Default Meter Functionality | Multi-Tech Systems 7600, 7500 guide

Using the Modbus RTU ProtocolION 7500 / ION 7600 User’s Guide

Measurement	Label	Source ION Module	Modbus Module and Input Number	Modbus Register

	Vunbal N1	Signal Limit Evaluation	Modbus Slave #6 – Source Input #1	41016

	V1-Msignal N	Mains Signaling Evaluation	Modbus Slave #6 – Source Input #2	41017

	V1-Msignal N1	Mains Signaling Evaluation	Modbus Slave #6 – Source Input #3	41018

	V2-Msignal N	Mains Signaling Evaluation	Modbus Slave #6 – Source Input #4	41019

	V2-Msignal N1	Mains Signaling Evaluation	Modbus Slave #6 – Source Input #5	41020

	V3-Msignal N	Mains Signaling Evaluation	Modbus Slave #6 – Source Input #6	41021

	V3-Msignal N1	Mains Signaling Evaluation	Modbus Slave #6 – Source Input #7	41022
EN50160 parameters
EN50160 parameters	V1-Hrm N	Harmonics Evaluation	Modbus Slave #6 – Source Input #8	41023
– refer to Appendix A	V1-Hrm N	Harmonics Evaluation	Modbus Slave #6 – Source Input #8	41023
– refer to Appendix A
for more information	V1-Hrm N1	Harmonics Evaluation	Modbus Slave #6 – Source Input #9	41024
about EN50160.	V1-Hrm N1	Harmonics Evaluation	Modbus Slave #6 – Source Input #9	41024
about EN50160.
	V1-Hrm N2	Harmonics Evaluation	Modbus Slave #6 – Source Input #10	41025

	V2-Hrm N	Harmonics Evaluation	Modbus Slave #6 – Source Input #11	41026

	V2-Hrm N1	Harmonics Evaluation	Modbus Slave #6 – Source Input #12	41027

	V2-Hrm N2	Harmonics Evaluation	Modbus Slave #6 – Source Input #13	41028

	V3-Hrm N	Harmonics Evaluation	Modbus Slave #6 – Source Input #14	41029

	V3-Hrm N1	Harmonics Evaluation	Modbus Slave #6 – Source Input #15	41030

	V3-Hrm N2	Harmonics Evaluation	Modbus Slave #6 – Source Input #16	41031

Measurement	Label	Source ION Module	Modbus Module and Input Number	Modbus Register

	V1-Inthrm N	Harmonics Evaluation	Modbus Slave #7 – Source Input #1	41032

	V1-Inthrm N1	Harmonics Evaluation	Modbus Slave #7 – Source Input #2	41033

	V2-Inthrm N	Harmonics Evaluation	Modbus Slave #7 – Source Input #3	41034

	V2-Inthrm N1	Harmonics Evaluation	Modbus Slave #7 – Source Input #4	41035

	V3-Inthrm N	Harmonics Evaluation	Modbus Slave #7 – Source Input #5	41036

	V3-Inthrm N1	Harmonics Evaluation	Modbus Slave #7 – Source Input #6	41037

	V1-Dip N11	Bin	Modbus Slave #7 – Source Input #7	41038
EN50160 parameters
EN50160 parameters	V1-Dip N12	Bin	Modbus Slave #7 – Source Input #8	41039
– refer to Appendix A	V1-Dip N12	Bin	Modbus Slave #7 – Source Input #8	41039
– refer to Appendix A
for more information	V1-Dip N13	Bin	Modbus Slave #7 – Source Input #9	41040
about EN50160.	V1-Dip N13	Bin	Modbus Slave #7 – Source Input #9	41040
about EN50160.
	V1-Dip N14	Bin	Modbus Slave #7 – Source Input #10	41041

	V1-Dip N21	Bin	Modbus Slave #7 – Source Input #11	41042

	V1-Dip N22	Bin	Modbus Slave #7 – Source Input #12	41043

	V1-Dip N23	Bin	Modbus Slave #7 – Source Input #13	41044

	V1-Dip N24	Bin	Modbus Slave #7 – Source Input #14	41045

	V1-Dip N31	Bin	Modbus Slave #7 – Source Input #15	41046

	V1-Dip N32	Bin	Modbus Slave #7 – Source Input #16	41047

Page 74

Chapter 3 - Default Meter Functionality

7500, 7600 specifications

Multi-Tech Systems has established a strong reputation in the realm of communication technology, particularly known for its innovative products that cater to various industrial applications. Among their popular offerings are the Multi-Tech Systems 7600 and 7500 series, both designed to address the increasing demand for reliable, efficient, and flexible communication solutions in a connected world.

The Multi-Tech 7600 series is renowned for its robust design and multifunctional capabilities. One of its main features is support for multiple communication protocols, including cellular, wired, and wireless networks, ensuring seamless connectivity across different platforms. This versatility makes it an ideal choice for applications in industries such as transportation, healthcare, and logistics. The device is equipped with advanced signal processing technology, which enables it to maintain high-quality connections even in challenging environments.

On the other hand, the Multi-Tech 7500 series focuses more on the integration of IoT (Internet of Things) technologies. This series is particularly adept at connecting various smart devices, allowing for real-time data transmission and monitoring. Key features include extensive support for low-power wide-area network standards, making it an excellent option for applications that require long-range connectivity while minimizing power consumption. This characteristic is particularly advantageous for battery-operated devices deployed in remote locations.

Both series are built on versatile hardware platforms that allow for scalability and customization, catering to the unique needs of different industries. With embedded security features, including encryption and secure protocols, they provide a high level of protection for sensitive data, making them suitable for sectors that prioritize security, such as financial services and healthcare.

In terms of characteristics, both the 7600 and 7500 series are designed for ease of integration, featuring user-friendly interfaces and comprehensive development tools. This empowers developers to quickly deploy solutions and minimizes time to market. Additionally, the products offer extensive documentation and support, facilitating efficient onboarding for new users.

Overall, Multi-Tech Systems’ 7600 and 7500 series provide a powerful combination of features, technologies, and characteristics that make them standout choices for organizations looking to enhance their communication capabilities in a rapidly evolving digital landscape. Their capability to connect and interact with a wide range of devices and protocols ensures that businesses can adapt, innovate, and thrive in an increasingly connected world.

Multi-Tech Systems 7600, 7500 manual Default Meter Functionality

Models: 7500 7600

Chapter 3 - Default Meter Functionality

7500, 7600 specifications