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Phone: +86 16626708626Description
GE IS215UCCCM04A serves as the central communication hub in industrial control architecture, achieving interoperability by converting different protocols. It is located between on-site equipment and higher-level control systems such as distributed control systems (DCS) or monitoring and data acquisition systems (SCADA), collecting data from sensors, valves, and motors through interfaces such as RS-485 and Ethernet. After processing, the data is redistributed in a format compatible with PLC, HMI, or cloud monitoring platforms.
IS215UCCCM04A
This module utilizes a powerful embedded processor that can process up to 500 concurrent data transactions per second, ensuring low latency even in high-density networks. It supports protocol conversion between Modbus RTU/TCP, Profibus DP, EtherNet/IP, and DeviceNet without the need for multiple dedicated gateways. Redundant Ethernet ports provide fault transfer capabilities to ensure that critical data paths remain unobstructed in the event of a failure in the main network link.
IS215UCCCM04A
Main features and advantages:
Physically speaking, IS215UCCCM04A is integrated into standard control cabinets through DIN rail installation, and its compact size can save space in crowded cabinets. It is connected to automation systems through backplane communication or direct wiring, suitable for new installation and renovation projects. Its diagnostic engine continuously monitors the health status of the network, and through LED indicator lights and system alarms, it prompts issues such as signal attenuation or protocol mismatch, achieving proactive troubleshooting.
By replacing multiple single protocol gateways with a single device, engineering teams can save hardware, installation, and maintenance costs – typically reducing integration time by 30% in hybrid protocol environments. Its plug and play configuration function is implemented through General Electric’s Configurator software, without the need for underlying protocol programming. Technicians can complete communication mapping settings in hours instead of days.
Reliability is another key advantage. The industrial grade components and redundant design of this module ensure 99.99% of normal operating time, which is crucial for applications such as power grid management as communication interruptions may affect energy allocation. Its wide temperature range (-40 ° C to+70 ° C) and resistance to electromagnetic interference/radio frequency interference (EMI/RFI) make it suitable for harsh environments, from Arctic oil pipelines to desert solar power plants, reducing the risk of unexpected shutdowns due to environmental pressure.
In the long run, IS215UCCCM04A supports emerging protocols through firmware updates, making the system forward-looking. This adaptability means that facilities can upgrade sensors or controllers without replacing communication infrastructure, extending the lifespan of existing investments and reducing total cost of ownership.
IS215UCCCM04A
Application areas:
In water treatment plants, it connects traditional Modbus water level sensors with modern EtherNet/IP PLCs to achieve real-time monitoring of filtration systems and automatic adjustment of chemical agents – which is crucial for compliance with regulations and improving resource efficiency.
In the field of automotive manufacturing, this module integrates a Profibus driven robotic arm with an EtherNet/IP driven conveyor system to ensure production process synchronization. Its low latency (≤ 5ms) ensures precise alignment between the movement of the robotic arm and the transportation of parts, reducing scrap rates and improving production efficiency.
In renewable energy facilities such as wind farms,IS215UCCCM04A connects the DeviceNet enabled turbine controller with a SCADA system using Modbus TCP to aggregate performance data (wind speed, torque, vibration) for remote analysis. This enables operators to optimize maintenance plans and maximize energy output, even at geographically dispersed sites.
IS215UCCCM04A
IS215UCCCM04A
Technical specifications:
Model IS215UCCCM04A
Brand General Electric
Type Multi Protocol Communication Gateway
Input voltage 24V DC (18-30V DC)
Working temperature range -40 ° C to+70 ° C
Installation method DIN rail (TS35)
Dimensions 112mm x 90mm x 62mm
Weight 0.58kg
Interface/Bus 2x Ethernet (10/100Mbps), 2x RS-485
Compliance with CE, RoHS, IEC 61000-6-2 (Electromagnetic Compatibility) UL 508
Supports protocols Modbus RTU, Modbus TCP, Profibus DP, EtherNet/IP, DeviceNet
Typical power consumption 7.2W
Contact Us
Phone:+86 16626708626
WeChat/WhatsApp:+86 16626708626
Email: 3772179818@qq.com
IS215UCCCM04A
Related products:
GE IS215UCCCM02A: With 2 protocol ports, suitable for small networks.
GE IS215UCCCM06A: Supports 6 concurrent protocols and is suitable for large industrial parks.
GE IC693CMM311: A traditional Modbus to EtherNet/IP converter used for retrofitting old GE 90-30 PLC systems.
GE IS215UCVEH2AB: a module integrating communication and processing functions, suitable for edge computing applications.
GE VMIVME-7614: Gateway based on VMEbus, suitable for harsh environments that require backplane integration.
GE IS215UCCCM04B: Wireless version with Wi Fi/Bluetooth capabilities, suitable for remote asset monitoring.
Installation and maintenance:
Before installing GE IS215UCCCM04A, please ensure that all connected devices are using supported protocols and firmware versions – please refer to General Electric’s compatibility matrix for updated information. Ensure that the power supply can provide stable 24V DC (18-30V) to avoid data transmission damage caused by voltage drop. Reserve a 50mm gap above and below the module to ensure air circulation, as continuous operation above 70 ° C may reduce performance.
During the configuration process, General Electric’s Proficy Machine Edition software is used to map data points between protocols, and loop back testing is performed on each link before full deployment. Label the protocol used for Ethernet cables to simplify troubleshooting. For redundant settings, configure a failover threshold (e.g. 3 consecutive timeouts) to prevent unnecessary network switching.
Daily maintenance includes checking the LED status monthly (green=normal, amber=warning, red=fault), and checking the connector pins for corrosion every quarter – especially in humid environments. Every year, firmware is updated through General Electric’s industrial safety server to patch vulnerabilities and improve protocol handling. If there are signal integrity issues during the operation of long cables (>100m), please calibrate the RS-485 terminal resistance (120 Ω).
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