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SICK OD Precision AOD5-N1

Manuals and User Guides for SICK OD Precision AOD5-N1. We found 2 manuals for free downloads Operating instructions

Below you will find brief information for Displacement Sensor OD Precision AOD5-N1, Displacement Sensor OD Precision AOD5-P1. The OD Precision Displacement Sensor is an accurate, reliable and versatile sensor used in a wide range of industrial applications. It measures displacement with high precision and can be used for various tasks, such as measuring the position of objects, controlling machine processes, and performing quality control. The sensor is equipped with various features, including analog and digital outputs, control outputs, and alarm functions.

Key Features

High precision measurement
Analog and digital outputs
Control outputs
Alarm functions
Versatile application
Easy to set up
Intuitive interface
Durable and reliable
Multiple sensor head connection
Communication via RS232 or USB

Displacement Sensor OD Precision AOD5-N1, AOD5-P1 Operating Instructions

Pages: 72 SICK OD Precision AOD5-N1 Operating instructions

Brand: SICK Category: Measuring, testing & control Size: 1 MB

Languages: English

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Frequently Answers and Questions

What is the measurement range of the OD Precision Displacement Sensor?

The measurement range is dependent on the sensor head used. The document specifies different models with ranges from 25mm to 2000mm.

How many sensor heads can be connected to the amplifier?

The amplifier can accommodate up to 3 sensor heads.

Does the sensor support different communication protocols?

Yes, the sensor supports RS232 and USB communication.

Can I use different sensor heads for measuring different objects?

Yes, the sensor head can be selected based on the measurement target and the object's reflective properties.

What is the purpose of the zero reset feature?

The zero reset feature allows you to set the reference point for the measurement. This can be useful for calibrating the sensor in different positions.

What is the role of the alarm output?

The alarm output signals when the sensor head is incapable of measurement, which can be caused by various factors such as a blocked laser beam or a faulty sensor head.