Laser Range Sensor with Display, 30-100mm

SKU: SUCH-LDS-PDACC10
$1,047.14
● Output Signal: RS485 / 4-20mA ● Measuring Range: 30-100mm ● Light Source: Red Laser (650nm) ● Protection Rating: IP67
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🕒 Delivery date: 6-12 days
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Overview

The SUCH laser range sensor offers high-precision measurements with a red laser (650nm) and versatile output options, including RS485 and 4-20mA signals. Housed in a sleek, lightweight aluminum casing, it ensures easy installation and durability with an IP67 protection rating, ideal for harsh environments. The OLED display provides intuitive operation, while the small spot size allows for accurate measurement of tiny objects. This sensor delivers reliable and flexible performance for a wide range of applications.

Feature

  • Exquisite and Lightweight Aluminum Housing: The sensor features a sleek, light aluminum housing, making it easy to mount and dismount.
  • Convenient OLED Display: The intuitive operation panel with a visual OLED display enables fast and easy function settings.
  • Small Spot Size for Precision: The sensor’s small diameter light spot allows for accurate measurement of very tiny objects.
  • Key/Remote Teach-In Function: Easily adjust the response time for different applications through key or remote teach-in, ensuring flexible configuration.
  • Versatile Function Settings & Outputs: Offers powerful and customizable function settings along with flexible output options.
  • Fully Shielded Design: The complete shielding provides enhanced anti-interference performance, ensuring reliable operation.
  • IP67 Protection: With an IP67 rating, this sensor can function effectively in both wet and dusty environments.

Dimension (Unit:mm)

Body Part

Laser range sensor body dimension

Accessory Part

Laser range sensor accessory dimension

Installation Instruction

Laser range sensor installation

Wiring Instruction

Laser range sensor wiring

Note:
The sensors are equipped with shielded cables, Q is the switch output.
RS-485 output: The black and white lines A and B must not be reversed and A and B cannot be short-circuited with the power line "﹢, -".
Analog output: The gray line "Ia" cannot be short-circuited with the power line "﹢, -". There is a small shielded wire, which shall not be in short-circuit connection with the analog output wire, but recommended to be grounded or not grounded.

Specs
Output Signal RS-485 (Support Modbus protocol) 4-20mA (Load resistance < 390Ω)
Linear Accuracy ±0.3% F.S ±0.4% F.S
Supply Voltage 10-30V DC 12-24V DC
Connection 2m 5-pins/ 4-pins PVC Cable 4-pin: Analog output
Light Source Red laser (650nm)
Laser Class Class 2
Spot Diameter 1mm*3mm@100mm
Measuring Range 30-100mm
Resolution 15um@80mm; 500@500mm
Repeated Accuracy  30um@80mm; 250um@250um; 1000um@500mm
Voltage Drop < 2.5V
Power Consumption ≤ 700mW
Load Current 200mA
Circuit Protection Short circuit, reverse polarity, overload protection
Ambient Temperature -10-50℃
Temperature Drift ±0.02% F.S./℃
Response Time 2ms / 16ms / 40ms (configurable)
Ambient Humidity 35-85% RH (No condensation)
Anti-ambient Light Incandescent light: <3,000lux
Impluse Withstand 500m/s² (About 50G)3 times each in X, Y, Z directions
Vibration Resistance 10-55Hz Double amplitude 1mm, 2h each in X, Y, Z directions
Protection Rating IP67
Material Housing: Aluminum; Lens cover: PMMA; Display panel: PC
Accessory Screw (M4×35mm)×2, Nut×2, Washer×2, Mounting bracket, Operation manual
Dimension 65*51*23mm
Certificates CE, UL, CCC, ROHS
Warranty 12 months
Note: 
①Test conditions: Standard data at 23 ± 5 ℃; Supply voltage 24V DC; 30 minutes' warmup before test; Sampling period 2ms; Average sampling times 100; Standard sensing object 90% white card.
②The statistical data follows the 3σ criteria
③Repeat accuracy: 23 ± 5 ℃ environment, 90% reflectivity white card,100 test data results.
④Slave address,baud rate setting only for RS-485 series.
⑤Protecion circuit only for switch output.
Application
Industrial automation

Industrial Automation

Packaging equipment

Packaging Equipment

Robotics

Robotics

FAQ

A laser distance sensor is a device that uses laser technology to precisely measure the distance between the sensor and an object. By emitting a laser beam and receiving the reflected signal, the sensor can calculate the distance to the target object. These sensors are widely used in industrial, construction, automation, and robotics applications.

The laser distance sensor works by emitting a laser beam and measuring the time it takes for the laser to reflect back to the sensor. This time-of-flight measurement allows the sensor to calculate the distance to the object. The formula typically involves the known speed of light and the reflected time to determine the distance. These sensors provide high-accuracy and high-speed measurements.

The display shows the real-time measurement results, allowing the user to directly view the distance to the target object. Some advanced models may also offer various display modes, such as real-time updates, historical data logging, and more, making it easier for users to operate and analyze data.

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