Products
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High Voltage Shunt Reactor
1.Connected in parallel in 500 kv,200 kv and 110 kv substation low-voltage side, used for long distance transmission line capacitance reactive compensation, make the transmission and distribution system voltage stability.
Air Core Shunt Reactor
1.Connected in parallel in 500 kv,200 kv and 110 kv substation low-voltage side, used for long distance transmission line capacitance reactive compensation, make the transmission and distribution system voltage stability.
Air Core Reactor for HV Reactive Compensation
1.Rated voltage:3464.1V.
2.Reactor connected in series with the capacitors suppress harmonic voltage amplification.
3. reduce system waveform distortion .
4.limit inrush currents during capacitor switching.
Dry-type Air Core Shunt Reactor
1.Connected in parallel in 500 kv,200 kv and 110 kv substation low-voltage side, used for long distance transmission line capacitance reactive compensation, make the transmission and distribution system voltage stability.
High Voltage Linearity Air Core Series Reactor
1.Rated voltage:3464.1V.
2.Reactor connected in series with the capacitors suppress harmonic voltage amplification.
3. reduce system waveform distortion .
4.limit inrush currents during capacitor switching.
CKGKL Reactor for Outdoor Installation
1.Rated voltage:3464.1V.
2.Reactor connected in series with the capacitors suppress harmonic voltage amplification.
3. reduce system waveform distortion .
4.limit inrush currents during capacitor switching.
Outdoor Air Core Reactor
1.Rated voltage:3464.1V.
2.Reactor connected in series with the capacitors suppress harmonic voltage amplification.
3. reduce system waveform distortion .
4.limit inrush currents during capacitor switching.
CKGKL Series Dry-Type Air Core Reactor
1.Rated voltage:3464.1V.
2.Reactor connected in series with the capacitors suppress harmonic voltage amplification.
3. reduce system waveform distortion .
4.limit inrush currents during capacitor switching.
mv iron core detuned reactors
7% reactance rate: Suppresses harmonics above the 5th order;
14% reactance rate: Suppresses harmonics above the 3rd order.
27% reactance rate: Suppresses harmonics above the 2nd order.
1.Available in three-phase and single-phase dry-type iron-core configurations.
2.Core: Imported cold-rolled silicon steel laminations segmented by epoxy-laminated glass spacers to stabilize air gaps.
3.Windings: Tightly wound with Class H/C enamel-coated flat copper wire for high-temperature resistance and silent operation.
4.Assembly: Non-magnetic fasteners; pre-baked, vacuum-impregnated, and thermally cured to bond core and windings, ensuring low losses and high harmonic suppression.
5.Corrosion-resistant terminals and enclosures; compact size, lightweight, and cabinet-compatible design for cost-effective installation.
filter capacitors
1.rated voltage:10kv.
2.Frequency: 50/60Hz.
3.Operating: indoor or outdoor.
4.Ambient temperature: -40°C ~ +45°C_x000b_( Freezing field can meet - 45C).
5.Wind load: not exceed 35m/s.
6.Altitude: not exceed 2000m.
7.Icing thickness: not exceed 10mm.
8.Seismic strength: 8.
9.Pollution level: III or IV.
medium voltage filter capacitor
1.rated voltage:10kv.
2.Frequency: 50/60Hz.
3.Operating: indoor or outdoor.
4.Ambient temperature: -40°C ~ +45°C_x000b_( Freezing field can meet - 45C).
5.Wind load: not exceed 35m/s.
6.Altitude: not exceed 2000m.
7.Icing thickness: not exceed 10mm.
8.Seismic strength: 8.
9.Pollution level: III or IV.
iron arc reactor core
1.The coil is made of epoxy resin vacuum casting, after high temperature curing.
2.The coil insulation performance is good, high mechanical strength, the ability after glass fiber reinforcement is impacted by the large current shock and hot and cold cracks.
3.Moistureproof performance is good.
