Telemecanique Sensors OsiSense XC Series Limit Switch - XCKP2121P16



Best current price£11.36from Tameson UK
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Schneider Electric Osiswitch Drive Head For Limit Switch - Zce01
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Best current price£11.36from Tameson UK
Shopping.co.uk recommended and popular offers
Schneider Electric Osiswitch Drive Head For Limit Switch - Zce01
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This Telemecanique Sensors OsiSense XC Series limit switch, model XCKP2121P16, is designed for industrial automation and control applications. It offers reliable detection of mechanical positions with its plunger actuator and snap-action mechanism. A key benefit is its robust construction and high IP rating, ensuring durability in harsh environments. However, users should note its fixed plunger type limits adaptability for applications requiring different actuation methods.
| Series | OsiSense XC Series |
|---|---|
| Model Part Number | XCKP2121P16 |
| Brand | Telemecanique Sensors |
A limit switch is an electromechanical device used to detect the presence or absence of an object, or to confirm that a machine has reached the end of its intended travel. It acts as a sensor in automated systems.
NO stands for Normally Open, meaning the contact is open (does not conduct electricity) when the actuator is not pressed. NC stands for Normally Closed, meaning the contact is closed (conducts electricity) when the actuator is not pressed. This switch provides both types.
Yes, with its IP66/IP67 rating, it is protected against dust ingress and high-pressure water jets, making it suitable for many outdoor applications. Ensure proper installation and wiring for environmental sealing.
The switch can handle a maximum of 240V AC at 10A and a maximum DC voltage of 250V.
This model, XCKP2121P16, features a fixed plunger actuator.
The switch is designed to operate reliably in environments ranging from -25°C to +70°C.
Snap action ensures a rapid change of contact state regardless of the speed of the actuator's movement. This provides a more reliable switch operation, reduces arcing, and prevents contact bounce, leading to increased durability and accuracy.
Verify that the plunger is fully depressed. Check wiring connections for the NO/NC contacts. Ensure the limit switch is securely mounted and aligned correctly with the actuating mechanism.
Confirm that the correct terminals (NO or NC) are used in the wiring. Test the switch's continuity with a multimeter when the plunger is in both actuated and released states. Ensure the circuit is powered.
Inspect the plunger for obstructions or damage. Clean the plunger and switch housing. Ensure the actuating part is providing sufficient force to reliably trip the snap action. Check for loose wiring.
Verify that the IP66/IP67 seals are intact and that the housing is properly closed. Ensure cable glands are used and tightened correctly if applicable. If damage is found, replace the unit.
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