Honeywell Technologies Roller Lever Micro Switch, Solder Terminal, 6A, 250 V ac, SPDT, IP00

Honeywell Series ZW Micro Switch, 6A Switch Contact Current, Roller Lever Actuator Type - ZW50F15FD1

This micro switch is a Compact electromechanical limit device designed to detect position changes and provide a single-pole changeover contact for control and safety circuits in industrial equipment. It is fitted with a roller lever actuator for consistent mechanical actuation and a solder-style Terminal for PCB or wiring integration, making it suitable for applications requiring tactile switching under defined environmental and electrical conditions.

Features and Benefits:

• Operating range from -40°C to 120°C ensures wide thermal tolerance
  Rated switching current of 6A at 250V AC supports moderate loads
  Mechanical endurance of 1 million cycles minimises replacement frequency
  SPCO contact arrangement simplifies normally open/closed signalling
  Polybutylene terephthalate housing offers electrical insulation and stability

Applications

• Suitable for limit detection in automated assembly lines
  Ideal for position sensing in electrical control panels
  Can be used for safety interlocks on mechanical drives
  Used with PCB-mounted circuits requiring solder terminals
  Suitable for tactile actuation in instrumentation enclosures

What type of terminals does it use for board mounting?

It employs solder terminals intended for direct PCB soldering or hard-wired connections.

Which approvals indicate suitability for industrial deployment?

The component carries multiple approvals including cUL, ENEC, RoHS, UL and CQC, indicating conformity with several recognised standards.

How does the actuator style affect installation options?

The roller lever actuator provides a low-friction contact point that tolerates lateral movement and is suitable where repeated mechanical engagement occurs.

What limits should be observed for safe thermal operation?

The device is specified to operate down to -40°C and up to 120°C, installations should maintain ambient conditions within this range.