TMSS GERMANY Telemecanique Sensors ovládacia hlava s valčekovou pákou ZCE28

Limit switches often need a reliable mechanical interface to detect moving parts, and the ZCE28 roller lever actuator head solves this by providing a rotary operating head with a variable-length thermoplastic roller lever. It is designed for use with Telemecanique OsiSense XC standard limit switch bodies, ensuring precise actuation in industrial applications.

Who is it for

This actuator head is intended for automation engineers, maintenance technicians, and machine builders who need to replace or configure limit switches in industrial control systems. It is compatible with XCKJ, XCKL, and XCKM series limit switch bodies.

Main features

• Roller lever actuator type with rotary movement
• Variable length thermoplastic roller lever for flexible positioning
• Roller diameter 18 mm and width 7 mm
• Head material: Zamak; lever and roller material: thermoplastic
• Minimum operating torque: 0.25 N.m (for XCKJ)
• Operating temperature range: -25 to 70 °C
• Mechanical durability: 10,000,000 cycles
• Protection rating: IP66, IP67, IP68 when mounted

Specifications

• Product type: Actuator head
• Actuator type: Roller lever
• Operator type: Thermoplastic variable length roller lever
• Movement of operating head: Rotary
• Product compatibility: Telemecanique OsiSense XC standard limit switches (XCKJ, XCKL, XCKM)
• Head material: Zamak
• Lever material: Thermoplastic
• Roller material: Thermoplastic
• Roller diameter: 18 mm
• Roller width: 7 mm
• Minimum operating torque: 0.25 N.m (for XCKJ)
• Operating temperature range: -25 to 70 °C
• Protection rating (IP): IP66, IP67, IP68 (when mounted)
• Mechanical durability: 10,000,000 cycles
• Series: OsiSense XC Standard
• Mounting type: Screw-on (for limit switch body)
• Lever length: Variable (adjustable)

Tips

Ensure the actuator head is securely screwed onto the limit switch body to maintain the specified IP protection. Adjust the roller lever length according to the application to achieve the desired actuation point.