Telemecanique Sensors OsiSense XC Series Limit Switch Body, 1 CO, IP67, IP66, Zamak Housing, 240V ac, 1.5A

RS Stock No.:: 447-3799
Distrelec Article No.:: 303-99-969
Mfr. Part No.:: ZCMD21M12
Brand:: Telemecanique Sensors

Telemecanique Sensors OsiSense XC Series Limit Switch Body, 1 CO, IP67, IP66, Zamak Housing, 240V ac, 1.5A

Subtotal (1 unit)*

£74.80

(exc. VAT)

£89.76

(inc. VAT)

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Plus 70 left, shipping from 20 July 2026
Plus 33 left, shipping from 20 July 2026
Plus 60 left, shipping from 26 August 2026

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Units	Per unit
1 +	£74.80

*price indicative

Precision Limit Switching You Can Rely On with XCMH Series

Designed for durability and precision, Telemecanique XCMH limit switches provide dependable position control in even the toughest environments. With rugged construction and versatile configurations, they ensure consistent performance and long-lasting reliability across your industrial applications.

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RS Stock No.:: 447-3799
Distrelec Article No.:: 303-99-969
Mfr. Part No.:: ZCMD21M12
Brand:: Telemecanique Sensors

Specifications

Technical Reference

Legislation and Compliance

Product Details

Find similar products by selecting one or more attributes.

Select all	Attribute	Value
	Brand	Telemecanique Sensors
	Product Type	Limit Switch Body
	IP Rating	IP67, IP66
	Contact Configuration	1 CO
	Housing Material	Zamak
	Contact Type	Snap Action
	Terminal Type	M12
	Switching Current	1.5A
	Series	OsiSense XC
	Switching AC Voltage	240V ac
	Minimum Operating Temperature	-25°C
	Switching DC Voltage	250V dc
	Maximum Operating Temperature	70°C
	Depth	16mm
	Width	30mm
	Standards/Approvals	UL, REACH, IEC, CSA, RoHS
	Length	50mm
	Hazardous Area Certification	No
	Conduit Entry	M12

	Select all
	Brand Telemecanique Sensors
	Product Type Limit Switch Body
	IP Rating IP67, IP66
	Contact Configuration 1 CO
	Housing Material Zamak
	Contact Type Snap Action
	Terminal Type M12
	Switching Current 1.5A
	Series OsiSense XC
	Switching AC Voltage 240V ac
	Minimum Operating Temperature -25°C
	Switching DC Voltage 250V dc
	Maximum Operating Temperature 70°C
	Depth 16mm
	Width 30mm
	Standards/Approvals UL, REACH, IEC, CSA, RoHS
	Length 50mm
	Hazardous Area Certification No
	Conduit Entry M12

RoHS Status: Exempt

COO (Country of Origin):: ID

Telemecanique Sensors Osizense XC Series Limit Switch Body, IP67, Zamak Housing - ZCMD21M12

This limit switch body is a Compact enclosure designed to house a single changeover switching element for industrial detection and control tasks. It is intended for use where a small, rugged actuator Interface is required in automation, electrical and mechanical systems. The unit provides a sealed connection method and a metal alloy enclosure suited to demanding plant‑floor environments.

Features and Benefits:

• IP67/IP66 rated sealing for reliable dust and water protection
• Zamak metal housing for robust mechanical resistance
• M12 Terminal entry enabling straightforward connector attachment
• 1 CO snap‑action contact delivering crisp switching behaviour
• 250V DC switching capability for DC control circuits
• 240V AC switching rating for mains AC signalling

Applications

• Suitable for position sensing on conveyor drives and gates
• Ideal for limit indication on robotic end‑of‑arm tools
• Used with control panels requiring Compact actuator inputs
• Can be used for safety interlocks in machinery guards

What temperatures can it operate within on an industrial site?

It functions across a -25 °C to 70 °C ambient range, suitable for typical indoor and sheltered outdoor installations.

How does the electrical connection integrate with field wiring?

The M12 Terminal entry provides a standardised conduit for mating connectors or cable glands to simplify installation and replacement.

Which standards does it meet for international installations?

It complies with UL, IEC, CSA, REACH and RoHS standards for electrical and material requirements.

What contact behaviour should installers expect during operation?

The single changeover contact uses a snap‑action mechanism to provide quick transition and repeatable switching at rated currents.