Telemecanique Sensors Inductive Threaded Barrel Proximity Sensor, M18, 16 mm Detection, NPN NO, 12 → 24 V dc

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60,20 €

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72,84 €

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N° de stock RS:
123-8620
Référence fabricant:
XS218B4NAM12
Fabricant:
Telemecanique Sensors
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Marque

Telemecanique Sensors

Thread Size

M18

Sensor Technology

Inductive

Detection Range

16 mm

Body Style

Threaded Barrel

Digital Switching Output Type

NPN

Output Function

NO

Connection Type

M12

Supply Voltage

12 → 24 V dc

Length

51mm

IP Rating

IP65, IP67, IP69K

Mounting Type

Non-Flush

Housing Material

Brass Nickel Plated

Maximum DC Voltage

24V

Minimum Operating Temperature

-25°C

Short Circuit Overload Protection

Yes

Depth

24mm

Shielding

Unshielded

Maximum Switching Frequency

1kHz

Switching Current

200 mA

Series

General Purpose

Switching Frequency

1 kHz

Standards Met

CE, CSA, E2, UL

Reverse Polarity Protection

Yes

Maximum Operating Temperature

+70°C

Telemecanique Inductive Sensors


Introducing Telemecaniques XS218B range of M18 inductive proximity sensors which have been created and designed for use within applications within mobile equipment and light hoisting applications where metal detection is required. This range of proximity sensors features 1 threaded cylindrical metal bodies, they're unable to be flush-mounted and have been created and designed for direct current circuit applications.

How do they work and where can I use them?


Inductive proximity sensors contain a coil and an oscillator, these create an electromagnetic field close to the sensing surface. When metal enters this field, a change occurs in the oscillating amplitude. This, in turn, changes the sensor output, showing the user and/or corresponding equipment that metal has been sensed. Inductive proximity sensors are suitable for use in virtually any industry. Common applications include the food and beverage industry, robotics, machine tools, packaging and materials handling and so much more. Inductive sensors are unaffected by oil, dirt or surface finish and can be used in high vibration and high shock areas.

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