High-Quality CKSG Series Low Voltage Series Reactor Manufacturers, Manufacturer

Our Dry-type Iron Core Series Reactor is essential for low-voltage reactive power compensation cabinets. Connected in series with capacitors, it effectively absorbs high-order harmonics generated by rectifiers and converters, significantly improving voltage quality and system power factor. This robust unit suppresses dangerous inrush currents and switching overvoltages, ensuring the safety of capacitors and other electrical equipment. Ideal for industrial grids with heavy harmonic pollution, it offers a reliable solution for stable power system operation and efficient energy management.

Product Description

Type Designation
CKSG-2
1 Series reactor
2 S: Three-phase; D: Single-phase
3 Dry-type air cooling
4 Reactor capacity (kvar)
5 Rated voltage of matching capacitor (V)
6 Rated reactance rate (%)
Operating Conditions
1. Altitude ≤ 1000 m.
2. Ambient temp: -25°℃~+45°℃; relative humidity ≤ 90%.
3. No harmful gases or flammable /explosive materials.
4. Good ventilation required; add ventilation equipment if installed in a cabinet.
Product Display
Structural Features
1. Available in three-phase and single-phase dry-type iron-core versions.
2. Iron core: high-quality low-loss imported cold-rolled oriented silicon steel, with stable core column air gaps.
3. Coil: Class F enameled flat copper wire, tightly arranged, no outer insulation, excellent heat dissipation.
4. Coil and core are bonded via preheating → vacuum impregnation → curing with Class H varnish, low noise and high heat resistance.
5. Non-magnetic fasteners for core column, ensuring high quality factor, low temperature rise and good filtering.
6. Exposed parts are corrosion-resistant; lead terminals are cold-pressed copper tube terminals.
7. Small size, light weight, beautiful appearance, comparable to well-known foreign brands.
Wiring Method
CKSG Series Wiring mode
Frequently Asked Questions (FAQ)
Q What phases are available for the CKSG series reactor?
The series is available in both three-phase (S) and single-phase (D) dry-type iron-core configurations.
Q What is the operational temperature range for this equipment?
The reactor operates effectively within an ambient temperature range of -25°C to +45°C with a relative humidity of ≤ 90%.
Q What materials are utilized for the core and coil?
The iron core uses imported low-loss cold-rolled oriented silicon steel, while the coil is constructed using Class F enameled flat copper wire for superior heat dissipation.
Q What installation requirements must be considered?
The unit requires an altitude ≤ 1000 m, an environment free of harmful gases or flammable/explosive materials, and good ventilation. Cabinet installations require supplemental ventilation.
Q How are low noise and heat resistance achieved?
The coil and core are structurally bonded through a sequence of preheating, vacuum impregnation, and curing with Class H varnish, effectively minimizing noise and maximizing thermal resistance.

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