KTAC TECHNOLOGY presents the 10KVA Servo Motor AVR, a 10KVA/10,000VA single-phase servo motor type automatic voltage stabilizer designed for small commercial establishments, workshops, and whole-house voltage management. Built around a CPU-controlled servo motor mechanism with a high-efficiency toroidal auto-transformer, this unit delivers ±3% output precision across an ultra-wide 140-260V input range. Featuring an LCD display, intelligent cooling fan, and comprehensive protection against overload, over-voltage, under-voltage, short circuit, and overheat, the SVC-10KVA achieves ≥96% efficiency with near-zero waveform distortion (<0.1%). Weighing 44kg and housed in a compact 500×380×620mm chassis, it is the ideal entry-level choice for protecting lifts, air conditioners, heaters, electrical stoves, and large freezers.
The SVC-10KVA is a traditional yet refined automatic voltage stabilizer based on servo motor transformer and carbon brush regulation. Its CPU-controlled integrated circuit board detects input voltage fluctuations and precisely controls the movement of the carbon brush to achieve stabilized output voltage. The unit features a Grade A isolation transformer with AC 2000V/1min dielectric strength, ensuring no flashover or breakdown. With a response speed of just 0.1 seconds, it reacts instantly to voltage changes, protecting connected equipment from damage.
The 10KVA Servo Motor AVR is a mature design offering an excellent competitive edge in cost, making it ideal for civil applications on electrical equipment. Whether you need to stabilize voltage for a small workshop, a retail store, or an entire home, this unit delivers reliable performance.
Core Advantages
1. Ultra-Wide Input Voltage Range (140-260V)
The SVC-10KVA accepts an exceptionally wide input voltage range of 140-260V, making it suitable for regions with severe grid fluctuations. Whether your mains supply drops to 80V or surges to 260V, the unit automatically regulates output to a stable 220V±3%.
2. High Efficiency with Minimal Waveform Distortion
With an efficiency rating of ≥96% and waveform distortion of less than 0.1%, the SVC-10KVA delivers clean, stable power without introducing additional harmonics. This makes it ideal for sensitive electronic equipment that requires pure sinusoidal power.
3. Fast Response Time (0.1s)
The servo motor mechanism responds to voltage changes within 0.1 seconds, ensuring that your equipment receives stabilized power almost instantaneously. This rapid response protects against voltage sags and surges that could otherwise damage sensitive components.
4. Comprehensive Protection Suite
The unit features overload protection (trips at 120% load), over-voltage protection (cut-off above 255V), under-voltage protection (cut-off below 180V), short-circuit protection, and overheat protection with a built-in temperature sensor. An intelligent cooling fan activates automatically to maintain optimal operating temperatures.
5. Clear LCD Display
The LCD display provides real-time visibility of input voltage, output voltage, and system status. Users can easily monitor the regulator's performance and identify any issues at a glance.
6. Robust Construction for Continuous Operation
Built with a pure copper winding toroidal transformer and housed in a durable chassis, the SVC-10KVA is designed for continuous operation. The unit's temperature rise is kept below 60°C net, ensuring long-term reliability.
overload,high voltage, low voltage, short circuit, over heat protection
Operation Temperature
Intelligent cooling fan
Relative Humidity
<90%
Dimension(mm)
500*380*620
Net Weight(kgs)
44
Remarks:
The above specifications are based on factory standard specifications, customized designs are avalilable subject to confirmation
Key Application Scenarios
1. Small Retail Stores – Protect POS systems, lighting, and refrigeration equipment from voltage fluctuations that could disrupt sales operations.
2. Home Workshops – Stabilize voltage for power tools, compressors, and welding equipment, ensuring consistent performance and extended tool life.
3. Whole-House Voltage Management – For homes in areas with unstable grid power, the SVC-10KVA provides comprehensive protection for all household appliances.
4. Restaurant Kitchens – Safeguard commercial refrigerators, freezers, and cooking equipment from voltage-related failures.
5. Light Industrial Equipment – Protect small manufacturing machinery, conveyor systems, and automated equipment.
Why Choose the SVC-10KVA?
The SVC-10KVA is the entry point into the high-capacity SVC series, offering the perfect balance of power, precision, and affordability. With 10KVA capacity, 10KVA Servo Motor AVR can handle the combined loads of multiple appliances in a small commercial or residential setting.
Its compact 500×380×620mm footprint and 44kg weight make it manageable for installation in confined spaces. For businesses and homeowners seeking reliable voltage stabilization without over-investing in capacity, the SVC-10KVA is the ideal choice.
Customization Services
KTAC TECHNOLOGY supports OEM/ODM services including custom input/output voltage ranges, branding, and packaging design. Contact us for detailed solutions.
FAQ
1. What is the difference between servo motor and relay type voltage regulators?
Servo motor types like the SVC series use a motor-driven carbon brush for continuous, precise voltage adjustment, offering higher accuracy (±3%) and no instantaneous power interruption. Relay types are less accurate and suitable for equipment with lower voltage requirements.
2. Can the SVC 10KVA Servo Motor AVR be used with three-phase equipment?
No, this is a single-phase regulator. For three-phase applications, please see our three-phase SVC models.
3. How long does it take to respond to voltage changes?
The response speed is 0.1 seconds, ensuring near-instantaneous voltage stabilization.
4. What is the maximum operating temperature?
The unit operates reliably between -5°C and 40°C.
Hot Tags: 10KVA Servo Motor AVR, China, Manufacturer, Supplier, Factory
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy