Close
Shopping Categories
Search

10 kVA 100 kV AC DC Hipot Tester


$7529.67
Best hipot tester for sale, hipot test equipment is composed of dry testing transformer and control box, 10 kVA capacity, 100
SKU: CHN-HTGTB-10100
Free Shipping Worldwide
Delivery date: 6-12 days

100 kV AC DC hipot tester capacity 10 kVA, current with 100 mA, single phase, digital display control box, manual control, automatic control and electric control can be selected, manufacturer direct sales.

Note: AC leakage current meter is not provided.

Specifications

ModelCHN-HTGTB-10100
Capacity10 kVA
Input Voltage110V/ 120V/ 220V
Frequency50Hz/ 60Hz
Output Voltage100 kV
Current100 mA
DC Output140 kV
Phase1 Phase
Weight (Transformer+Control Box)130 kg
Cooling MethodDry
Effeciency90%
Impedance Voltage<12%
Surface Temperature Raising< 55°C
No Load Current< 4%
Output Voltage WaveformSine Wave
UsageAC DC Hipot Tester
Warranty12 Months
Temperature environment0~40°C
Altitude<2000m
Relative Humidity<85%

Packing List

NO.DescriptionQuantity
1Hipot Test Set (1 Control Box + 10 kVA Dry Transformer)1
2Power Supply Cable1
3Earth Cable1
4Connecting Line1
5Fuse3
6Rectifying Diode1
7User Manual1

Wiring Diagram

AC hipot test dimension
DC hipot test

Tips: The Differences Between AC Hipot Test and DC Hipot Test

The DC hipot test can effectively find the overall defects such as insulation moisture and dirt, and can find the local defects of the insulation through the relationship between current and leakage current. Since the DC voltage is divided by the insulation resistance, the end insulation defect can be found more effectively than the AC. At the same time, due to DC voltage.
The insulation does not substantially cause dielectric loss, and therefore, DC hipot test is less destructive to insulation. In addition, since the DC withstand voltage only needs to supply a small leakage current, the required test equipment has a small capacity and is convenient to carry.
The AC hipot test is performed at 2.5 times or more of the voltage of the device under test, and from the viewpoint of thermal breakdown of the dielectric loss, the weakness of the local free defect and the insulation aging can be effectively found. Since the voltage is divided mainly by the capacitance at the alternating voltage, the insulation defects of the device can be effectively exposed. However, the AC hipot tester is more destructive to insulation than DC, and since the test current is a capacitor current, a large-capacity test equipment is required.