Telemecanique Sensors Fixing Nut for Use with XS cylindrical M30, XT cylindrical M30

RS Stock No.:: 220-1026
Distrelec Article No.:: 304-23-866
Mfr. Part No.:: XSZE130
Brand:: Telemecanique Sensors

Telemecanique Sensors Fixing Nut for Use with XS cylindrical M30, XT cylindrical M30

Currently unavailable

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Telemecanique Sensors, XSZE Series Fixing Nut for Use with XS Cylindrical M30, XT Cylindrical M30

RS Stock No.: 567-161

1 Pack of 2

£11.31

(exc. VAT)

£13.57

(inc. VAT)

RS Stock No.:: 220-1026
Distrelec Article No.:: 304-23-866
Mfr. Part No.:: XSZE130
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
	Accessory Type	Fixing Nut
	For Use With	XS cylindrical M30, XT cylindrical M30

	Select all
	Brand Telemecanique Sensors
	Accessory Type Fixing Nut
	For Use With XS cylindrical M30, XT cylindrical M30

COO (Country of Origin):: FR

Telemecanique Sensors Lock Nut, Nickel-Chrome-Plated Steel Body, M30 Thread - XSZE130

Use this lock nut from Telemecanique Sensors to give your industrial equipment a sure footing. It's designed for use with XS cylindrical M30 inductive sensors (123-8642) and its job is to latch the components firmly onto your machine, keeping them steady as they work, even if things get shaky. As it's made of steel, you can rest assured the fitting won't bow to mechanical pressure, making it a practical choice for harsh industrial settings. Nickel-chrome plating enhances its resistance to rust and corrosion, so it's your dependable workmate for the long haul.

Features & Benefits

• Simple threaded installation doesn't need complex tools, saving time and effort
• Light weight of 50g for easy handling during installation

Applications

• Labelling machines
• Canned food manufacturing lines
• Automotive industry

How does an inductive sensor work?

An inductive sensor such as the one this nut is designed for is used to detect metal objects. It does this by creating an electromagnetic field in its sensing range. When a metal object passes the sensor, it disrupts the field and this disturbance is read as an output.