NKK Switches M Series Miniature Rocker Switches

NKK Switches M Series Miniature Rocker Switches feature three panel-mounting methods for application flexibility: flat frame for flush with face/sub-panel, snap-in, and PCB mounts. The switches provide high insulating barriers to increase circuit isolation and add protection to contact points. The M series offers a molded diallyl phthalate case with a UL 94V-0 flammability rating, which is suitable for harsh environmental uses. The miniature rocker switches have epoxy-sealed terminals to prevent solder flux or other contaminant ingress and a bias guard to prevent contact misalignment. NKK Switches M Series Miniature Rocker Switches deliver a high 1500V dielectric strength between the contacts and case due to the frame-clinching capability.

Features

  • Three panel-mounting methods
    • Flat frame for flush with face/sub-panel
    • Snap-in
    • PCB
  • High insulating barriers increase circuit isolation
  • Provides added protection to contact points
  • Molded diallyl phthalate case
  • UL 94V-0 flammability rating
  • Epoxy-sealed terminals prevent solder flux ingress
  • Prominent external insulating barriers
  • Increases insulation resistance and dielectric strength
  • Integrated bias guard prevents contact misalignment

Specifications

  • Resistive load electrical capacity varies by model
    • 0.1A recommended minimum voltage current at 2VAC/DC
    • 4A recommended voltage current at 30VDC for on-none-on circuits
    • 3A recommended voltage current at 30VDC for other circuits
    • 0.4VA max logic level (gold) at 28VAC/DC
  • 10mΩ max silver contact resistance
  • 20mΩ max gold contact resistance
  • 1000MΩ min insulation resistance at 500VDC
  • 1000VAC min dielectric strength between contacts
  • 1500VAC min dielectric strength between contacts and case
  • 50,000-operation mechanical lifespan
  • 25° angle of throw
  • -30°C to +85°C operating temperature range
  • 90% to 95% humidity
  • 10Hz to 55Hz vibration with peak-to-peak 1.5mm amplitude
  • 500m/s2 acceleration shock rating
Published: 2010-01-15 | Updated: 2024-06-06