IDM Store

US$13.28

This inductive sensor can detect metallic objects within 5mm and behaves like a switch that connects to a digital input.

SN04-N Inductive Proximity Sensor - 5mm

This inductive sensor can detect metallic objects within 5mm and behaves like a switch that connects to a digital input.

Description
Specifications
Resources
Connection

This inductive proximity sensor will detect the prescence of a metallic object within 5mm of the surface of the sensor. The detection distance may vary slightly depending on the shape, size, and type of metal the object is made of. It can detect through thin, non-metallic materials and has an LED indicator that turns on when the device is powered, and increases in brightness when an object is detected.

Related Products :
Have a look at our other inductive proximity sensors:

3526_0 - Autonics Inductive Proximity Sensor 4mm

3527_0 - Autonics Inductive Proximity Sensor 15mm

Sensor Properties

Detecting Distance Max	5 mm
Sensor Type	Proximity (Inductive)
Sensor Output Switch Type	Normally Open

Electrical Properties

Supply Voltage Min	6 V DC
Supply Voltage Max	36 V DC
Current Consumption Max	5 mA

Physical Properties

Cable Length	1 m
Material	ABS Plastic
Operating Indicator	Red LED
IP Rating	IP67
Operating Temperature Min	-25 °C
Operating Temperature Max	75°C

Mechanical Drawings

Download 3D Step File

This sensor connects to any device with a Digital Input.

This is how you connect the 3528 to a Phidget board that does not have 12V power such as the 1018, 1012 and 1203 using our 12VDC Power Supply:

Connect the +12 wire from the Power Supply (that's the one with the white line) to the 3528 Brown wire.

Connect the 3528 Black wire to a Digital Input on the 1018.

Connect the Power supply Ground Wire and the 3528 Blue wire to the Digital Input Ground connector on the 1018.

Connection

Note: When the 3528 is connected to a 1012, it will behave as a Normally Close (NC) sensor instead of Normally Open (NO).

The 3528 can also be used with the 1144 - 12V Sensor Adapter if you want to connect to a device with an analog input without worrying about providing a 12V power supply.

For boards that have power input, if the supplied power is within 12-24VDC, the +V line can be connected to the terminal block, powering the sensor from the Phidget. The 1019, 1073, and 1063 all accept external power.