GE UR6TH Digital Input/Output Module
The GE UR6TH Digital Input/Output Module is a product of the GE Multilin UR series. It is a multifunctional module mainly used in industrial automation and power system control. Here is a detailed introduction:
- Basic Information: The UR6TH is a digital I/O module designed to expand the functionality of UR series relays, enabling efficient and reliable communication with various industrial sensors and actuators. It has 16 isolated channels, including digital inputs and outputs, which simplifies the integration of field devices and reduces dependence on traditional hard - wiring.
- Modular Design: It has a plug - and - play feature, which is easy to install and maintain. Users can easily expand the I/O capacity of the existing system without major hardware changes, reducing upgrade and maintenance costs.
- High Compatibility: It is compatible with other UR series relays and can be seamlessly integrated with GE Multilin's EnerVista UR software, which simplifies system configuration, monitoring, and diagnosis.
- Fast Response: The Form - A output of the UR6TH module has a fast activation characteristic, with a response speed of less than 4ms, which is suitable for application scenarios that require fast response.
- Reliable Operation: The module is designed with industrial - grade components and can operate stably in a wide temperature range of - 20°C to 60°C and a humidity range of 0 to 95% (non - condensing).
- Convenient Indication: There are LED indicators on the top of the module to display the on - off status of each point, and there is also a red LED as a fuse - blown indicator.
- Channel Configuration: There are 8 digital input channels and 4 digital output channels.
- Working Voltage: The working voltage is 24V DC.
- Output Type: Usually Form - A or Form - C contacts.
- Isolation Voltage: The isolation voltage between the field side and the logic side is 1500 volts, and the isolation voltage between each group is 500 volts.
- Installation Method: It adopts DIN - rail installation.
- Power System Automation: It is used in substation automation systems to collect status signals of equipment such as circuit breakers and disconnectors and transmit this information to relays for processing and control. In power plants, it can monitor the status of generators, excitation systems, and auxiliary equipment.
- Industrial Automation: It can be used to connect various sensors and actuators, such as limit switches, proximity sensors, and solenoid valves, to achieve precise control and monitoring of the production process. It is also applicable to emergency stop systems and safety interlock devices that require fast response.
- Building Automation: It is used in the control of lighting, HVAC and other equipment to achieve intelligent management.
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