Sanwa SW-68 Microswitch for OBSF / OBSN / OBSC Button

€1.20

No reward points for this product.

VAT included Financing available only for orders over 50 euros

Original Sanwa SW-68 replacement microswitch for OBSF, OBSN and OBSC pushbuttons. Ultra-light actuation, precise response and high durability. Manufactured by Omron for Sanwa Denshi.

Quantity
Out of stock

We will notify you when available

Notify me

You may also be interested in

  • 1 year warranty 1 year warranty
  • Shipments in 24h / 48h Shipments in 24h / 48h
  • 15 day return policy 15 day return policy

Description - Sanwa SW-68 Microswitch for OBSF / OBSN / OBSC Button

The Sanwa SW-68 Microswitch is the reference microswitch in the world of competitive arcade. Developed by Omron for Sanwa Denshi, this component is standard equipment in the OBSF-24, OBSF-30, OBSN and OBSC pushbutton range, and is largely responsible for Sanwa's reputation in the arcade industry.

Its main strength is an ultra-light actuation, with an almost imperceptible press and a fast and precise return. This makes it the preferred choice of competitive fightstick players and arcade machine environments that demand quick response.

The SW-68 is also compatible as a replacement for the Seimitsu PS-14-G microswitch, found in the PS-14-K pushbutton, allowing the same ultra-light feel in a translucent format.

Features

  • Ultra-light actuation with precise return
  • Reference microswitch in Sanwa OBSF and OBSC pushbuttons
  • Developed by Omron for Sanwa Denshi
  • Compatible with OBSF-24, OBSF-30, OBSN and OBSC pushbuttons
  • Replaces the Seimitsu PS-14-G (compatible with PS-14-K)
  • 2.8 mm faston terminal
  • Sold individually

Technical Specifications

Conectores
NO / COM
Conformidad RoHS
Si
Current
16A (AC) / 0,6A (DC)
Actuation force
55 g
Grado de Protección
IP40
Material
Silver alloy
Model
SW-68
Norma de seguridad
UL, cUL, ENEC, CQC
Weight
6gr
Operating temperature
-20°C / +60°C
Terminals
2,8mm
Electrical voltage
250V (AC) / 125V (DC)
Tipo de activador
Plunger
Electrical life
300,000 cycles
Mechanical life
50,000,000 cycles