A servo stabilizer is an advanced electrical device that uses a servo motor to provide a precise, stable output voltage to connected equipment, protecting it from damaging power fluctuations. Unlike conventional relay-based stabilizers, which make adjustments in fixed steps, servo stabilizers offer continuous, real-time voltage correction with high accuracy, typically within a tolerance of ±1%
How It WorksThe operation of a servo stabilizer relies on a closed-loop feedback system.
- Voltage Sensing: A control circuit continuously monitors the incoming voltage from the main power supply.
- Deviation Detection: When the input voltage deviates from the preset nominal value (e.g., 230V), the control circuit detects this change.
- Motor Activation & Adjustment: The control circuit activates a servo motor, which is mechanically linked to a variable transformer (variac). The motor moves the brush along the transformer's winding to either increase or decrease the voltage.
- Voltage Stabilization: This adjusted voltage is then fed through a buck/boost transformer, ensuring the final output voltage is stable and within the safe operating range for the connected appliances.
Key Benefits
- High Precision: Provides an output voltage accuracy of typically ±1%.
- Rapid Response: Corrects voltage fluctuations in real-time, even with frequent or wide variations.
- Equipment Protection: Safeguards sensitive and expensive electronics and machinery from damage caused by surges, sags, and spikes, thereby extending their lifespan.
- Energy Efficiency: Helps reduce electricity wastage by ensuring appliances operate at optimal voltage, which can lower electricity bills.
- Wide Application: Suitable for both single-phase (homes, offices) and three-phase (industrial) applications
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