Honeywell Technologies, Microswitch Actuator Roller Lever, For Use With SX Series

Honeywell Microswitch Actuator, 6.1mm Actuator Length, Stainless Steel Actuator - JX-45

This microswitch actuator is a roller-leaf style device designed to Interface with SX Series microswitches in industrial control and sensing environments. It converts mechanical motion into switch actuation using a bronze roller on a stainless-steel leaf, providing a tactile rolling contact for repeatable switching in automation and electrical assemblies.

Features and Benefits:

• 6.1mm roller-leaf length for precise actuation control
  Stainless-steel leaf offering corrosion-resistant durability
  Bronze roller reduces contact wear and friction
  Compatible with SX Series for straightforward replacement
  Meets RoHS for restricted-substance conformity
  Conforms to ESD protocols under ANSI S20.20 supporting safe handling

Applications

• Suitable for limit-switching tasks in automated assembly lines
  Ideal for position sensing on mechanical actuators and valves
  Used with control panels requiring replaceable actuator elements
  Can be used for tactile input in electrical enclosures with ESD concerns

Which materials contribute most to longevity under repeated cycles?

The stainless-steel leaf provides structural resilience while the bronze roller minimises surface wear and friction during repeated rolling contact.

How does the actuator address electrostatic discharge risks during handling?

It is designed to comply with recognised ESD practices, aligning with ANSI S20.20 to reduce static-related damage during installation and maintenance.

Is the component suitable where hazardous substances are restricted?

Yes, it conforms to RoHS requirements, limiting the use of specified hazardous materials in its construction.

What considerations are important when replacing an actuator in the field?

Ensure mechanical alignment with the switch plunger, confirm roller orientation for smooth engagement, and verify compatibility with the target switch mounting to maintain actuator performance.