Product description
Auto Control Unit+Dry/Gas Type Transformer+Insulation Gloves/boots Electrode)
It is used to test insulation performance for 35kV and below insulation gloves, boots, rod, ladder, mats and Electroscope etc. It can test 3-4pcs insulation gloves/boots at the same time, also 5pcs insulation rods.
Features
Automatic control unit
- 7inch color LCD screen, with PLC automation control.
- HV Voltage, HV Current(HV meter is external for monitoring), LV voltage, LV current measured at the same time, with high precision sensor and high performance collection chip.
- Automatic mode and manual mode for option.
- Display HV voltage, LV voltage, HV current(displayed by external HV meter), LV current, time and withstanding result.
- Over-voltage and over-current protection. Output voltage, HV current upper limit, LV current upper limit and timing can be set.
- Zero-starting function. Test can be proceed after the voltage is back to zero.
- Store up to 8000pcs data in 3months. It has USB port to upload data to USB disk.
- When setting voltage is arrived, it will timing automatically. After timing, voltage will be back to zero.
- When the LV current is over setting value or HV voltage is over setting value, the voltage will be cut off automatically and it will be back to zero.
- With anti-interference ability, suitable for electromagnetic environment.
- With wheels for HV unit and gloves(boots) platform, easy to move.
Other features
- HV source is dry type testing transformer.(SF6 gas type and oil-immersed type for option.)
- It is suitable for testing insulation gloves(boots), 35kV and below insulating rod, ladder, mats and electroscope.
- To make test for insulation gloves and boots, the HV electrode is chain type, which the height can be adjusted. The material is stainless steel with CU/EpNi5bc painted, which make surface discharge<10pc. 6pcs insulation tank are also supplied.
- The electrode of insulation boots is red cooper voltage-sharing type, the HV inside the bottom of boots are equal distribution. 4mm steel balls supplied, not using traditional way that injecting water.
- With electroscope testing device to make start voltage, in-phase, out-phase interference test for electroscope.
- Control unit and HV unit are separate, to ensure safety.
- If there is breakdown or over limits, the HV output will be cut off automatically and alarm.
Other specifications for electroscope, insulation rod, mat test etc.
Electroscope |
Voltage (kV) |
Interval distance of electrode mm |
Height
mm |
Ring diameter mm |
Ball diameter mm |
Testing stand |
10kV, 35kV |
300 |
>1500 |
550 |
60 |
GDY-35 |
66-110 220-330 |
650 850 |
>2500 |
1050 |
100 |
GDY-330 |
500 |
1250 |
>3500 |
1550 |
150 |
|
Insulation mat |
Voltage (kV) |
Dimension of HV electrode |
Dimension of Ground electrode |
Dimension of Insulation panel |
Dimension of Sponge |
Test Voltage (kV) |
0.38 |
500*500*5 |
1000*1000*5 |
1000*1000*5 |
500*500*5 |
5 |
3 |
10 |
6/10 |
20 |
20 |
30 |
Insulation Rod |
Voltage (kV) |
Interval distance of electrode mm |
Test voltage (kV) |
Test length (m) |
Time (min) |
Testing stand |
10 |
400 |
45 |
0.7 |
1 |
GDJ-50 |
35 |
600 |
95 |
0.9 |
1 |
GDJ-50, GDJ-100 |
63 |
700 |
175 |
1.0 |
1 |
GDJ-100, GDJ-200 |
110 |
1000 |
220 |
1.3 |
1 |
GDJ-200, GDJ-300 |
220 |
1800 |
440 |
2.1 |
1 |
GDJ-300 (section) |
330 |
2800 |
380 |
3.2 |
5 |
GDJ-200 (section) |
500 |
3700 |
580 |
4.1 |
5 |
GDJ-300 (section) |