14 docs tagged with "analogue"

Complete ASCII protocol command reference for Brainboxes ED-549 and ED-560 Ethernet to Analogue IO devices including command syntax and examples.

Box contents, system requirements, and supported operating systems for Brainboxes ED-549 and ED-560 Ethernet to Analogue IO devices.

Using Boost.IO Manager software to discover, configure, and manage Brainboxes ED-549 and ED-560 Ethernet to Analogue IO devices on Windows.

Step-by-step guide to connecting and configuring Brainboxes ED-549 and ED-560 Ethernet to Analogue IO devices, including wiring diagrams.

Hardware specifications, LED indicators, pin-outs, block diagrams, and dimensions for Brainboxes ED-549 and ED-560 Ethernet to Analogue IO devices.

Introduction to Brainboxes ED-549 Analogue Input and ED-560 Analogue Output Ethernet devices for industrial voltage and current measurement and control.

Modbus TCP protocol reference for Brainboxes ED-549 and ED-560 Ethernet to Analogue IO devices including register addresses and data encoding.

Complete guide to configuring Brainboxes ED-549 and ED-560 devices via the web interface including network, protocol, and IO settings.

The ED-549 offers 8 analogue inputs. You can find the location of the inputs from the pin out diagram by matching the colours and numbers. Note each input has two pins -(negative) and +(positive) and the first input is labelled AIn 0 (zero):

Brainboxes provides a .NET API which allows easy integration of Brainboxes Remote IO modules into your Windows software applications.

This FAQ explains different nodes inside Node-RED, which are used in creating an example for using a BB-400, with an ED-549. The end example is a flow which will be able to read the inputs of a Brainboxes ED-549.

Brainboxes provides a .NET API which allows easy integration of Brainboxes Remote IO modules into your Windows software applications.

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This FAQ explains what power ground, functional ground and analogue ground does.