Stable Variable Machine

Stable Variable Machine all-in-one is a device that integrates a voltage stabilizer and a transformer into a single enclosure, utilizing a modular wiring configuration that facilitates easier maintenance and saves space.

This device operates in a mode of first stabilizing the voltage and then transforming it, ensuring that the output voltage remains within the normal set range. Its voltage stabilization precision is typically very high, with an error that can be controlled within ±1%, thereby guaranteeing the stability and reliability of the output voltage.

The design of integrating the voltage stabilizer and transformer together significantly reduces the footprint of the equipment, making it more compact and portable.

By minimizing cable connections and additional accessories, the voltage stabilizer and transformer all-in-one offers cost advantages compared to separate configurations of a voltage stabilizer and a transformer.

This all-in-one device also improves overall efficiency by reducing wiring lengths, which effectively lowers line losses.

Stable Variable Machine all-in-one can withstand instantaneous high voltages, large currents, and harsh temperature, humidity, and vibration environments, making it suitable for various complex and challenging working conditions.

Furthermore, this device has a wide range of applications. It is often used in imported equipment to maintain voltage stabilization precision and transformation range. It can also be widely applied in CNC numerical control equipment, precision wire cutting machines, numerical control spark machines, metal laser cutting machines, precision color printing equipment, PCB automatic drilling machines, automatic insertion machines, AI precision equipment, medical equipment, computer peripheral networking equipment, and electronic communication equipment, among other occasions where stable voltage and current are required.

Stable Variable Machine has large capacity, high efflciency, no wave distortion,balanced voltage.

Model Specifications