HVJ6 – 7.2KV

Vacuum Contactor

HVJ6-7.2 series indoor high-voltage AC vacuum contactor has two types: One is Mechanical holding type, the other is Electromagnetic holding type. It is applicable for three-phase AC 50HZ power system of rated voltage 7.2KV and below and rated current up to 630 A to open and close circuit remotely and control electrical equipment like high-voltage motor, transformer and capacitive load. It is especially suitable for fields operated frequently. The contactor uses the international fashionable up and down structure  arrangement and has the advantages of small, light, easy to maintain and form a complete set of F-C circuit equipment.

TypeRated voltage(V)

Rated current

(Main circuit)(A)

Main contact parameterPower frequency voltage resistance V(Effective value)





Contacts separation (mm)Overtravel(mm)Main circuitAuxiliary circuitControl circuit
HVJ6-7.2/2007200110, 2202004.5+1-0.51.5±0.53200025002000
HVJ6-7.2/4007200110, 2204004.5+1-0.51.5±0.53200025002000
HVJ6-7.2/6307200110, 2206304.5+1-0.51.5±0.53200025002000


TypeMaking capabilityBreaking capabilityLimit breaking current(A)Mechanical life timesWeight(KG)
HVJ6-7.2/20010le,100 times8le, 25 times10le30×10^428
HVJ6-7.2/40010le,100 times8le, 25 times10le30×10^428
HVJ6-7.2/63010le,100 times8le, 25 times10le30×10^428


TIPS:1,nut 2,insulation framework 3,arc-extinguish chamber 4,softconnect 5,insulator 6,contact spring 7,connecting level 8,adjusting nut 9,magnet yoke 10,screw 11,baseboard 12,limit bolts 13,Opening spring 14, Iron core 15,coil 16,armature 17, square shaft 18, cover 19, latched device 20,cover 21,Terminal block XT

  1. a) Ambient air temperature:  -25℃- +40℃.
  2. b) Altitude not exceed 2000m


-Relative humidity: daily mean not higher than 95℃,monthly mean not higher than 90℃;

-Aqueous vapor pressure: daily mean not exceed 2.2 KP, monthly mean not exceed 1.8 KP

Ambient air should not be obviously polluted by corrosive or flammable gas or vapor;

C)Free of frequent severe vibration; When running, angle of inclination between installation surface and horizontal plane should not exceed 5℃.