I.General Descriptions
BKSC cast resin shunt reactor is used to compensate the capacitive charging current of the grid, limit the rise of the system power frequency voltage and the operating overvoltage , so that reducing the insulation level of the system and ensure the reliable operation of the grid.With the continuous expansion of urban scale and the transformation of urban power grid, overhead line transmission is gradually replaced by underground cable, which makes the capacitive charging current of transmission network increase sharply. In order to reduce the rise of power frequency voltage and insulation level of the system, ensure the safe and reliable operation of the system and the power supply quality of the city's power grid,the Shunt Reactor is widely used in urban distribution network
II.Structural features
1. The reactor is optimized by computer design software, which can quickly and accurately design the optimal electrical performance and structural parameters according to the special requirements of users.
2. The coil is made of high-strength double glass film wire. Epoxy glass mesh cloth is laid inside and outside of the coil, and then vacuum casting epoxy resin to ensure excellent insulation performance and high mechanical strength.
3. The iron core is made of high-quality silicon steel sheet, wrapped with high-strength glass ribbon, thermally fixed, and epoxy resin pouring process, so that the air gap between the discus is closed by epoxy resin, effectively reducing the vibration between the iron core cakes and reducing the noise.
4.The products are flame retardant, moisture proof, environmental protection, pollution-free, low loss, low noise, simple installation, good electrical performance and reliable operation.
III.Technical Parameter
Rated Voltage:3KV、6kV、10kV、35kV
Rated Frequency:50Hz、60Hz
Insulation Level:F grade
Connections:Y
Rated reactance rate:100%
IV.Model meaning
V.Environment
1. The altitude shall not exceed 2000m;
2. The operating environment temperature is - 25 ℃ to + 45 ℃, and the relative humidity is not more than 90%;
3. There is no harmful gas and inflammable and explosive materials around;
4. The surrounding environment should be well ventilated.