Introduction
Ce guide explique comment configurer et utiliser une Multitech en tant que passerelle LoRa vers Modbus TCP.
Introduction
This guide explains how to upload custom data to EwattchCloud, using a Tyness equipped with a Modbus extension board and a Modbus PLC. It will show how to configure the Tyness, how the PLC should transmit its data, and which data
Tyness configuration
In order to configure the Tyness, the Tyness Configurator Software must be used. It is available at this address: http://www.ewattch.com/documentations-techniques/ Using the Tyness configurator, the Modbus extension board should be configured as follows: The Tyness must be configured as a Modbus slave
PLC configuration
The PLC must write its data to the Tyness memory using a specific format and at a specific address in order for them to be uploaded to EwattchCloud. The data must be written starting at address 0 of the Tyness.
Payload descriptions
A Tyness fitted with a OPTIC board transmits its data in a raw format on the different LoRaWAN networks. The section below shows you how to decode the frames (Payload) sent by the Tyness.
Technical specifications
Board Dimensions : 1 additional standard location for Tyness Connectors : 2 connectors, 4 terminals type AVX series 9276 (2/10° to 8/10° - 18 to 24 AWG) rigid and flexible multi-strands Number of inputs : 2 OPTIC-SENNSOR inputs 4 wires Allocation of the terminal blocks : Pinout of the
Card settings
The board is configured with the Tyness Configurator software. Always use the latest version of the Tyness Configurator and validate that your Tyness has the latest version of the firmware. If necessary, carry out an update. Step 1 Click on “Config ” of
Hazards and Warnings
Manufacturer is not responsible for user’s failure to comply with the instructions contained in this manual.Any service performed on this product must be completed by a qualified individual.Replacement of this product must be performed by a qualified individual.Failure to use
Description and usage
The TYNESS-OPT-OPTIC is an assembly comprised of an additional board containing 2 inputs for recording the light pulses supplied by an LED and a light pulse sensor. The board can be fitted with a second optional sensor with reference OPTIC-SENSOR The function is used