3 Phase Low Voltage Serial Reactor Harmonic Filtering Power Factor Correction AC230V 400V 690V

When the capacitor compensates for capacitive reactive power, it will be affected by harmonic current, closing current and operating voltage.
Ringing, causing capacitor damage and power factor reduction, for which it is necessary to add a series reactor at the front end of the capacitor to suppress
And absorb harmonics, protect capacitors, avoid harmonic currents and impact voltage and current effects, improve grid quality, and improve systems
Power factor to extend capacitor life.
They form a complete product range from 6 to 100 kvar and are available in the most common tunings, such as 135, 190 and 215 Hz for network voltages of 400/415V 50Hz. They must be chosen according to the capacitors with which they are associated.
 

• Anti-rust coating
• Thermal probe with no volt contact
• Standards compliance: IEC 60289, EN 60289

3 normal working conditions and installation conditions
CKSG / - -□□□
1 Scope of application
 

4 Structural features
3.1 The altitude does not exceed 2000 meters.
3.2 Ambient temperature: -25 ° C ~ +45 ° C, relative humidity does not exceed 90%.
3.3 There are no harmful gases around, no flammable or explosive materials.
3.4 The surrounding environment should have good ventilation conditions. If it is installed in the cabinet, ventilation equipment should be installed.
 

5 Technical parameters
When the capacitor compensates for capacitive reactive power, it will be affected by harmonic current, closing current and operating voltage.
Ringing, causing capacitor damage and power factor reduction, for which it is necessary to add a series reactor at the front end of the capacitor to suppress
And absorb harmonics, protect capacitors, avoid harmonic currents and impact voltage and current effects, improve grid quality, and improve systems
Power factor to extend capacitor life.
Meet the standard: GB/T1094.6.
CKSG series low voltage series reactor
 

4.1 The filter reactor is divided into three phases and single phase.
4.2 The iron core is made of high quality low loss oriented silicon steel sheet, the core column is divided into uniform small segments by multiple air gaps, and the air gap is epoxy laminated.
The glass cloth board is spaced and bonded with a special adhesive to ensure that the reactance air gap does not change during operation.
4.3 After the coil and core of the reactor are assembled into one body, the pre-bake-vacuum dipping-heat-bake curing process is adopted.
Class H impregnating varnish allows the coil and core of the reactor to be firmly bonded together.
4.4 Exposed parts are treated with anti-corrosion treatment, and the terminal is made of Zhenxi copper tube terminal.

5.1 can be used for 0.4kV, 0.45kV, 0.48kV, 0.525kV, 0.66kV, 0.69kV, 1.14kV.
5.2 Types of reactance rate: 1%, 4.5%, 5.6%, 6%, 7%, 12%, 13%, 14%.
5.3 Insulation class: Class B, Class F, Class H.