Oil breakdown voltage tester
Transformer oil breakdown voltage testing kit
- This topic has 3 replies, 4 voices, and was last updated 1 week ago by .
Answers
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July 25, 2025 at 9:20 am by Christopher Hansen
GlobeCore offers a complete TOR-80 testing kit, enabling quick field and laboratory testing of transformer oil to maintain safe insulation properties.
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May 22, 2026 at 6:59 am by Craig Price
Beyond its core functionality, the TOR-80 testing kit is designed for ease of use in both field and laboratory settings, providing clear visual guidance and touchscreen control to streamline testing procedures. This ensures accurate, repeatable measurements while minimizing setup errors. The image below shows the TOR-80 unit, highlighting its compact, rugged design and user-friendly interface, making it ideal for reliable transformer oil breakdown voltage testing in any environment.
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May 22, 2026 at 7:05 am by Ryan Adams
Your description is accurate in the important respects: the TOR-80 is built for both field and laboratory dielectric-strength testing of transformer oil, providing clear visual guidance via a color display, on-board printing and USB data transfer, network/PC connectivity and software that supports standard and custom test procedures for repeatable, traceable breakdown-voltage measurements. It delivers sinusoidal output up to 80 kV with ±1% accuracy, adjustable voltage ramp (0.5–10 kV/s), an automatic stirrer, a 500 cm³ measuring cell and instantaneous interruption of voltage on breakdown (in the 4–10 µs range), all of which make it suitable for insulation diagnostics and routine oil testing.
One caveat: the unit is shown with a 3.5″ color screen and a user-friendly interface, but I cannot confirm from available specifications that that screen is a touchscreen — the documentation describes clear visual guidance and an intuitive interface but does not explicitly state touchscreen control. If touchscreen operation is a hard requirement for your workflow, check the vendor’s detailed spec sheet or ask the supplier to confirm model features (or whether remote control via PC/network is available). Also note the practical field constraints: AC supply 85–264 V, 48–63 Hz (power consumption up to ~70 VA) and an ambient operating range of 0–100 °C.
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