GE IC200ERM002F

• Expansion Ports: Two 26 – pin D – shell expansion female ports.
• Maximum Configuration: Supports a maximum of seven groups, with up to eight modules per group.
• Cable Length: In a multi – rack system, it is 50 feet (about 15 meters); in a single – ended system, it is 3.3 feet (about 1 meter).
• Data Transfer Speed: 5 Mbps or 2.765 Mbps, depending on the configuration.
• Communication Protocol: Modbus RTU.

Function Features

• Enhanced Connectivity: It has two 26 – pin D – shell expansion female ports. The top port is for the inbound expansion cable, and the bottom port can be used for daisy – chaining the next expansion rack or connecting to the terminator plug, which facilitates seamless connection to other devices in the network.
• LED Indicators: There are on – board LED lights, such as a power LED indicating the 5V DC power status, an expansion receiver LED indicating the expansion bus comms status, and a scan LED indicating whether the CPU/NIU is scanning I/O in expansion racks, which helps users monitor the module’s working status.
• Flexible Expansion: It can support up to 7 expansion racks, with each rack having 8 modules, which can effectively expand the system capacity. And it can be used in both multi – rack and single – ended VersaMax I/O expansion systems.
• Stable Power Supply: The power supply installed on the module can provide operating power for the modules in the rack. The backplane current has two options of 5V/70mA and 3.3V/20mA, which can meet different power requirements.

Application Scenarios

• Manufacturing Automation: In manufacturing plants, it can be used to expand the I/O capacity of the PLC system, connecting more sensors, actuators, and other devices, so as to achieve more precise control over production lines, such as monitoring the position of mechanical parts, controlling the start – stop of motors, etc.
• Process Control: In industries such as chemical and petroleum, it can be used to expand the control system, connecting more analog and digital I/O modules to monitor and control process parameters, such as temperature, pressure, flow, etc.
• Material Handling Systems: In logistics and material handling occasions, it can be used to expand the control system of conveyor belts, automated guided vehicles (AGVs), etc., realizing the coordinated control of multiple devices and improving the efficiency of material handling.