Honeywell Technologies Ovladač mikrospínače, pro použití s: Řada SM, typ ovladače: Páka s válečkem

Honeywell Microswitch Actuator, 15mm Actuator Length, Stainless Steel Actuator - JS-5

This microswitch actuator is a roller leaf-style contact device designed to operate alongside compatible SM series microswitches in industrial control and sensing assemblies. It converts linear or angular movement into a reliable switch actuation using a Durable rolling element suited to repetitive mechanical interaction in automation and electrical applications.

Features and Benefits:

• 15mm actuator length provides predictable travel and repeatability
  Stainless-steel leaf resists wear and offers structural rigidity
  Bronze roller reduces friction for smoother actuation
  Roller leaf form factor supports low-friction mechanical engagement
  Conforms to ESD and safety standards for controlled environments

Applications

• Suitable for position sensing in automated machinery
  Ideal for limit-switch duties in assembly lines
  Used with industrial control panels requiring frequent actuation
  Can be used for electromechanical safety interlocks
  Suitable for retrofitting SM series switch assemblies

What materials contact moving parts and why does that matter?

The moving leaf is MADE from stainless steel while the rolling element is bronze, combining rigidity and low-friction contact to reduce wear and maintain consistent actuation over many cycles.

Is this component appropriate for use in electrostatic-sensitive areas?

Yes, it complies with recognised ESD control requirements and is suitable for environments where static discharge must be managed.

Which approvals ensure environmental and safety conformity?

It meets relevant RoHS restrictions and conforms to specified electrostatic and electrical safety standards applicable to its class.

How does the roller leaf arrangement affect mechanical Interface design?

The roller-mounted tip provides a low-friction contact point, allowing smoother engagement with cams or sliding elements and reducing required actuation force.