Tracks total load profiles to maintain balanced power factor delivery across multi-phase installations. Engine Health & Mechanical Diagnostics
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Built by Pramac, the controller is designed to withstand industrial-grade environments.
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The is a microprocessor-based automatic control module designed to manage standby power systems, specifically for Pramac's Power Engineering Star Series generators (typically >10kVAis greater than 10 k cap V cap A
: If the utility power drops below a pre-programmed threshold, suffers phase loss, or fails entirely, a failure timer starts.
Ultimately, the AC01 family demonstrates that effective generator control does not require unnecessary complexity. By focusing on robust monitoring, clear alarms, and straightforward automation, Pramac has created a series that is both powerful enough for professionals and simple enough for end-users. When selecting a generator, paying attention to whether it includes an AC01, AC01 MP, or AC01C can make the difference between a system that frustrates and one that seamlessly keeps the lights on. pramac ac 01 generator monitor control system ac01 mp ac01c
Think of the AC01 system as the “flight deck” of your generator. It is a microprocessor-based controller designed to automate the start/stop sequence, monitor critical parameters, and protect the engine from faults.
Compact or custom configuration tailored to specific industrial genset designs.
The , often labeled as the AC01 MP or AC01C , is a cornerstone of reliability within Pramac's Automatic Control Panel (ACP) range. Designed for standby applications, the AC-01 acts as the "brain" of the generator, managing automatic startup, monitoring engine parameters, protecting the set, and controlling the transfer of power during a mains failure. Tracks total load profiles to maintain balanced power
The AC01 can be configured for or ATS (Automatic Transfer Switch) operations. If your mains power fails, the AC01 detects the drop, signals the engine to start, and transfers the load to the generator—all within seconds. When mains power returns, it handles the cool-down and shutdown sequence automatically.
: Real-time amperage monitoring via integrated current transformers (CTs) to track load balances and catch overcurrent hazards.
It detects when mains voltage is out of limits, opens the mains contactor, starts the generator, and closes the genset contactor to restore power to your load. Intelligent Monitoring: : The is a microprocessor-based automatic control module
: It continuously monitors the mains source voltage (3-phase sensing). In the event of a mains failure or voltage drop below set limits, it automatically triggers the generator's start sequence and manages the load transfer.