Telemecanique Sensors Inductive Barrel-Style Proximity Sensor, M30 x 1.5, 20 mm Detection, PNP Output, 10 → 36 V

2 - In Stock pcs
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£ 87.31
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Product Specification

Product Attributes
Sensor Technology Inductive
Body Style Barrel
Thread Size M30 x 1.5
Output Type PNP
Detection Range 20 mm
Terminal Type Cable
IP Rating IP68, IP69K
Supply Voltage 10 → 36 V dc, 12 → 24 V dc
Length 43mm
Switching Frequency 500 Hz
Maximum DC Voltage 24 V, 36V
Mounting Type Flush
Switching Current 200 mA
Housing Material Brass Nickel Plated, PPS
Maximum Operating Temperature +70°C
Maximum Switching Frequency 500Hz
Short Circuit Overload Protection Yes
Standards Met CE, CSA, UL
Reverse Polarity Protection Yes
Minimum Operating Temperature -40°C

More Information

Telemecanique Sensors Proximity Sensor, Flush Mounting Type, 500Hz Maximum Switching Frequency - OsiSense XS Series - XS1N30PA349TF Need a device to keep your automated operation on the straight and narrow? Choose this proximity sensor from Telemecanique Sensors. It detects metals in your system at a 20mm range and alerts the control unit if anything steps out of line. The unit has an IP69K rating, so it withstands the hot, high-pressure spray-downs you'd expect in hygiene-critical areas. Demanding conditions are no match for this sensor, thanks to an operating temperature range between -40°C and +50°C. Its standardised M30 thread means you can fix it in place in a jiffy. Features & Benefits • 2m cable length for flexible 3-wire connections
• Inbuilt short-circuit and reverse polarity protection to prevent damage and downtime caused by faults
• Tough PPS housing resists abrasion and impacts to deliver a long service life
• Supply voltage range between 12 and 36V DC for versatility
• LED display lets you monitor status at a glance Applications • Industrial automation
• Processing and packaging machines
• Robotic systems How do inductive sensors work? Inductive sensors like this one generate an electromagnetic field that detects metals inside a certain range. Non-metallic contaminants don't interact with these sensors so they can withstand dirt, chemicals and oils in industrial settings.

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