Adjustable digital distance sensor E18-D80NK 3-80cm v2

Bestseller
51519700
51 GEL
  • Brand OEM
  • Shipping from Poland
  • Post delivery July 22
  • Shipping cost for orders to Georgia from GEL 193

Properties

Voltage To
5.0 V
Voltage From
5.0 V

Design

Connection
Digital I / O

General characteristics

Датчик - расстояние от
3.0 cm
Датчик - расстояние до
80 см

Other features

Brand
OEM

Description

Specification
  • Supply voltage: 5 V
  • Current consumption: below 100 mA
  • Adjustable measuring range: from 3 to 80 cm
  • Knob for regulating the range - multi-turn potentiometer
  • Output signal: digital (low status in the case of object detection, otherwise high status)
  • The LED, indicating the detection of the object
  • Response time: below 2 ms
  • Protection against the reverse polarity
  • Operating temperature: -25°C to +55°C
  • Diameter: 18 mm
  • Sensor's length: 68 mm

 

Description

Adjustable, digital distance sensor with a cable with the length of 50 cm and nuts to facilitate the mounting. Measuring range is from 3 to 80 cm, it is set using the knob located at the rearpart ofthe device - rotating counterclockwise decreases the range.

 

Object detection is indicated through the occurrence of the low status at the output (yellow wire) and the switching on of the red LED. The advantage of the sensor is also protected against the reverse power connection.

  Connection
  • Wire - redorbrown- supply voltage - V 5
  • Wire- greenorblue- ground - GND
  • Wire - yellowor black- digital output - OUT
    • there is no object - high status
    • the object detection - low status
 
The 5 V supply voltage and digital output make that the sensor can be connected directly to the pins of the most of the available on the market, microcontrollers,including AVRandSTM32,and sets including ArduinoandRaspberry Pi.

The product is compatible with Arduino

The user manual is available onour website.

For proper operation, it is sufficient to connect power supply of 5 V and the sensor's output to any digital pin of Arduino. Reading is done through a standard function digitalRead(number_of_pin).