SBW Series Electric Stabiliser
Three-phase Automatic Voltage Stabiliser
The SBW Automatic Electric Voltage Stabiliser is designed to provide a consistent and reliable power supply for industrial equipment operating in environments where voltage fluctuations can affect performance. By automatically regulating incoming voltage, it helps protect sensitive machinery from overvoltage, undervoltage, and unstable power conditions, supporting improved reliability and reduced downtime.
Suitable for a wide range of manufacturing applications, the SBW Series is commonly used with laser cutting machines, CNC equipment, and other precision machinery that requires stable electrical input for optimal operation. Its automatic adjustment system continuously monitors the incoming supply and responds in real time, ensuring output voltage remains within the desired range.
Built for demanding industrial environments, the SBW combines robust construction with dependable performance, making it a practical solution for businesses looking to safeguard valuable equipment and maintain consistent production.
Fast Response Time
Corrects voltage fluctuations in ≤0.8 seconds, ensuring minimal disruption to connected equipment.
Versatile Applications
Suitable for a variety of equipment, including CNC machines, laser cutters, medical imaging devices, and industrial machinery, enhancing its utility across sectors.
Durable Build
The stabiliser features high dielectric strength (3000V), ensuring durability under high-stress conditions.
Safe and Reliable Operation
Advanced protection features and minimal waveform distortion guarantee safe and reliable operation of sensitive and expensive equipment.
Enhanced Equipment Longevity
By providing stable voltage, the stabiliser reduces wear and tear on machines, extending their operational lifespan.
High Efficiency
Achieves an efficiency of ≥98%, minimising energy loss during voltage regulation.
The Electric Stabiliser uses a DSP (digital signal processor) control system to constantly monitor the output voltage in real time. A high-speed sampling process measures the voltage with precision and sends the data to the MCU (micro-controller unit). The MCU then compares this with preset parameters and adjusts the servo motor as needed. The motor moves the transformer’s brush system, which fine-tunes the compensation voltage. This process ensures the output voltage remains stable and reliable, even when the input voltage fluctuates.