Description
GENERAL DESCRIPTION
The STAVOL AVR 10KVA with By-Pass (SVCB-N-10,000VA) is a high-performance servo motor–type automatic voltage regulator designed to provide precise and stable voltage output for sensitive electrical and electronic equipment. It effectively corrects voltage fluctuations from unstable power sources, ensuring continuous, safe, and efficient operation.
Equipped with a manual by-pass function, this AVR allows uninterrupted power supply during maintenance or emergency situations. Its wide input voltage range and accurate regulation make it ideal for both residential and commercial applications where power quality is critical.
FULL PRODUCT FEATURES
- Capacity: 10,000VA (10KVA)
- Technology: Servo Motor Type Automatic Voltage Regulation
- Input Voltage Range: 90V – 250V AC
- Frequency: 50–60Hz
- Output Voltage:
- 220V AC (3 outlets)
- 110V AC (1 outlet)
- Voltage Accuracy: High-precision regulation for stable output
- By-Pass Switch: Allows direct power connection for maintenance or emergency use
- Indicator & Selector Panel:
- Input Voltage Display
- Output Voltage Display
- Low Voltage Indicator
- High Voltage Indicator
- Overload Indicator
- Current Display (Amperes)
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Maximum Current: 50A
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Protection Functions:
- Overload protection
- Over-voltage protection
- Under-voltage protection
- Short-circuit safety design
- Construction: Heavy-duty metal casing for durability and heat dissipation
- Dimensions: 47 × 40 × 43 cm
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Weight:
- Gross Weight: 27 kg
- Net Weight: 23 kg
APPLICATIONS
The STAVOL AVR 10KVA with By-Pass is suitable for a wide range of voltage-sensitive equipment, including:
- Office equipment (computers, servers, printers, copiers)
- Medical and laboratory equipment
- Audio and video systems
- Telecommunications and networking devices
- Industrial control systems
- Small machines and automation equipment
- Residential and commercial appliances requiring stable voltage
STAVOL AVR SVCB-N-10,000VA ensures reliable voltage stabilization, extended equipment lifespan, and uninterrupted operation even under fluctuating power conditions.





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