Why Choose the ABB 1SVR560730R3400 Grid Feeding Monitoring Relay?
The ABB 1SVR560730R3400, also known as the CM-UFD.M22, is a multifunctional grid feeding monitoring relay developed to provide reliable interface protection between distributed power generation systems and the public electricity grid. It continuously monitors voltage and frequency conditions to ensure safe operation and compliance with grid connection requirements.
Designed for renewable energy applications, the CM-UFD.M22 supervises critical electrical parameters including overvoltage, undervoltage, overfrequency and underfrequency. When abnormal conditions are detected, the relay activates external switching devices to safely disconnect the generating installation from the grid until acceptable operating conditions are restored.
Supporting a phase-to-phase measuring range of 0-550 V AC and powered from a wide 24-240 V AC/DC control supply, the CM-UFD.M22 is suitable for photovoltaic systems, distributed generation installations and industrial grid interface panels requiring dependable network monitoring.
Key Advantages
- Multifunctional grid feeding monitoring relay.
- Designed for renewable energy and distributed generation systems.
- Wide 24-240 V AC/DC control supply.
- 0-550 V AC phase-to-phase measuring range.
- Three changeover relay outputs for external decoupling devices.
- Compact DIN rail mounting simplifies installation.
Key Features
- ABB CM-UFD.M22 grid feeding monitoring relay.
- Overvoltage and undervoltage monitoring.
- Overfrequency and underfrequency monitoring.
- 10-minute average voltage monitoring.
- Interrupted neutral monitoring.
- Vector shift detection.
- ROCOF (Rate of Change of Frequency) monitoring.
- 3 changeover relay outputs.
- Screw terminal connections.
- DIN rail mounting.
Reliable Grid Protection for Renewable Energy Systems
The ABB CM-UFD.M22 continuously measures grid voltage and frequency to verify that electrical network conditions remain within programmed limits. If abnormal conditions occur, the relay activates external switching equipment to isolate the generation system, helping protect both the installation and the public electricity network.
Its comprehensive monitoring functions and flexible control supply make it suitable for a wide variety of grid-connected renewable energy applications where dependable interface protection is required.
Typical Applications
- Grid-connected photovoltaic systems.
- Commercial solar installations.
- Distributed renewable energy generation.
- Industrial power interface panels.
- Microgeneration systems.
- Grid protection and decoupling assemblies.