MC0313 Modbus to FF Embedded Core Module

MC0313 Modbus to FF built-in core module is an built-in conversion module of Modbus RTU protocol and FF protocol developed by Microcyber Corporation. It is one of the Microcyber’s M series built-in core modules. This series of built-in core board modules have the characteristics of the same size, the same interface, easy upgrade, simple configuration, etc. It is an ideal choice for users to quickly develop fieldbus devices. The MC0313 Modbus to FF built-in core module, as a Modbus host, communicates with the device with Modbus RTU communication function through TTL interface, and can convert the data in the device to FF device variable output. 

MC0313 Modbus to FF Embedded Core Module Features

Same Size

Microcyber’s MC series built-in core modules have the same size, 35mm (length) * 35mm (width).

Same Interface

Microcyber’s MC series built-in core modules adopt 2.0 spacing double row 14 pin connectors, which are functionally compatible.

Easy to Upgrade

Replace different built-in core modules of Microcyber’s MC series, and immediately implement devices with different protocols.

Simple Configuration

It is easy to operate and use by using the special configuration tool of Microcyber.

MC0313 Modbus to FF Embedded Core Module Size：

MC0313 Modbus to FF Embedded Core Module Working Principle

The MC0313 Modbus to FF embedded core module is a protocol conversion module that supports the communication protocol between Modbus and FF. As an FF device, it can communicate with the Modbus device. Through simple configuration, it can read the Modbus data into the FF device and transmit the data to the control system through the FF bus. The system connection diagram of MC0313 Modbus to FF embedded core module is shown in Figure

The MC0313 Modbus to FF embedded core module supports 1 Modbus slave, 8 analog inputs and outputs and 8 discrete inputs and outputs, providing a total of 32 channel accesses. The data collected by the Modbus device is configured to the parameters of the conversion block of the MC0313 Modbus to FF embedded core module through the Modbus register, and then provides data support for the FF system through the channel access function of variables to the AI, AO, DI and DO function blocks. The principle block diagram of MC0313 Modbus to FF embedded core module is shown in Figure

MC0313 Modbus to FF Embedded Core Module Basic Parameters