GE UR6DH Multilin Series Digital I/O Control Module

Description

• Physical and Environmental Parameters
  • The standard size is 100mm x 100mm x 25mm, and it weighs 0.2kg, featuring a compact structure that is convenient for installation in limited control cabinet spaces.
  • It operates stably in an ambient temperature range of -40°C to 70°C, and its storage temperature range extends from -55°C to 85°C, adapting to extreme temperature conditions in indoor and outdoor industrial sites.
  • It adopts a DIN rail installation method that simplifies the installation process and ensures firm installation without loosening due to equipment vibration.

Function Features

• Dual-channel Large-capacity I/O Expansion

  The combination of 16 contact inputs and 16 digital outputs enables the module to simultaneously access multiple industrial devices such as sensors, actuators and switches. It can collect the operating status signals of multiple devices and issue control commands to multiple executive components at the same time, which effectively expands the I/O capacity of the universal relay system and meets the multi-point control needs of complex industrial scenarios.

• Multi-protocol Communication Compatibility

  The integration of multiple communication interfaces and protocols allows the module to seamlessly connect with different types of industrial control systems, intelligent instruments and upper-level monitoring platforms. It breaks the communication barriers between devices of different brands and models, and ensures smooth and efficient data interaction between the module and the entire industrial network.

• Intelligent Configuration and Monitoring via Software

  The compatibility with Enervista UR software replaces the traditional cumbersome keypad operation. Users can remotely configure the module’s input and output parameters, set logical control conditions and view real-time operating data through the software. The software also provides fault prompting functions that help users quickly locate problems and greatly improve the efficiency of system debugging and maintenance.

• High Reliability and Stable Operation

  The module uses high-quality electronic components and a reinforced circuit design, which enhances its anti-interference ability against electromagnetic waves and voltage fluctuations in industrial environments. Its wide operating temperature range ensures stable operation in both cold and high-temperature regions, and it avoids frequent failures caused by harsh environmental factors.

• Convenient Modular Maintenance

  The modular design allows the module to be quickly installed and disassembled independently. When a fault occurs, users can directly replace the faulty module without shutting down the entire system. This minimizes system downtime, reduces maintenance costs and ensures the continuous operation of industrial production and power supply.

Application Scenarios

• Substation Automation Systems

  It is installed in substation control systems to connect with switching devices, current transformers and voltage sensors. It collects status signals of circuit breakers and isolating switches in real time, and sends control signals to execute switching operations. It also realizes impedance-biased bus differential protection for feeders, which ensures the safe and stable operation of the substation power supply network.

• Industrial Automation Production Lines

  In automobile manufacturing, electronic component assembly and other production lines, the module connects with robotic arms, conveyor belts and automated processing equipment. It collects position and operation status signals of production equipment, and transmits control commands issued by the upper-level system to the equipment. It realizes automated control of the production process and improves production efficiency and product quality consistency.

• Renewable Energy Power Generation Systems

  In solar and wind power generation systems, the module monitors the operating status of inverters, energy storage devices and power transmission equipment. It collects voltage, current and other signals of power generation components, and coordinates the operation of various devices through the control system. It ensures the efficient conversion and stable transmission of renewable energy power.

• Transportation System Control

  In railway and urban rail transit systems, it is used to control signal lights and turnout switches. It collects traffic flow signals and transmits control commands to adjust the status of signal equipment and turnout positions. It ensures the safe operation of trains. It can also be applied to traffic signal control systems in urban roads to realize the intelligent adjustment of traffic signals.

• Commercial Building Intelligent Control

  In large shopping malls, office buildings and other commercial buildings, the module is integrated into the building automation system. It connects with central air conditioning, lighting and security equipment. It collects temperature, humidity and personnel flow signals, and controls the on-off and operating parameters of related equipment. It realizes energy-saving operation of the building and improves the comfort and safety of the building environment.