Lovato 31 Rgam 12 User Manual 💯 Plus
This is where the becomes essential. The device has dozens of programmable parameters (P01 to P50). Below is a table of the most common settings.
Green LED illuminates when the grid meets acceptable voltage thresholds.
The display will change to flash the first parameter code (e.g., P.01 ). Core Parameter Settings Parameter Code Description Default / Recommended Setting Target Power Factor ( 0.95 Inductive (or 0.98)
Multi-digit LED display showing the real-time power factor ( ), active steps, and system alarms. 2. Wiring and Installation Diagram lovato 31 rgam 12 user manual
The Lovato 31 RGAM 12 is a "set and forget" device. Once the wiring is verified and the timers are calibrated to your specific engine's needs, it provides reliable protection for your facility.
+-------------------------------------------------------+ | [ 8.8.8. ] <-- 3-Digit LED Reading Display | | | | (L1-L2) (L2-L3) (L3-L1) [O] Mains Switch Closed | | Mains Phase Status LEDs [O] Gen Switch Closed | | | | [OFF/RESET] [MAN] [AUT] [TEST] | | (Button) (Button) (Button) (Button) | | | | [START] [STOP] [MAINS] [GEN] [MEAS/▲] | +-------------------------------------------------------+ Operational Buttons
This is perhaps the most useful feature to understand to prevent your equipment from "chattering" (turning on and off rapidly). This is where the becomes essential
applications, designed to start your generator automatically the moment it detects a power anomaly.
In Eastern European forums, users have noted some specific challenges:
Before opening the manual, you must understand what the device does. The Lovato 31 RGAM 12 is part of the RGAM series of automatic transfer switch controllers. Key specifications include: Green LED illuminates when the grid meets acceptable
The Lovato 31 RGAM 12 has no moving parts, but the user manual recommends a maintenance routine for the system :
Equipped with a 3-digit LED display and a front keypad for manual parameter programming without needing external tools. Durability:
Alternating current (AC) inputs, typically configured for standard industrial voltages (e.g., 220–240VAC or 380–415VAC, depending on the specific model suffix).
