Photoelectric sensor SPDT E3JK-R4M1 12V IP65 - 4m

Index: AKS-10610 EAN: 5903351241717

Photoelectric transmitting sensor. It detects the objects by the method of reflection. Detection range is up to 4 meters. It has Light-ON operation mode. It is powered with the voltage 12 V, it has SPDT output. The sensor has the IP65 tightness class.

Photoelectric sensor SPDT E3JK-R4M1 12V IP65 - 4m
€18.90
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SPDT E3JK-R4M1 photoelectric sensor - voltage:
Manufacturer: OEM

Description

Photoelectric transmitting sensor. It detects the objects by the method of reflection. Detection range is up to 4 meters. It has Light-ON operation mode. It is powered with the voltage of 12 V, it has SPDT output. The sensor has the IP65 tightness classand high resistance to electromagnetic interference.

Connection

The sensor has three wires with the removed insulation for the connection. The device works on the basis of a relay, after detection of the element, it switches to a low status. Details intechnical documentation.

Cable Description
Brown Supply voltage.
Blue Ground.
Grey NO - disabled by Default.
Black NC - by default, it is connected with COM.
White COM.

Specification

  • Supply voltage: 12 V DC
  • Load: max 100 mA
  • Insulation resistance: 20MΩ min.at 500 VDC
  • Type: photoelectric transmitting
  • Detection range: up to 4m
  • Output: SPDT
  • Light source: red LED 660 nm
  • Operation mode: Light-ON
  • Tightness class: IP65
  • Response time:up to 30 ms
  • Ambient lighting:
    • bulb: max 3000 lux
    • sunlight: max10000lux
  • Operating temperature: -25°C to 55°C
  • Cable length: 2 m
  • Case: plastic
  • Intensive screening
  • Dimensions: 10.8 x 20 x 31 mm

Set includes

  • Sensor E3JK-R4M1
  • Bracket for sensor
  • The reflection
  • Screws and nuts

Package width 8 cm
Package height 6 cm
Package depth 9 cm
Package weight 0.212 kg

Jan

07/24/23

Question: Hello, I am considering purchasing a photoelectric sensor. Will your model be able to integrate with Arduino? I want to connect the 12V power supply and the signal to the Arduino to know when the beam is broken. Are you able to tell how to do this?
Answer: The sensor has a relay output. If you connect a voltage of 5 V to the COM wire, it will be possible for the Arduino to read the high state on NC or NO, depending on the connection.

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