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1.Main Functions

Automatic terminal‑voltage stabilization: Continuously samples three‑phase generator output voltage, dynamically adjusts excitation current, maintains stable generator output voltage under varying load conditions. Voltage adjustable within ±5 % of nominal rated voltage.
Frequency‑dependent voltage adjustment: Compensates voltage deviation caused by generator speed change; optimizes voltage performance during under‑speed operation.
Parallel generator operation control: Realizes static stability and reasonable reactive‑power distribution when multiple synchronous generators run in parallel; suppresses reactive circulating current between units.More products: www.plcva.com

AEM Regler R10‑K (D‑06842) Automatic Voltage Regulator Module

Over‑excitation & over‑voltage protection: Built‑in varistor and surge‑suppression components, protects generator excitation winding against over‑voltage spikes and overload excitation faults.
Manual potentiometer setting: On‑board potentiometers for voltage set‑point, droop characteristic and stability parameter tuning, no software configuration required.
Short correction response time: Typical correction time 0.1‑0.5 seconds, fast dynamic response for sudden load change.
Robust hardware construction: Compact enclosed metal module, terminal‑block wiring; withstands vibration, humidity and wide ambient temperature for on‑site generator cabinet installation.
Multi‑voltage‑grade compatibility: Supports nominal input 230 V / 400 V 50 Hz, 260 V / 450 V 60 Hz for different generator specifications.www.plcva.com

AEM Regler R10‑K (D‑06842) Automatic Voltage Regulator Module

Marine power generation systems (major application): For brushless synchronous generators onboard ships and offshore platforms; ensures stable power supply for ship‑board electric equipment under rough‑sea vibration environmentAlibaba.co….
Stationary diesel generator sets: Industrial backup power plants, emergency standby generators for factories, power‑plant auxiliary units.
Multi‑generator parallel power stations: Multiple synchronous generators running in parallel; realizes reactive‑power load sharing and stable bus‑bar voltage control.
Heavy‑duty industrial power supply: Mining sites, remote field power stations, where high reliability and anti‑vibration performance are required.
System‑level role: Serves as excitation control core component for synchronous generators; prevents voltage drift caused by load fluctuation; guarantees power quality, protects generator winding and downstream electrical loads from voltage abnormality damage.