Overview:

MCR series magnetically controlled reactor is mainly used in 6 ~ 110kV power system, according to the automatic controller of the grid system reactive power sampling, automatic adjustment of the magnetron reactor thyristor control angle, change the winding DC current size control core saturation , Automatically adjust the MCR's inductive reactive power, to achieve continuous improvement in reactance value to achieve smooth and stable system power factor and reactive power requirements, reduce system voltage fluctuations, stabilize the system voltage, reduce system voltage flicker, in order to achieve reactive power fast compensation effect. The magnetic reactor has the advantages of improving the power factor, reducing the network loss, preventing the power system system from oscillating, improving the transmission line transmission capacity, improving the voltage stability of the power grid, limiting the power frequency voltage of the system and operating the overvoltage, and achieving the stable system voltage. Particularly suitable for frequent changes in load, requiring high precision compensation occasions. MCR-type magnetron reactors are widely used in power substation, electrified railway, new energy, coal mine, chemical industry, smelting, rolling and other industries. MCR-type magnetron reactors are ideal for dynamic reactive power compensation and voltage regulation devices for high voltage and ultrahigh voltage networks The

Features:

1.MCR type magnetically controlled reactor is through the DC bias magnetic core to change the magnetic permeability of the core to achieve inductor adjustable, and with a fixed capacitor, automatic controller, etc. constitute a dynamic reactive power compensation system to achieve Power compensation capacity stepless adjustment, the reactive power compensation to achieve the best results.

2. To improve the power factor of the power grid, you can make the power factor of 0.9 ~ 0.99 requirements; and reduce the loss and reactive power loss, energy saving, suitable for power system huge network loss is very serious users.

3. Eliminate harmonic pollution, improve the safety factor of the power grid system, improve the voltage stability of the power grid and transmission line transmission capacity.

4. Stable end voltage (to prevent the voltage is too high or too low), improve the transformer and transmission lines and other electrical equipment life.

5. For the user expansion, in many industries to install MCR-type magnetic reactor reactive reactive power compensation device, can achieve 1.2 to 1.5 times the expansion, substantial savings in expansion costs.

6.MCR type magnetically controlled reactor SVC dynamic reactive power compensation system cost-effective, than the domestic price of TCR-type SVC 1/3.

7. Magnetically controlled reactor using high-quality silicon steel, glass fiber membrane wire, high-quality insulation materials and advanced vacuum epoxy resin casting process to ensure that the electrical performance indicators.

8. Reactor application of computer software to optimize the design of technical performance parameters, the performance indicators in line with national and industry standards and user needs.

9. The use of high-quality insulation film, epoxy-based insulation, coil insulation performance; coil with a cooling channel or fan cooling, so that the reactor core and coil temperature is low, to ensure safe and reliable product operation.

10. Magnetically controlled reactor has the characteristics of compact structure, low loss, low temperature, low noise, small volume, light weight, flame retardancy, moisture resistance, simple installation and maintenance. And meet the non-oil (non-polluting) requirements of the substation, distribution site use, energy saving and environmental protection is the ideal product.

Model Description: