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eddylab GmbH
HG-C series, Laser distance sensors

HG-C series, Laser distance sensors

Product catalog summary

Overview: The HG-C Series Laser Sensors by eddylab GmbH are designed for precise distance measurement with a range of 10 mm to 400 mm. These sensors offer high repeatability and linearity, making them suitable for various industrial applications.

Specifications:

Measuring Range: 10 mm - 400 mm
Repeatability: 10 µm - 800 µm
Linearity: ±0.1% - ±0.3%
Protection Class: IP67
Switching Output: NPN (PNP available on request)
Analog Output: 0...5V / 4...20mA

Technical Data:

Measurement Center Distance: Varies from 30 mm to 400 mm depending on the model
Beam Diameter: Ranges from approximately 50 µm to 500 µm
Supply Voltage: 12 - 24 V DC ±10%
Response Time: Switchable between high speed (1.5ms), standard (5ms), and high precision (10ms)
Ambient Conditions: Temperature -10 to +45°C, Humidity 35 to 85% RH
Material: Housing made of aluminum die-cast, front cover of acrylic

Features: The HG-C series sensors are compact with a height of 25 mm and include an integrated controller for automatic adaptation to different materials. They provide stable measurements on challenging surfaces and feature a display with three teach-in push-buttons for easy configuration.

Connection Details: The sensors use a 5-core cable with specific pin functions for power, ground, external input, control output, and analog output.

Mounting Accessories: Options include a mounting bracket and Flexmount for versatile installation.

Catalog excerpts

HG-C SERIES | LASER SENSORS Laser Distance Sensors E-Mail [email protected] Internet ww.eddylab.de w eddylab GmbH Ludwig-Ganghofer-Str. 40 83624 Otterfing

Open the catalog to page 1

2 TECHNICAL DATA I HG-C SERIES HG-C SERIES I TECHNICAL DRAWINGS, CONNECTION 3 TECHNICAL DATA TECHNICAL DRAWINGS The digital laser sensors of the HG-C series measure the distance or the position of an object in a highly reliable, non-contact and wear-free manner. The sensor emits a laser beam which is reflected by the target. Through a lens the reflected light hits a highly sensitive CMOS sensor at a defined angle. A change of the distance to the measuring object causes a change of angle and thus, also a shifting light spot on the CMOS sensor. From this the distance to the measuring object is...

Open the catalog to page 2

HG-C SERIES | LASER SENSORS Laser Distance Sensors E-Mail [email protected] Internet ww.eddylab.de w eddylab GmbH Ludwig-Ganghofer-Str. 40 83624 Otterfing

Open the catalog to page 3

HG-C series, Laser distance sensors

HG-C series, Laser distance sensors

Catalog excerpts

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