Product introduction

Magnetic control reactor

Magnetic control reactor, namely magnetic valve controllable reactor, abbreviated as MCR, is one of capacity adjustable shunt reactor, mainly used to compensate reactive power for the power system.

Function of the device

Increase power factor, reduce line loss, eliminate harmonic waves, restrict voltage fluctuation, transient change, distortion, stabilize system voltage, strengthen system damping, limit the secondary synchronous resonant wave existing in turbine generation system, and buffer power oscillation. Microelectronic control system, mechanical switching mechanism is not needed: fast response, smooth, stepless adjustment.

Applicable standard

GB/T 20298-2006 Static type wattless power compensation device (SVC) features

GB/T 20297-2006 Static type wattless power compensation device (SVC) features

DL/T 1010.1-1010.5 The high voltage static wattless compensation device part 1~5

GB10229-1988 Reactors

GB12325-1990 Permissible deviations of supply voltage

GB50227-95 Design regulations of shunt capacitors

GB/T14549-1993 Harmonic waves of public power network

GB/T15543-1995 Permissible unbalance rate of three-phase voltage

GB/T15945-1995 Permissible deviation of frequency in power system

GB1208-97 Current transformers

GB12326-90 Permissible voltage fluctuation and transient change

GB/311.1-5-86 High voltage insulation coordination and test technique

GB3983.2-89 High voltage shunt capacitors

DL/T604-1996 Technical requirements for ordering high voltage shunt capacitors

GB15166-1994 High voltage fuses for protecting single shunt capacitor

JB/T8970-1999 Discharging coil for high voltage shunt capacitors

ZBK48004-90 High voltage AC filtration capacitor

GBT7328-87 Sound level measurement for transformers and reactors

Product parameter

Types of meaning