Switch & Operator 3 poles 690V 25A

£50.32 inc VAT £41.93 ex VAT

Description

Detail

Schneider Electric VCF0 3 Pole 25A TeSys VARIO rotary switch disconnector with emergency stop control, extended handle and up to 3 padlocks. Composition of V0 switch body and red handle. Intermittent duty Class 30. Screw terminals power circuit 6mm² flexible and 10mm² solid connections. TC protective treatment and -25 to 50°C operating temperature. Conforms to IEC 60947-3.

  • · Current Rating: 25A
  • · Height: 60mm
  • · Number of Poles: 3
  • · Width: 60mm
  • · Weight: 250g
  • · IP Rating: IP20, IP65
  • · Voltage: 690V

Specification

  • Number of auxiliary contacts as normally closed contact : 0
  • Suitable for ground mounting : No
  • Version as reversing switch : No
  • Suitable for intermediate mounting : No
  • Suitable for front mounting 4-hole : Yes
  • Voltage release optional : No
  • Suitable for distribution board installation : Yes
  • Suitable for front mounting centre : No
  • Motor drive optional : No
  • Interlockable : Yes
  • Version as maintenance-/service switch : No
  • Version as safety switch : No
  • Motor drive integrated : No
  • Version as main switch : Yes
  • Version as emergency stop installation : Yes
  • Rated operation power at AC-3, 400 V : 5.5 kW
  • Degree of protection (IP), front side : IP65
  • Rated operating voltage : 0 – 690 V
  • Rated operation power at AC-23, 400 V : 7.5 kW
  • Number of auxiliary contacts as normally open contact : 0
  • Number of auxiliary contacts as change-over contact : 0
  • Conditioned rated short-circuit current Iq : 10 kA
  • Max. rated operation voltage Ue AC : 690 V
  • Rated permanent current at AC-21, 400 V : 25 A
  • Rated permanent current Iu : 25 A
  • Number of poles : 3
  • Number of switches : 1
  • Rated short-time withstand current lcw : 0.3 kA
  • Colour control element : Red
  • Type of control element : Turn button
  • Type of electrical connection of main circuit : Screw connection
  • Device construction : Built-in device fixed built-in technique