Rated Voltage (Un): 250 KV
Withstand Voltage: 275KV
Rated Capacitance (Cn): 100pF
PD Level: ≤5 pC
Tan δC12: 1x10-5
Latitude: ≤1000m, or higher
Temperature coefficient: 3x10-5
Pressure coefficient: 2.2x10-3KPa
Voltage deviation: <3x10-5
Relative humidity: ≤75%
SF6 Gas pressure: 350±50KPa
Application and Specification
The SF6 gas insulated standard capacitors are widely used in high voltage capacitance and dissipation factor tan delta measurement. The applications include insulation materials of and electric apparatus, e.g. power transformer, power cable, motor, generator, high voltage capacitors, high voltage bushing, instrument transformers.
Himalayal standard capacitor supply different build-in electrode to meet the high requirement on the high accuracy and low dissipation factor. The standard capacitor can matches well with our capacitance and dissipation factor tan delta measuring bridge HCL 2876 and HCL 2840.
HSC serial standard capacitors are excellent selection for other brand-Tan Delta Bridge.
There will equip wheels on the standard capacitor for its movable purposes. For the standard capacitor with voltage less than 100KV, we will not equip corona ring on the top. But for the standard capacitor with voltage above than 200KV, Himalayal will make special design of a suitable top electrode. This electrode will keep the electrical field distribution in linear and surely make sure of the high voltage withstand capabilities.
More Function of the Standard Capacitor:
HSC Serial standard capacitor can also act as high voltage capacitance divider. This will enable high accuracy measurement on power transformer loss measurement, etc.
SF6 Gas Pressure Gauge
Aviation connector/LEMO connector
HIMALAYAL provides innovative products that comprise high voltage test equipment, full-set high voltage test instruments, on-site test systems and on-line monitoring systems, and services regarding tests, diagnostics and asset monitoring for clients in power industry. We help to ensure safety and reliability in the power generation, transmission and distribution.