Difference between revisions of "INDU-RS"

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(Software Setup Guide)
(Software Images)
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==Software Images==
 
==Software Images==
 
The INDU-RS series capes are tested with latest-release image from beagleboard.org which has inbuilt support for OMAP internal UART (8250 based driver).<br />       
 
The INDU-RS series capes are tested with latest-release image from beagleboard.org which has inbuilt support for OMAP internal UART (8250 based driver).<br />       
Currently INDU-RS485 cape is tested with beaglebone black kernel version 4.4.40-ti-r80.
+
Currently INDU-RS485 cape is tested with beaglebone black kernel version 4.4.40-ti-r80.<br />
 +
For Beaglebone Black, we recommend to use latest Debian image from http://beagleboard.org/latest-images/ as it comes with all the necessary support for OMAP internal UART (8250 based driver).

Revision as of 03:31, 14 March 2017

Overview

Yantrr INDU-RS series of capes provide the capability of interfacing with sensors and instruments using RS232/422/485. These capes are designed to industrial grade I/O interface standards assuring reliable operation and protection in extreme operating environments. The electronics on the capes has been tested to be in compliance with strict EU standards for radiated and conducted emissions.

Utilizing Modbus protocol, these capes can be used to transform VIBE/VIBE2 IoT platform into powerful SCADA & process control systems. INDU-RS capes are also fully compatible with BeagleBone CPU platform.

Quick Start Guide

Following sections gives details of board connectors, pin configuration and various jumpers on INDU-RS3HD, INDU-RS3HD-DC15W boards.

Board Connectors Layout

INDU-RS3HD INDU-RS3HD-DC15W
INDU-RS-layout2.png
INDU-RS-layout.png


Pin Connections

Note: INDU-RS485 Headers P6 & P7 correspond to Beaglebone Black [BB] Header P8 & P9 respectively.

INDU-RS-PinLayout.png

Jumper Details

INDU-RS-Jumpers.jpg
INDU-RS-JumperTable.png

Getting Started

Setting up the system

  1. Mount the INDU-RS cape on Beaglebone Black or Yantrr's VIBE/VIBE2 platform carefully.
  2. Ensure all the jumpers are in place according to your application use.
  3. Now power up the full setup
For INDU-RS3HD
You have to supply 5V DC power supply to Beaglebone Black or VIBE/VIBE2.
INDU-RS BBB 1.jpg
INDU-RS VIBE2 1.jpg
Using Beaglebone Black Using VIBE/VIBE2
For INDU-RS3HD-DC15W 
You have two option for supplying power:
  • 9V-24V DC power through terminal headers supplied to INDU-RS cape
INDU-RS BBB 2.jpg
INDU-RS VIBE2 2.jpg
Using Beaglebone Black Using VIBE/VIBE2
  • 5V DC power through normal adapter supplied to Beaglebone Black or VIBE/VIBE2
    Note : For this option, before powering up remove the jumper J1
INDU-RS BBB 3.jpg
INDU-RS VIBE2 3.jpg
Using Beaglebone Black Using VIBE/VIBE2

Software Setup Guide

  • INDU-RS3HD, INDU-RS3HD-DC15W

Software Images

The INDU-RS series capes are tested with latest-release image from beagleboard.org which has inbuilt support for OMAP internal UART (8250 based driver).
Currently INDU-RS485 cape is tested with beaglebone black kernel version 4.4.40-ti-r80.
For Beaglebone Black, we recommend to use latest Debian image from http://beagleboard.org/latest-images/ as it comes with all the necessary support for OMAP internal UART (8250 based driver).