ensuring comprehensive quality control.
FAQs of High Voltage Breakdown Tester:
Q: How does the door interlock system on the High Voltage Breakdown Tester enhance safety during operation?
A: The door interlock system prevents the tester from operating when the test chamber door is open, thus protecting operators from accidental high-voltage exposure during routine testing procedures.
Q: What process should I follow to test the breakdown voltage of an electrical component using this tester?
A: To test a component, connect it securely to the output terminals, close the test chamber, and set the desired voltage using the control interface. Monitor progress via the digital LED display and wait for automatic detection; alarms and automatic trip will activate upon insulation breakdown.
Q: When and where is it appropriate to use this high voltage tester?
A: This tester is ideal for laboratory or industrial use whenever evaluating the insulation strength of electrical equipment is required. It is commonly employed during quality control in manufacturing or periodic maintenance checks.
Q: What types of components can be tested with the High Voltage Breakdown Tester?
A: The tester is designed for testing the insulation breakdown voltage of electrical cables, transformers, motors, and various other electrical components to ensure their safety and compliance with standards.
Q: How does the automatic trip feature protect both the operator and the equipment?
A: The automatic trip system detects overload and overvoltage conditions, immediately disconnecting power to prevent damage to the tester, the item under test, and to reduce the risk of harm to the operator.
Q: What are the benefits of the digital LED voltage indication on this tester?
A: The digital LED display provides easy-to-read, precise voltage indications, allowing for more accurate test results and easier monitoring during the breakdown process.
Q: Does the tester require batteries for operation?
A: No, the tester operates directly from an AC mains supply (220V240V), eliminating the need for batteries and ensuring continuous, uninterrupted usage.