Schmersal Inc. E program - EW - Spring-return selector switch - EWS - Selector switch / EWT - Spring-return selector switch - EWS32.1

Description
Long knob Mounting hole 22.3 mm Protection class IP65 Aluminium enlosure
Request a Quote
Description
Long knob Mounting hole 22.3 mm Protection class IP65 Aluminium enlosure
Request a Quote

Suppliers

Company
Product
Description
Supplier Links
E program - EW - Spring-return selector switch - EWS - Selector switch / EWT - Spring-return selector switch - EWS32.1 -  - Schmersal Inc.
Valhalla, NY, United States
E program - EW - Spring-return selector switch - EWS - Selector switch / EWT - Spring-return selector switch - EWS32.1
E program - EW - Spring-return selector switch - EWS - Selector switch / EWT - Spring-return selector switch - EWS32.1
Long knob Mounting hole 22.3 mm Protection class IP65 Aluminium enlosure
  • Long knob
  • Mounting hole 22.3 mm
  • Protection class IP65
  • Aluminium enlosure
Supplier's Site

Technical Specifications

  Schmersal Inc.
Product Category Rotary Switches
Product Name E program - EW - Spring-return selector switch - EWS - Selector switch / EWT - Spring-return selector switch - EWS32.1
Mechanical Life 300000 cycles
Unlock Full Specs
to access all available technical data

Similar Products

E program - EWSE - Step switch - EWSE10K -  - Schmersal Inc.
Specs
Mechanical Life 1000000 cycles
Operating Torque 84.96 In-oz (60 N-cm)
Text for Number of Positions per Pole 10
View Details
N program - NWT - Selector switch - NWT32.1 -  - Schmersal Inc.
Specs
Mechanical Life 300000 cycles
Operating Torque 84.96 In-oz (60 N-cm)
Text for Number of Positions per Pole 1
View Details
N program - NWSE - Step switch - NWSE4K.1 -  - Schmersal Inc.
Specs
Operating Torque 84.96 In-oz (60 N-cm)
Text for Number of Positions per Pole 4
Operating Temperature 32 to 167 F (0 to 75 C)
View Details
H program - HWS - HWT Selector switch - HWT21-BL-SW -  - Schmersal Inc.
Specs
Mechanical Life 300000 cycles
Operating Torque 566 In-oz (400 N-cm)
Text for Number of Positions per Pole 2
View Details