Main technical specifications of Infinity stabilizers

• Automatic disconnection from the network in case of increased input voltage.
• Multi-level current protection.
• Continuous operation mode.
• LCD display indicating input and output voltage levels.
• Automatic self-diagnosis when powered on.

Advantages of this series:

• Precision and speed.
• Wide input voltage range.
• Robust compact design.
• Long service life.
• Continuous monitoring of input current parameters.
• Effective air cooling of working components.
• Possibility to adjust the input voltage interval.
• Reliable protection against overload, overheating, and short circuits.

Compact devices can be installed on a horizontal surface or mounted on the wall using a special bracket.

Automatic stabilization of characteristics is performed by an autotransformer with thyristor switches. The accuracy of parameters is ensured by 16 levels of input voltage adjustment. Continuous control is supported by the microprocessor of the control board. All incoming information is quickly processed to regulate output parameters and protect against overcurrent. To prevent damage in case of short circuits or overloads, the device is equipped with an independent disconnecting device. The construction is reliably protected from external influences by a metal casing with anti-corrosion coating.

Stabilizers provide:

• Undistorted sinusoidal output voltage.
• Operation across the entire load range from idle to maximum load.
• Display of input and output voltage.
• Display of error codes in case of protective disconnection.
• Protection against short circuits.
• Protection against current exceeding, allowing safe use with limited starting currents of electric motors.
• Protection against pulse overloads within 10 ms with a 1-minute disconnection.
• "Transit" mode.
• Consumer protection against overvoltage in "transit" mode when the input phase voltage exceeds 265 V.
• Shutdown of the stabilizer in case of power transformer overheating.
• Disconnection of power keys in case of overheating during overload.
• Protection against incorrect stabilizer connection.
• The stabilizer does not have galvanic isolation between input and output.
• Automatic disconnection from the network when the upper value of the input voltage is exceeded; automatic reconnection occurs when the voltage drops to the operating level.
• Protection against short circuits and prolonged overload at the output.