The controller monitors the mains line. It handles the startup sequence and load transfer automatically if the grid fails.
The is a microprocessor-based control unit specifically engineered for standby generating sets. Its primary function is to automatically manage the starting and stopping of a generator in the event of a mains power failure and to oversee the changeover of the electrical load between the two sources. This process is known as Automatic Mains Failure (AMF), a core feature of the RGAM series. The "31" in its model number denotes the base RGAM model, while "RGAM 12" indicates it operates on a 12VDC auxiliary supply. This is a standard version where you can program all parameters directly using the keypad on the unit's front panel.
Connect the main grid and generator lines to the appropriate terminal blocks, ensuring correct phasing. lovato 31 rgam 12 user manual
| Description | Lovato part number | |-------------|--------------------| | RGAM 12, 1-pole ON/OFF | RGAM 12 S1 | | RGAM 12, 2-pole ON/OFF | RGAM 12 S2 | | RGAM 12, 3-pole ON/OFF | RGAM 12 S3 | | RGAM 12, changeover 2-pole | RGAM 12 C2 | | RGAM 12, voltmeter switch (3 positions) | RGAM 12 V |
Maintains a log of the last 255 events and alarms for maintenance and diagnostic purposes. Automatic Test Cycle: The controller monitors the mains line
Here are the and instructions found in the user manual for this device, explained simply.
Built to withstand harsh industrial environments, high vibrations, and temperature fluctuations. 2. Technical Specifications Its primary function is to automatically manage the
The is a microprocessor-based automatic transfer unit designed for the comprehensive management of stand-by generating sets. It serves as a central controller that monitors both mains and generator supplies to ensure seamless power transitions during failures. Core Functionality & Operation Modes