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1 – channel CANopen analogue acquisition module for current or voltage input with 16-bit resolution

SKU µ Category

£248.00 ex VAT


1-channel CANopen analogue acquisition for current or voltage input with 16-bit resolution.

The decentralized data acquisition unit μ is designed for acquisition of a single analogue signal. The unit is in protection class IP66. The μ is to be installed near the respective signal sources. The analogue signals are transmitted via short lines to the μ where they are digitalized and transmitted by CAN bus to an evaluation point.

Product Features

  • Acquisition of a single analogue input with 16-bit resolution for ±10V, 0-20mA, 4-20mA signals
  • Standard protocol: CANopen CiA 404
  • Indication of measurement over-range or sensor failure
  • Extended ambient temperature range of -40°C .. +85°C
  • Mechanically shock resistant up to 40 G
  • Vibration resistant from 3 .. 800 Hz @ 4,5 Grms
I/O per Module 1
Power Supply Voltage 8 - 60VDC, polarity protected
Power Consumption 1W (42mA @ 24VDC)
Electrical Isolation Channels/control voltage: 500Veff, fieldbus/control voltage 500Veff
Operating Temperature -40°C to +85°C (others available on request)
Transfer Rate 10KBit/sec to 1MBit/sec
Protocol CANopen CiA 404 / CAN 2.0A and 2.0B / Others on request
Number of PDOs (CANopen) 2 transmit PDOs
Configuration Input sensor type via fieldbus
Baud rate and module address via DIP switches
Status Display 1 bi-colour LED flashing indicator for module status information
Protection Class IP66
Housing Die-cast aluminium, 98 x 64 x 34 mm (L x W x H)
EMC Complies with EN 50082
Vibration Resistance 3 - 800Hz @ 4.5Grms / optional
Shock Resistance Mechanically shock resistant up to 40G / optional
Resolution / Conversion Time 16-bit / 20ms
Signal Type / Input Error
@23°C ambient temp
+/-10VDC, Accuracy 0.01% fsd, 500 KOhm input impedance
0-20mA, Accuracy 0.01% fsd, 120 Ohm input impedance
4-20mA, Accuracy 0.01% fsd, 120 Ohm input impedance
µ Specifications µ Specifications

µ Quick Start Guide µ Quick Start Guide

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