Product Short Description
Technical Specifications
- I/O Channel Parameters
- It is equipped with 16 digital inputs, 8 digital outputs, 2 analog inputs and 1 analog output to cover mixed signal processing requirements in industrial control.
- The input voltage range spans 24 – 250 VAC/DC, which can be directly connected to most industrial sensors and switching devices without additional voltage conversion components.
- The analog output voltage range is 0 – 10 VDC, which provides standardized signal output for matching with various industrial actuators and display instruments.
- All input and output channels adopt isolated design, which prevents signal interference between channels and avoids damage to the module caused by voltage surges.
- Communication and Software Parameters
- It supports multiple mainstream industrial communication protocols including Modbus, DNP 3 and IEC 61850 to adapt to different industrial network architectures.
- It is managed and programmed through GE Enervista Launchpad software, which supports functions such as setpoint programming, firmware update and fault record viewing.
- It is configured with an Ethernet interface supporting speeds up to 1000 Mbps, which realizes high-speed and low-latency data transmission with upper-level control systems.
Description
- Physical and Environmental Parameters
- The module has dimensions of 120mm × 80mm × 35mm and weighs 2 lb 9 oz, featuring a compact structure suitable for installation in dense control cabinets.
- It maintains stable operation in an ambient temperature range of -40°C to 70°C, adapting to extreme temperature conditions in both indoor control rooms and outdoor industrial sites.
- It adopts a standard 19-inch rack horizontal mount or ¾ vertical mount design, which is compatible with common industrial control cabinet installation standards.
Function Features
- Dual-type Signal Integrated Processing
The combination of digital and analog I/O channels allows the module to handle two types of signals simultaneously. It can collect digital on-off signals from equipment such as limit switches and collect analog signals such as temperature and pressure from industrial transmitters. This integrated processing capability reduces the need for multiple single-function modules, simplifies the system structure and lowers the overall configuration cost.
- High-isolation and Anti-interference Performance
The isolated design of all I/O channels effectively blocks electromagnetic interference and signal crosstalk in complex industrial environments. It ensures that the module can accurately collect and transmit signals even in scenes with high-power equipment and dense wiring, and maintains signal stability when facing voltage fluctuations or transient surges.
- Convenient Remote Software Management
The compatibility with Enervista Launchpad software enables users to remotely manage the module without on-site operations. Users can adjust I/O channel parameters, save and manage configuration files, and retrieve fault and event records through the software. The software also automatically accesses the latest firmware versions, which ensures the module always maintains optimal performance and functional compatibility.
- Efficient and Reliable Data Transmission
The high-speed Ethernet interface and multi-protocol support enable the module to quickly interact with PLCs, SCADA systems and other upper-level platforms. It realizes real-time transmission of on-site data to the control center and rapid issuance of control commands to field equipment. The optional redundant Ethernet function further builds a fault-tolerant communication architecture and avoids system operation interruption caused by communication failures.
Application Scenarios
- Power Generation and Transmission Systems
In thermal power and hydropower plants, the module connects with generators, circuit breakers and voltage transformers. It collects status signals of switching devices and transmits control commands to adjust the operation of power generation equipment. It also supports the IEC 61850 protocol, which is compatible with substation automation systems and ensures the safe and stable operation of power transmission and distribution networks.
- Industrial Automation Production Lines
In automobile manufacturing and electronic component assembly lines, the module links robotic arms, conveyor belts and automated welding equipment. It receives position and operation signals from sensors on the production line and sends control signals to regulate the speed and action of the equipment. It optimizes the coordination between various processes and improves the efficiency and consistency of the production line.
- Motor Control Systems in Manufacturing Plants
In machinery processing plants, the module is applied to motor control systems. It collects current and temperature signals of motors and outputs control signals to start, stop or adjust the speed of motors according to instructions from the upper-level PLC. Its channel isolation design protects the control system from motor starting current surges and ensures stable operation of motor groups.
- Petrochemical Pipeline and Valve Control
In petrochemical plants, the module connects with flow sensors and electric valves on oil and gas transmission pipelines. It collects flow signals of pipelines and controls the opening and closing of valves to adjust the transmission volume. Its rugged design can withstand the harsh environment with high oil fume and vibration in petrochemical sites and ensure continuous operation of the pipeline system.
- Retrofit of Legacy Industrial Control Equipment
Many old industrial control systems have outdated I/O modules with poor compatibility and frequent failures. Replacing them with UR6TH can quickly upgrade the signal processing capability of the original system. The module’s wide voltage input range and multi-protocol support can match most legacy equipment, which avoids the huge cost of replacing the entire control system and extends the service life of the original equipment.
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