Brand: ABB Description: RFO810 Base w/ Power & HN800 connectors Condition: Brand New Certificate: COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 5 Payment Term: T/T Shipping Port: ShenZhen ABB RMU811 is a mounting base that houses a pair of redundant RFO810 fiber optic repeater modules. It features an integrated power supply and HN800 connectors to simplify installation and ensure reliable data transmission.
Manufacture |
ABB |
Model Number |
RMU811 |
Ordering Number |
RMU811 |
Catalog |
Symphony Plus |
Country Of Origin |
Sweden |
HS CODE |
85177000 |
Dimension |
25cm*20cm*8cm |
Packing Dimension |
27cm*22cm*10cm |
Weight |
1.2kg |
Operating Parameters
Compatibility: The RMU811 is engineered to support two RFO810 modules, enabling redundant configurations to enhance system reliability.
Connectivity: It features built-in HN800 connectors, ensuring efficient communication pathways between the RFO810 modules and the broader control system.
Power Supply: The base includes integrated power connectors, streamlining the power supply process for the attached modules.
Operating Temperature: -25°C to +70°C.
Product Features
Redundancy and High Reliability: It is docking station for redundantABB RMU811 pair. Redundancy is one of some key features for industrial automation, because it allows the system to continue working, even if one component fails. In key industrial processes, like power generation or large - scale manufacturing, downtimes bring to dangerous losses. The ABB RMU811 is redundant configuration helps to ensure system availability and minimize the potential for unplanned outages.
Power and Connectivity: It is equipped with power and HN800 connectors on the base, which can be used to supply power to the connected ABB RMU811 modules. The HN800 connectors used are of high quality, guaranteeing a robust and reliable data transfer and communication with other modules and components in the industrial network. The uninterrupted connection is vital for efficient data transfer, allowing for real-time monitoring and control of industrial processes.
Integration with Industrial Systems: It is integrated into existing ABB industrial automation systems. This compatibility enables collective system performance improvement and scaling. If an industrial plant already uses ABB - based control systems, the ABB RMU811 can be incorporated to enhance the reliability and functionality of the communication and control network.
Installation
Mounting: Place the ABB RMU811 base in a stable position in a control cupboard or in an appropriate location with no excessive vibration and environmental impact.
Data Collection: The embedded modules will start collecting data about the water turbidity during their operation on the field.this task allows delaying data processing.
Power Supply: Connect the included power connectors to provide the appropriate voltage input to each ABB RMU811 modules, consisting with the power requirement according to ABB.
Application range
Manufacturing: This enables extended communication networks in large-scale manufacturing plants, where dispersed equipment can be controlled and monitored effectively.
Energy Sector: Enables reliable data transmission over long distances for power generation and distribution systems, facilitating remote monitoring and control.
Infrastructure: Used in infrastructure projects like water treatment facilities and transportation networks, where long-distance and reliable communication networks are crucial.
Troubleshooting
Module Connectivity: In case of communication errors you have to make sure that the ABB RMU811 modules are firmly seated in the base and that all connectors are properly connected.
Power Supply Testing: Verify if the power connectors integrated in the system are providing the correct voltage and that no power fluctuation or loss has occurred.
Environmental Factors: This entails regularly checking if the installation environment has potentially harmful conditions like heat, humidity, or vibration that could harm the device performance.
Testing Redundancy: Regularly perform manual testing of the redundancy mechanism by deactivating one of the modules to confirm that the system produces uninterrupted output from the backup module.