High-Precision Automatic Voltage Stabilizers & Regulators (AVR)

Reliable Power Conditioning: Essential for Industrial Productivity

In regions with unstable power grids, voltage fluctuations are a leading cause of equipment damage and production downtime. Banatton’s Automatic Voltage Stabilizers (AVR) act as a vital shield between the utility grid and your sensitive hardware. By utilizing advanced carbon brush technology, high-speed microprocessors, or solid-state switching, our stabilizers ensure that your machinery receives a steady, regulated voltage, significantly extending the lifespan of your electrical assets and optimizing operational efficiency.

Our Specialized Voltage Stabilizer Portfolio

We offer a comprehensive range of stabilization technologies to meet diverse load requirements:

• SBW Industrial Compensated Stabilizers (3-Phase): These heavy-duty units are designed for large power loads (up to 2000KVA). They are the primary choice for whole-factory protection, supporting large-scale manufacturing plants, mining sites, and construction projects.

• SVC/TNS Servo Motor Stabilizers: Featuring high-precision servo motor control, these units provide excellent voltage regulation accuracy (typically ±3%). They are ideal for CNC machines, printing presses, and telecommunication hubs.

• Static (Non-Contact) Stabilizers: Utilizing SCR/Thyristor switching technology, static stabilizers offer ultra-fast response times (under 20ms) and zero mechanical wear, making them perfect for highly sensitive medical imaging and laboratory equipment.

• Single-Phase Regulators: Compact solutions for small office equipment, home appliances, and localized server racks requiring dedicated voltage stabilization.

Advanced Protection for Uncompromised Safety

At Banatton, we believe a stabilizer should do more than just regulate voltage—it must also protect. Our AVR systems are equipped with a full suite of safety features:

• Over-Voltage & Under-Voltage Protection: Automatically cuts off the output if the grid voltage moves outside of safe operating limits.

• Overload & Short Circuit Protection: Integrated circuit breakers or fuses prevent internal damage during electrical faults.

• Bypass Function: Allows for manual or automatic bypass to ensure power continuity during maintenance without interrupting the load.