About HV Test Set
| Enclosure |
Table Top Design robust enclosure |
| Front Panel |
Operation Guide Sticker Plate. |
| Indicator |
Mains ON,HV ON & OFF LED Indicator |
| Leakage Current Setting |
3-30mA range |
| Protection |
Fuse Protection |
| Phase |
Single |
| Voltage |
0-5000 V |
| Material |
Mild Steel |
| Packaging Type |
Wooden Box |
| Model No. |
HVAC D 5 |
| Display Type |
Analog,Digital |
| Usage/Application |
Testing |
| Brand |
TI |
Testing Instruments is a leading manufacturer for High Voltage Testing equipment in India.The high voltage test set has 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.
AccessoriesStandard length I/P CableO/P HV Cable for 5KVOperation ManualTest CertificateRobust Design and Accurate MeasurementBuilt with a mild steel body and high-grade insulation, the HV Test Set withstands demanding industrial environments. Its analog display and integrated leakage current meter provide precise readings for electrical and insulation tests, ensuring accurate assessment up to 100 kV AC/DC. The units safety features and protection systems prioritize user and equipment safety during operation.
User-Friendly Features and SafetyThe products variable output controls allow smooth adjustment between coarse and fine voltage settings. An automatic air-cooled system and built-in safety interlock prevent overheating and accidental operation. With overload and earth leakage protection, the set meets rigorous standards for reliable testing in electrical workshops and field environments.
Versatile Applications Across IndustriesIdeal for electrical testing, transformer and cable inspection, the HV Test Set serves manufacturers, exporters, and suppliers. Medium size and portable design ensure it easily adapts to laboratory, workshop, or field settings, facilitating insulation verification and routine maintenance with dependable accuracy and resilience.
FAQs of HV Test Set:
Q: How do I operate the HV Test Set for high-voltage testing?
A: Begin by connecting the instrument to a 230 V AC, 50 Hz mains supply. Select your desired voltage using the fine and coarse adjustment knobs. Monitor the output and leakage current on the analog meters. The automatic cooling system activates as needed, and built-in safety interlocks must be engaged before output is enabled.
Q: What protective features does the HV Test Set include during testing?
A: This unit is equipped with overload protection, earth leakage protection, and a safety interlock switch to prevent accidental operation. The enclosure is IP 21 rated to resist dust and accidental contact, and the insulated box further safeguards operators from high-voltage hazards.
Q: When should the HV Test Set be used in electrical testing applications?
A: Use the HV Test Set when testing insulation strength, cable integrity, or transformer reliability, especially in scenarios requiring high-voltage AC/DC measurements up to 100 kV. It is suitable for routine checks, qualification testing, and compliance verification in workshops or in-field locations.
Q: Where can this HV Test Set be deployed for effective results?
A: Thanks to its medium size and portable build, the test set is ideal for use on tabletops in laboratories, manufacturing facilities, field testing sites, or any location requiring electrical and insulation analysis in India or for export markets.
Q: What process is followed for measuring leakage current during testing?
A: During testing, the integrated leakage current meter within the HV Test Set continuously monitors current flow to detect insulation failure or breakdown. Readings from the analog display provide real-time feedback to the operator, helping ensure safety and test validity.
Q: What are the benefits of choosing this HV Test Set for your operations?
A: Benefits include accurate 1.5% full-scale measurements, shock and corrosion resistance for durability, user-friendly operation with variable output controls, comprehensive safety systems, and versatility for multiple electrical testing scenarios. Its air-cooled automatic system reduces downtime and maintenance needs.