AC/DC High Voltage Withstand Hipot Tester

• Customization: Available
• Type: Universal Testing Machine
• Accuracy Grade: 1.5
• Model NO.: HM-YDQW
• Display: Digital
• Control: Manual Control
• Weight: 150kg
• Power Source: AC220V
• Capacity(kVA): 1.5-50
• Regulator Capacity(kVA): 1-30
• Working Time: 5
• Output(Kv): 50-400
• Transport Package: Wooden Box with Foam Inside
• Specification: test transformer
• Trademark: HMDQ
• Origin: Hubei, China(Mainland)
• HS Code: 9030339000
• Production Capacity: 50sets/Month

Product Description

AC/DC High Voltage Withstand Hipot Tester
Summary
hipot test set/Transformer partial discharge hipot test set (sf6 high voltage test set) is a necessary test device for power equipment detection and preventive test.
Because of the sf6 high voltage test set excellent insulation and arc extinguishing performance and nonflammability, the six sulfur fluoride gas has been widely applied as a new insulating medium.
After years of efforts, our company has successfully developed a partial discharge detection device for transformers. Compared with the traditional oil immersion light test transformer, this series of the high voltage test set reduce the weight by 20% - 60% (depending on the voltage and capacity grade), and without oil pollution, the voltage level of the single test transformer can reach 300KV. Due to the adoption of the new production technology, the technical performance of the product has been greatly improved, especially for field work and frequent mobile working conditions.



AC/DC High Voltage Withstand Hipot Tester
Technical indicators and parameters
1.No-load current is 4 to 9%, and impedance voltage is 4 to 10%.
2.Specifications and running time of high voltage test set
 

Model	YDQ capacity KVA	Regulator capacity KVA	Working time min
ydq-2	1.5	1	≤5
ydq -3	3	2	≤5
ydq -5	5	3	≤5
ydq -10	10	7	≤5
ydq -20	20	14	≤5
ydq -30	30	20	≤5
ydq -50	50	30	≤5

Transformer's technical parameters
 

Input (V)	200	200	400	400	400	400	400
Output (KV)	50	100	150	200	250	300	400
PC	<=3	<=3	<=3	<=3	<=5	<=10	<=10
Impedance%	<=8	<=8	<=8	<=8	<=10	<=10	<=10
No-load current%	<=6	<=6	<=6	<=6	<=5	<=5	<=5
Distortion%	∠3	∠3	∠3	∠3	∠3	∠3	∠3