Automatic Oil Breakdown Voltage test set, Oil BDV Test Set ( QOITS-100A ) About
| Test voltage |
0 to 100 kV |
| Phase type |
Single phase |
| Operation mode |
Automatic |
| Voltage rise rate |
Custom as per test standard |
| Usage/Application |
Industrial / Lab / Field / Oil testing and filtration / |
| Max capacity |
100 kV |
| Brand |
Quadrant Measurements Private Limited |
| Electrode type |
Mushroom |
| Standards |
ASTM D1816, ASTM D877, IS 6792, IEC 60156 |
| Display type |
LCD |
| Input Voltage |
230 V |
| Country of Origin |
Made in India |
| Phase |
Single Phase |
| Additional electrodes |
Spherical , Flat |
We are a leading manufacturer, supplier, trader, and exporter of Automatic OIL Breakdown Test Kit, designed precisily for testing dielectric strength and breakdown voltage (BDV) of insulating oils.
Fully automatic with preloaded 16 test standards, safety interlocks, printer, data save and pc download this is a one stop solution for assess the insulation quality of transformer oil and ensure optimal equipment performance.
Our OIL BDV is widely used by Testing Laboratories, Oil Testing Service Providers, and Electrical Maintenance Companies.
Application:
- Power Transformers
- Distribution Transformers
- Current Transformer
- Bushing
- Power Capacitors
Features:
- Compact and lightweight
- Auto operation mode
- Fully automatic operation, Withstand test
- Fully compatible with IEC 60156, ASTM D etc
- Pre-loaded testing programs for 16 standards
- 3 Custom Program Settings
- Built-in printer
- PC connectivity
- 100 Internal test data storage
- Precise voltage measurement
- True sine high-voltage on electrodes
- Indicator HT ON/OFF, All safety Interlock
- incorporated, Zero Start, HT Chamber interlock
Technical Specifications:
- Output Voltage: 0-100KV AC
- Accuracy: 2% of FSD 2 digit
- Resolution: 0.1KV
- Display: 20 X 4 Backlite LCD
- Tripping Time: less than 1 milliseconds
- Power Supply: 230VAC, 50Hz, Single Phase
- Controls: HT ON, HT OFF, Increase, Deacrese
- Printer: Thermal printer
SCOPE OF SUPPLYOil BDV- Oil Test Cell with electrodes- Go-No-Go gauge- Mains cord- User / Instruction manual- Lifting Stick
- Software CD for Data Download
TEST VESSEL- Made of Methyl Mathacrylate (Acrylic)- Volume 300/400ml approx- Mushroom electrodes as per IS:6792, IEC 156 and 3 Custom Modes.- Made of Methyl Mathacrylate (Acrylic)- Volume 300/400ml approx- Mushroom electrodes as per IS:6792, IEC 156 and 3 Custom Modes.- Made of Methyl Mathacrylate (Acrylic)- Volume 300/400ml approx- Mushroom electrodes as per IS:6792, IEC 156 and 3 Custom Modes.- Made of Methyl Mathacrylate (Acrylic)- Volume 300/400ml approx- Mushroom electrodes as per IS:6792, IEC 156 and 3 Custom Modes.
Intuitive Digital Control and Data HandlingThe QOITS-100A features a user-friendly, microprocessor-based control panel with keypad input and a spacious LCD display for easy setting adjustments and live test monitoring. Integrated data management includes memory storage for up to 100 results and built-in thermal printing for on-the-spot documentation. The optional RS232/USB interface offers added flexibility for digital data transfer.
Optimized Test Cup and Electrode DesignEquipped with a 400 ml IEC 156-compliant test cup and standard stainless steel mushroom-type electrodes, the unit offers precise electrode gap settings (1 mm, 2 mm, or customizable per IS/IEC norms) for repeatable, reliable measurements. Its transparent acrylic window allows safe sample observation while maintaining a controlled environment.
Enhanced Safety and DurabilitySafety is paramount, with features including chamber lid interlocks, emergency stop, and automatic cut-off upon oil breakdown. The powder-coated metal chassis is built for resilience, offering protection from oil spills, electrical overloads, and corrosion. Portable yet robust, the bench-top model is suitable for rigorous lab or field use.
FAQ's of Automatic Oil Breakdown Voltage test set, Oil BDV Test Set ( QOITS-100A ):
Q: How do I use the QOITS-100A Oil Breakdown Voltage Test Set for transformer oil testing?
A: To use the QOITS-100A, pour the oil sample into the 400 ml IEC 156-compliant test cup and set the electrode gap as required (1 mm, 2 mm, or per standards). Configure testing parameters using the digital keypad, select the desired test standard, and initiate the test. The automatic stirrer will mix the sample, and the device will automatically apply voltage until breakdown occurs. Results are displayed on the LCD and can be printed or exported.
Q: What standards does this Oil BDV Test Set support, and can I program custom test parameters?
A: The QOITS-100A supports IS, IEC, ASTM, and VDE preset test protocols. Additionally, it allows user-configurable test standards, letting you program custom voltage ramp rates and hold times as required by specific testing procedures.
Q: When should I use the QOITS-100A for oil dielectric strength measurement?
A: Utilize the QOITS-100A for routine maintenance checks, quality assessment, and diagnostics of transformer or insulating oils. Regular testing helps prevent electrical failure by ensuring the dielectric strength is within safe operational limits.
Q: Where is this test set commonly deployed, and what applications does it serve?
A: This test set is widely used in electrical utilities, transformer manufacturing plants, industrial laboratories, and service centers. It is ideal for testing the electrical breakdown voltage of transformer and insulating oils to assess their quality and suitability for use in electrical apparatus.
Q: What safety features are integrated in the QOITS-100A?
A: The unit incorporates multiple safety interlocks including a chamber lid safety, emergency stop button, automatic voltage cut-off on breakdown, as well as overload and short-circuit protection. These ensure user safety during operation and protect the device from damage.
Q: How are test results stored and retrieved from the QOITS-100A?
A: Test results are digitally stored in the system memory, with a capacity for up to 100 records. Results can be reviewed on the LCD, printed instantly via the inbuilt thermal printer, or exported through the optional RS232/USB interface for further analysis or archiving.