Foot Operated Air Valve 4F210, Pneumatic Pedal Switch FV420/320 for Cylinder Control in Automation ST402/302A

Foot Operated Air Valve 4F210, Pneumatic Pedal Switch FV420/320 for Cylinder Control in Automation ST402/302A

Foot Operated Air Valve 4F210, Pneumatic Pedal Switch FV420/320 for Cylinder Control in Automation ST402/302A Reference unit price USD 8.96.

Foot Operated Air Valve 4F210, Pneumatic Pedal Switch FV420/320 for Cylinder Control in Automation ST402/302A Reference unit price USD 8.96. White background product image, published as provided. - Category: Pneumatic

Compressed air

Richtpreis

$8.07USD / Stück

USD reference unit price from the current listing.

Produktgalerie

Technische Daten

ParameterWert
TypeValves
target audiencecompressor
Sealing methodhard seal
Flow directioncommutation
formplunger
Temperature environmentlow temperature
mode of actiondouble acting
Functional roleAir type
valve actioncommutation
Type (channel position)Tee
Pressure environmentAtmospheric pressure
Drive modePedal, pedal
lining materialrubber
sealing materialrubber
applicable mediumair

Merkmale

  • Published USD reference unit price
  • Specification confirmation before ordering
  • OEM and ODM service available

Ursprüngliches Angebot: Originale Produktseite öffnen

Detailbilder

Aufbau, Anschluss, Spule und Montagehinweise für Magnetventil Foot Operated Air Valve 4F210, Pneumatic Pedal Switch FV420/320 for Cylinder Control in Automation ST402/302A Pneumatik.

Magnetventil Foot Operated Air Valve 4F210, Pneumatic Pedal Switch FV420/320 for Cylinder Control in Automation ST402/302A Pneumatik — Detail 1
Magnetventil Foot Operated Air Valve 4F210, Pneumatic Pedal Switch FV420/320 for Cylinder Control in Automation ST402/302A Pneumatik — Detail 2
Magnetventil Foot Operated Air Valve 4F210, Pneumatic Pedal Switch FV420/320 for Cylinder Control in Automation ST402/302A Pneumatik — Detail 3
Magnetventil Foot Operated Air Valve 4F210, Pneumatic Pedal Switch FV420/320 for Cylinder Control in Automation ST402/302A Pneumatik — Detail 4