EMERSON Ovation Digital Output Module 5X00270G01

Emerson Ovation 5X00270G01 is a digital output module in Emerson Ovation system. Here is a detailed introduction:

Overview

This is an intelligent microcontroller-based digital output module for industrial applications. It is a redundant digital output module that operates at 24V DC and is configured as a high-side switching module capable of controlling up to 8 outputs. The module is designed to be field replaceable and although it is no longer produced by Emerson, it is still available from some distributors.

Features

Output Channels: It has 16 optically isolated digital output channels, each capable of providing up to 500mA of output current. All 16 channels share a common 24V DC power supply.

Power Supply Options: It can be powered by the Ovation auxiliary power supply (maximum 2A per module) or an external 24V DC power supply (maximum 4A per module).

Switching Mechanism: It uses a high-side power MOSFET switch to control the supply of 24V DC power to an external load.

Operation mode: There are two modes: simplex mode (independent operation) and redundant mode (operating in parallel with another module).

Module composition: It consists of electronic modules and personality modules, which are inserted into the Ovation I/O module base unit.

Technical specifications

Input voltage: 24V DC.

Operating temperature: -10℃ to 60℃.

Communication interface: Ethernet, RS485, Modbus RTU.

Size: There are different specifications such as 96mm×96mm×55mm and 144mm×178mm×38mm.

Weight: about 0.2kg or 1kg.

Application field

Industrial automation: used in various industrial automation production lines to control the switching of motors, valves, indicator lights and other equipment to realize the automatic control of the production process.

Process control: In the process control fields such as chemical, petroleum, and electric power, various process parameters are controlled, such as adjusting flow, pressure and other parameters by controlling the opening and closing of valves.

Power generation: In power plants, it is used to control various equipment of generator sets, such as controlling the switch of the excitation system, starting and stopping auxiliary equipment, etc.

Oil and gas: In the mining and refining of oil and gas, it controls the operation of related equipment to ensure the safety and stability of the production process.

Transportation: It can be applied to some automation control scenarios in transportation infrastructure, such as traffic light control, tunnel ventilation equipment control, etc.