Mx321 Avr Automatic Voltage Regulator For Brushless Generator

Technical Specifications

• Input Voltage Range:

• Voltage sensing: 190-264 VAC (single-phase).

• Regulator power supply: Derived from the generator output.

• Excitation:

• Continuous current: 5 A.

• Maximum excitation voltage: 125 VDC.

• Voltage Regulation:

• Accuracy: ±0.5% under stable conditions.

• Operating Frequency:

• Compatible with 50 Hz and 60 Hz.

• Automatic frequency detection.

• Built-in Protections:

• Generator overload protection.

• Overvoltage and underfrequency protection.

• Advanced thermal protection.

• Control Options:

• Manual voltage adjustment via integrated potentiometer.

• Support for remote voltage adjustment.

• Compatible with digital monitoring devices.

• Operating Temperature:

• -40°C to +70°C, suitable for extreme environments.

• Dimensions and Weight:

• Dimensions: 220 mm x 140 mm x 80 mm.

• Weight: Approx. 1.2 kg.

• Compatibility:

• Designed for Stamford generators in the HC and LC series, as well as other compatible models.

The MX321 automatic voltage regulator is an advanced digital controller specifically designed for high-capacity Stamford generators. It ensures precise voltage regulation, providing superior stability and performance even under variable load conditions.

Applications

• Compatible with high-capacity Stamford alternators, such as the HC and LC series.

• Ideal for high-demand applications, including:

• Industrial power plants.

• Critical backup power systems.

• Generators used in construction and mining sites.

• Marine operations and continuous power systems.

• High Precision: Maintains stable voltage levels with minimal variation.

• Durable Performance: Built for industrial applications and demanding environments.

• Advanced Protection: Integrated protection systems to extend generator lifespan.

• Easy Integration: Simple installation and compatibility with digital monitoring systems.

The MX321 AVR is the ideal solution for power generation systems requiring high stability and reliability under intensive load conditions.