| After-sales Service: | Warranty Certificate |
|---|---|
| Warranty: | 1 Year |
| Display Type: | LCD |
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Reactive power compensation capacitor is an important equipment to satisfy reactive power balance in power system. In recent years, reactive power has been widely concerned by the power sector, reactive power compensation devices have been put into distribution network operation. Power supply requires real-time balance of active and reactive power. Therefore, reactive power compensation device should meet the requirements of automatic tracking, real-time compensation, which is inevitable to frequently put, cut reactive power compensation capacitor bank. The operation of capacitor bank will produce over-current and over-voltage impact, which will cause capacitor damage. In order to ensure the reliability of the equipment, early detection of capacitor defects to avoid the expansion of the fault, the need for regular testing. On the spot, capacitors are all connected in parallel in groups. The traditional method is to remove the capacitor bus, and then measure with an old-fashioned capacitor meter. Because the capacitor bank is composed of dozens to hundreds of small capacitors, to take out the work of measuring capacitance is very large, and often take out the thread will make screws slippery teeth or not tight and leave a security risk, but also easy to cause secondary damage to the capacitance.
For this reason, the newly developed capacitance and inductance tester can measure the single capacitor of a group of shunt capacitors without taking out the wires, and can also measure the inductance and current, the work load of maintenance personnel is reduced, the test efficiency is greatly improved, and the safety guarantee is provided for the normal operation of the power grid.
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Measuring range |
Precision |
Resolution |
|
|
Capacitors |
1.000uF-9.999uF |
±1%rdg±0.2%FS |
0.001 uF |
|
10.00uF-99.99uF |
±1%rdg±0.2%FS |
0.01 uF |
|
|
100.0uF-999.9uF |
±1%rdg±0.2%FS |
0.1 uF |
|
|
1000uF-3300uF |
±1%rdg±0.2%FS |
1 uF |
|
|
Inductance |
1H-10H |
±2%rdg±0.5%FS |
1mH |
|
100.0mH-999.9mH |
±2%rdg±0.5%FS |
0.1mH |
|
|
10.00mH-99.99mH |
±2%rdg±0.5%FS |
0.01mH |
|
|
0.100mH-9.999mH |
±2%rdg±0.5%FS |
0.001mH |
|
|
Current |
0.0100A-2.0000A |
±0.5%rdg±0.1%FS |
0.0001A |
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