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Introduction

Welcome to the Integration manuals section. This part of the Wiki is dedicated to providing concise, practical guides for configuring and integrating ACRIOS Systems devices.

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Please note, that you may filter the articles based on the devices. The device filter can be found in the upper right corner.

Details

Example GIF Filter by device

M-Bus


This manual provides a guide for integrating ACR-CV-101L-M-D and ACR-CV-101L-M-EAC converters. It focuses on retrofitting meters with M-Bus communication to LoRaWAN. The guide covers the default Lua script settings and various configuration options.

The manual provides information about the utilization of Secondary Addressing on LoRaWAN converters ACR-CV-101L-M-D and ACR-CV-101L-M-EAC. The manual comprehensively addresses remote configuration, providing a description and examples of its application.

This manual provides a guide for integrating the ACR-CV-101L-M-D and ACR-CV-101L-M-EAC converters with the Akenza.io platform. The integration process focuses on connecting existing devices to Akenza.io for data transmission and monitoring.

This manual provides a guide for integrating the ACR-CV-101L-M-D and ACR-CV-101L-M-EAC converters with The Things Stack network server. The manual covers the steps required to connect devices for data transmission and monitoring.

Description of configuration commands used with a Lua script used to communicate with the ACR-CV-101N-M-D and ACR-CV-101N-M-EAC converters and the server configured for this purpose.

This manual provides a guide for integrating of the ACR-CV-101L-M-D and ACR-CV-101L-M-EAC converters for Wireless M-Bus applications useful for retrofitting meters with M-Bus communication. The manual outlines Lua script configuration and other operational aspects.

Wireless M-Bus


Description of configuration commands used with a Lua script which sets a protocol to communicate with the ACR-CV-101NI-W-D2 with ACR-CV-101LN-W-D firmware that allows the use of LoRaWAN and a potential use of NB-IoT for data sending to a remote backend.

Description of configuration commands used with a Lua script which sets a protocol to communicate with the Acrios ACR-CV-101NI-W-D2 and ACR-CV-101NI-W433-D2 converters and the server configured for this purpose.

Quick integration guide on how to utilize Send-Once approach using ACR-CV-101NI-W-D2 and ACR-CV-101NI-W433-D2 devices for purposes of Wireless M-Bus smart meters readout.

RS485/Modbus


This manual introduces the ACR-CV-101L-R12-D, ACR-CV-101L-R12-EAC, ACR-CV-101L-R-D and ACR-CV-101L-R-EAC converters that streamline Modbus energy meter integration. The manual comprehensively addresses remote configuration, providing a description and examples of its application.

This manual introduces the ACR-CV-101N-R12-D, ACR-CV-101N-R12-EAC, ACR-CV-101N-R-D and ACR-CV-101N-R-EAC converters that streamline Modbus energy meter integration. The manual comprehensively addresses remote configuration, providing a description and examples of its application.

S0 Pulse input


This manual provides a guide for integrating the ACR-CV-101N-I4-D and ACR-CV-101N-I4-EAC converters. It focuses on retrofitting meters with pulse communication to NB-IoT. The guide covers the default Lua script settings and other aspects of the device.

This manual provides a guide for integrating the ACR-EX-100NILCD-I1-C converter. The manual addresses various aspects of device management and payloads for both uplink and downlink communication, configuration via the IEC62056-21 optical interface or use of data exchange and configuration protocol utilizing UDP or LwM2M.

Other


This manual provides a detailed guide on integrating the ACR-EX-100NILCD-I1-C converter as a signal tester device.