Description
Product Overview
The GE UR6EV is a high – performance and versatile control module, part of GE’s esteemed UR series. Engineered for the demands of modern industrial automation, this module serves as a crucial component in a wide array of industrial control systems.
The GE UR6EV acts as a central processing unit in many setups, offering the computing power and logical capabilities necessary to manage complex industrial processes. It can interface with a multitude of sensors and actuators, collecting real – time data and then making precise control decisions. For example, in a manufacturing plant, it can receive data from sensors monitoring the speed and position of conveyor belts and machinery, and based on this data, it can adjust the operation of motors and valves to ensure smooth production flow. In power generation facilities, it can manage the control of generators and transformers, optimizing power output and ensuring grid stability. Its ability to integrate seamlessly with other automation systems, whether they are GE – branded or from other compatible vendors, makes it a go – to choice for industrialists aiming to build or upgrade their automation infrastructure.
Technical Specifications
| Parameter Name | Parameter Value |
|---|---|
| Product Model | UR6EV |
| Manufacturer | GE |
| Product Type | Control Module |
| Operating Temperature Range | – 30 °C to 70 °C |
| Input Power | 4.08 watts |
| Voltage Range | + 28 VDC |
| Input Current | 36 mA |
| Weight | 1.26 kg |
| Dimensions | 4 cm x 18 cm x 17.2 cm |
| Communication Protocols | Supports Modbus RTU (both serial ports and Ethernet via TCP/IP), and has user – programmable baud rates from 300 to 19,200 bps for serial ports |
| Environmental Rating | Designed to withstand harsh industrial conditions |
| Compatibility | Works well with other components in the UR series and many GE – based industrial control systems |
GE UR6EV
Main Features and Advantages
Advanced Protection Algorithms: The GE UR6EV incorporates a comprehensive set of unique protection algorithms. These algorithms are designed to offer unparalleled security to the industrial systems it controls. By constantly monitoring various parameters and detecting anomalies, it can prevent equipment failures and system downtimes. For instance, in a power system, it can quickly detect over – current, over – voltage, or short – circuit conditions and take immediate corrective actions, safeguarding expensive electrical equipment.
Versatile Communication Interfaces: It comes equipped with multiple communication interfaces. There are three standard serial communication ports (one RS232 on the front panel for easy troubleshooting and programming, and two RS485 at the rear). The rear RS485 ports can be used for remote communications or connection to a DCS, SCADA, or PLC. Additionally, optional 10BaseT Ethernet and DeviceNet ports are available. All these interfaces support different communication protocols such as Modbus RTU, enabling seamless data exchange with a wide range of devices and systems in the industrial network.
Compact and Robust Design: With its compact dimensions of 4 cm x 18 cm x 17.2 cm and a weight of 1.26 kg, the UR6EV is easy to install in control cabinets, even in spaces with limited room. Despite its small size, it is built with durable materials that can endure harsh industrial environments, including temperature variations, humidity, and electrical noise. This robust construction ensures long – term reliable operation.
Programmable via Enervista Launchpad: The module is managed and programmed through the Enervista Launchpad software. This powerful software, included with each relay, not only allows for the programming of setpoints but also enables the management of setpoint files. It can automatically access the latest versions of firmware and documentation, providing users with an up – to – date and efficient way to control and maintain the UR6EV within the substation automation system.
Versatile Communication Interfaces: It comes equipped with multiple communication interfaces. There are three standard serial communication ports (one RS232 on the front panel for easy troubleshooting and programming, and two RS485 at the rear). The rear RS485 ports can be used for remote communications or connection to a DCS, SCADA, or PLC. Additionally, optional 10BaseT Ethernet and DeviceNet ports are available. All these interfaces support different communication protocols such as Modbus RTU, enabling seamless data exchange with a wide range of devices and systems in the industrial network.
Compact and Robust Design: With its compact dimensions of 4 cm x 18 cm x 17.2 cm and a weight of 1.26 kg, the UR6EV is easy to install in control cabinets, even in spaces with limited room. Despite its small size, it is built with durable materials that can endure harsh industrial environments, including temperature variations, humidity, and electrical noise. This robust construction ensures long – term reliable operation.
Programmable via Enervista Launchpad: The module is managed and programmed through the Enervista Launchpad software. This powerful software, included with each relay, not only allows for the programming of setpoints but also enables the management of setpoint files. It can automatically access the latest versions of firmware and documentation, providing users with an up – to – date and efficient way to control and maintain the UR6EV within the substation automation system.
Application Field
Power Systems: In power generation plants, the GE UR6EV is extensively used for the protection and control of transformers, generators, motors, and feeders. It can monitor electrical parameters such as voltage, current, and frequency, and based on pre – set thresholds, it can trigger protective actions. For example, if a generator experiences an abnormal increase in current, the UR6EV can quickly isolate the generator to prevent damage. In electrical substations, it helps in maintaining grid stability by controlling the flow of power and ensuring the proper operation of switchgear.
Industrial Automation: Manufacturing industries rely on the UR6EV for process control. It can be integrated into production lines to monitor and control machinery. For example, in an automotive manufacturing plant, it can control the movement of robotic arms, ensuring accurate assembly of parts. It can also monitor the speed of conveyor belts and adjust them according to the production requirements. In food and beverage industries, it can control the filling and packaging processes, ensuring product quality and consistent production rates.
Utility Applications: In utility companies, the UR6EV is used in distribution systems to enhance reliability. It can detect faults in power lines and quickly isolate the affected sections, minimizing power outages. It also plays a role in smart grid initiatives, communicating with other smart devices to optimize power distribution and consumption. For example, it can adjust the power supply to different areas based on the real – time demand, reducing energy waste.
Industrial Automation: Manufacturing industries rely on the UR6EV for process control. It can be integrated into production lines to monitor and control machinery. For example, in an automotive manufacturing plant, it can control the movement of robotic arms, ensuring accurate assembly of parts. It can also monitor the speed of conveyor belts and adjust them according to the production requirements. In food and beverage industries, it can control the filling and packaging processes, ensuring product quality and consistent production rates.
Utility Applications: In utility companies, the UR6EV is used in distribution systems to enhance reliability. It can detect faults in power lines and quickly isolate the affected sections, minimizing power outages. It also plays a role in smart grid initiatives, communicating with other smart devices to optimize power distribution and consumption. For example, it can adjust the power supply to different areas based on the real – time demand, reducing energy waste.
GE UR6EV
Related Products
UR6AV: Likely a related model in the UR series. It may have similar basic functions but could differ in terms of specific technical specifications, such as a different voltage range or communication protocol support. It might be a more cost – effective option for applications with less demanding requirements compared to the UR6EV.
GE IC670MDL240J: A digital input module. The UR6EV can work in tandem with this module. The IC670MDL240J can feed digital input signals, such as those from sensors, to the UR6EV. The UR6EV then processes these signals to make control decisions for the overall industrial system.
VMIPMC – 5565: An optic reflective memory card. In complex industrial control systems, the UR6EV may communicate with the VMIPMC – 5565. The memory card can store and transfer data that the UR6EV needs for its control algorithms or for long – term data logging. This can be useful in applications where large amounts of data need to be stored and accessed quickly.
DS200DPCBG1AAA: A contact input group isolation terminal board. It can interface with sensors and isolate input signals before they reach the UR6EV. This helps in protecting the UR6EV from electrical interference and ensuring the accuracy of input data, especially in noisy industrial environments.
GE Multilin M60: This motor diagnostic module can be used in conjunction with the UR6EV in applications related to motor control. The M60 provides advanced motor diagnostics like broken rotor bar detection. The UR6EV can use the diagnostic data from the M60 to better control the operation of motors, such as adjusting the speed or torque based on the motor’s health status.
GE IC670MDL240J: A digital input module. The UR6EV can work in tandem with this module. The IC670MDL240J can feed digital input signals, such as those from sensors, to the UR6EV. The UR6EV then processes these signals to make control decisions for the overall industrial system.
VMIPMC – 5565: An optic reflective memory card. In complex industrial control systems, the UR6EV may communicate with the VMIPMC – 5565. The memory card can store and transfer data that the UR6EV needs for its control algorithms or for long – term data logging. This can be useful in applications where large amounts of data need to be stored and accessed quickly.
DS200DPCBG1AAA: A contact input group isolation terminal board. It can interface with sensors and isolate input signals before they reach the UR6EV. This helps in protecting the UR6EV from electrical interference and ensuring the accuracy of input data, especially in noisy industrial environments.
GE Multilin M60: This motor diagnostic module can be used in conjunction with the UR6EV in applications related to motor control. The M60 provides advanced motor diagnostics like broken rotor bar detection. The UR6EV can use the diagnostic data from the M60 to better control the operation of motors, such as adjusting the speed or torque based on the motor’s health status.
Installation and Maintenance
Pre – installation preparation: Before installing the GE UR6EV, first, ensure that all power sources in the industrial control system are turned off to avoid electrical hazards. Thoroughly inspect the module for any visible signs of damage during transit, such as cracks on the circuit board or bent pins. Check the compatibility of the module with the existing control system, especially in terms of voltage requirements and communication protocols. Prepare the installation location, making sure it meets the environmental conditions specified for the UR6EV, such as temperature and humidity. Mounting the module on a clean and stable surface is also crucial. If using communication cables, ensure they are of the correct type and in good condition.
Maintenance recommendations: Regularly monitor the performance of the UR6EV by checking for any abnormal behavior in the control system. Look for signs of overheating, such as unusual warmth or discoloration of the module. Periodically clean the module to remove dust and debris, as these can affect its electrical performance. Update the firmware of the UR6EV using the Enervista Launchpad software to ensure it has the latest features and bug fixes. If any communication issues occur, check the integrity of the communication cables and the configured communication settings. Keep spare parts on hand, such as replacement modules, to minimize downtime in case of a component failure.
Maintenance recommendations: Regularly monitor the performance of the UR6EV by checking for any abnormal behavior in the control system. Look for signs of overheating, such as unusual warmth or discoloration of the module. Periodically clean the module to remove dust and debris, as these can affect its electrical performance. Update the firmware of the UR6EV using the Enervista Launchpad software to ensure it has the latest features and bug fixes. If any communication issues occur, check the integrity of the communication cables and the configured communication settings. Keep spare parts on hand, such as replacement modules, to minimize downtime in case of a component failure.
Product Guarantee
GE offers a comprehensive product guarantee for the UR6EV. The module undergoes strict quality control procedures during manufacturing to meet high – industry standards. In case of any manufacturing defects, GE provides a one – year warranty. Their global network of technical support teams is available to assist customers. Whether it’s providing guidance on installation, helping with troubleshooting complex issues, or offering advice on maintenance, GE’s experts are committed to ensuring the long – term, reliable operation of the UR6EV. This reflects GE’s confidence in the product’s quality and their dedication to customer satisfaction.
