Three Cups Transformer Oil Dielectric Strength BDV Analyzer

1. This instrument uses a microprocessor and integrates three cups to automatically complete operations such as boosting, holding, stirring, static discharge, calculation, and printing. It can perform oil circulation pressure resistance tests within the range of 0-80KV.

2. Large screen color LCD display

3. This instrument is easy to operate, and the operator only needs to make simple settings. The instrument will automatically complete the pressure test of 1-3 oil samples according to the settings. For each oil sample, the breakdown voltage value and cycle number will be automatically stored. After the test is completed, the thermal printer can print out the breakdown voltage value and average value of each oil sample.

4. Power off hold, capable of storing 100 experimental results and displaying the current ambient temperature and humidity.

5. Adopting microcontroller control for uniform voltage boosting, the voltage frequency is accurate to 50Hz, making the entire process easy to control.

6. Equipped with overvoltage, overcurrent, and limit protection to ensure the safety of operators.

7. It has temperature measurement display function and system clock display.

8. The standard RS232 interface can communicate with computers.

Three Cups Transformer Oil Dielectric Strength BDV Analyzer

Three cups transformer insulation oil technical Specification

1. Output voltage: 0-80KV (optional)

2. Voltage distortion rate: ＜ 3%

3. Boosting speed: 0.5-5KV/S (adjustable)

4. Rest time: 15 minutes (adjustable)

5. Boost interval: 5 minutes (adjustable)

6. Boosting frequency: 1-10 times

7. Capacity of booster: 1.5KVA

8. Measurement accuracy: ± 3%

9. Power supply voltage: AC220V ± 10% 50Hz ± 1 Hz

10. Power: 200W

11. Applicable temperature: 0 ℃~45 ℃

12. Applicable humidity:< 75%RH

13. Dimensions: 585 × 390 × 410

Three Cups Transformer Oil Dielectric Strength BDV Analyzer

Simultaneous testing of three cups of samples: Three oil samples can be tested simultaneously, significantly improving detection efficiency and suitable for batch testing or scenarios that require rapid analysis.

Shortening the testing cycle: Traditional single cup testing requires individual testing, and the three cup design saves time, especially suitable for high-frequency testing in production sites or laboratories.