TELEMECANIQUE SENSORS ZCKY41 Roller Lever for Limit Switches
The TELEMECANIQUE SENSORS Limit Switch Lever Arm: Roller Lever (SKU ZCKY41, MPN ZCKY41) is a rotary lever roller actuator designed for use with the XCKJ series limit switches. It features a front roller position and…
SKU 3G-OTH-30203
Also listed as: ZCKY 41 · ZCKY-41
Local availability & support — Singapore
- Local office
- 20 Woodlands Link #09-05, Singapore 738733
- Phone
- +65 8878 8355
- Delivery
- Same-day or next-business-day delivery within Singapore for in-stock items; 7–14 days for factory-order parts from Europe.
- Payment
- Invoicing in SGD. PayNow, bank transfer, and corporate PO accepted.
- Ships to
- Singapore
Need installation or engineering help?
Ask a question
Product Description
The TELEMECANIQUE SENSORS Limit Switch Lever Arm: Roller Lever (SKU ZCKY41, MPN ZCKY41) is a rotary lever roller actuator designed for use with the XCKJ series limit switches. It features a front roller position and an adjustable arm/operator length up to 3.34 inches.
Frequently Asked Questions
What is the TELEMECANIQUE SENSORS ZCKY41 limit switch lever arm used for?
The TELEMECANIQUE SENSORS ZCKY41 is a rotary lever roller actuator used to detect the position of moving parts in industrial machinery. It is designed for use with XCKJ series limit switches, providing reliable actuation in automation, packaging, and material handling applications.
What are the specifications of the TELEMECANIQUE SENSORS ZCKY41?
The ZCKY41 is a roller lever actuator with an adjustable arm/operator length up to 3.34 inches. It features a front roller position and a rotary lever roller actuator style. This component is compatible with the TELEMECANIQUE SENSORS XCKJ series limit switches.
Where to buy the TELEMECANIQUE SENSORS ZCKY41 worldwide?
3G Electric supplies the TELEMECANIQUE SENSORS ZCKY41 worldwide. As a global industrial equipment distributor, we handle full logistics, customs clearance, and delivery to your location. Contact us to source this roller lever actuator for your XCKJ series limit switch.
How to install the TELEMECANIQUE SENSORS ZCKY41 roller lever?
To install the ZCKY41, first ensure the XCKJ limit switch is de-energized. Attach the roller lever to the switch actuator shaft, adjusting the arm length up to 3.34 inches as needed. Secure the lever firmly and verify free movement of the roller before operation.
Used in
Common applications for TELEMECANIQUE SENSORSTELEMECANIQUE SENSORS Products
3G Electric supplies TELEMECANIQUE SENSORS roller levers for limit switches. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.
You might also need
Related products
- CLECO Right-angle air-powered nutrunner with 3/4-inch square drive and pin detent retainer. Delivers 325 ft-lb fastening torque. Suitable for assembly, maintenance, and repair tasks requiring consistent torque in industrial settings
- CLECO This right-angle air-powered nutrunner delivers 32 ft-lb of fastening torque with a 1/2-inch drive and pin detent retainer. It is used for controlled tightening in industrial assembly, maintenance, and production environments
- CLECO This right-angle air-powered nutrunner features a 3/4-inch square drive for light-duty fastening. It is designed for controlled torque application in confined spaces, suitable for assembly, repair, and maintenance tasks where straight tools cannot access
- CLECO Right-angle air-powered nutrunner with 1/4 in drive and Pin Detent retention. Delivers 2.0833 ft-lb fastening torque. Suitable for assembly and fastening operations in confined spaces
- CLECO Light-duty, in-line right-angle air-powered nutrunner for controlled torque fastening of threaded fasteners. Suitable for assembly, repair, and manufacturing applications where precision and reduced operator fatigue are required
- CLECO This right-angle air-powered nutrunner is designed for precision fastening in assembly and manufacturing environments. It delivers controlled torque for threaded fasteners, reducing operator fatigue in high-volume production
