12-step power factor controller 3-phase compliant with SVC, Modbus RTU communication SM-RGT-12-SVC 116034

Power Factor Controller – Precise Compensation and Monitoring

SM-RGT-12-SVC is a three-phase power factor controller, designed for effective reactive power compensation in electrical installations. The device offers 12 adjustment steps, allowing for precise adaptation to current load requirements. This minimizes energy losses, reduces operating costs, and improves power quality. Modbus RTU communication enables integration with SCADA and BMS systems, providing remote monitoring and control.

This controller is particularly useful in industrial, commercial, and service facilities where variable inductive or capacitive loads occur. Its robust construction and reliability guarantee long-term and trouble-free operation. The device allows for manual adjustment of parameters, giving the user full control over the reactive power compensation process.

Construction features and operating parameters

The device is characterized by compact dimensions – width 147 mm, height 147 mm, and depth 65 mm – which facilitates mounting even in limited spaces. It uses a plug-in connection for easy and quick installation. The controller is adapted to work in networks with a frequency of 50-60 Hz, ensuring its versatility and compatibility with various power systems.

It is worth noting the device's response time – it is crucial for quickly reacting to load changes and maintaining an optimal power factor. The reliability of components and careful workmanship guarantee stable operation in harsh industrial conditions.

Applications and benefits

• Reactive power compensation: Reduction of energy losses and lower electricity bills.
• Improved power quality: Voltage stabilization and harmonic reduction.
• Network parameter monitoring: Control of voltage, current, active power, reactive power, and power factor values.
• Integration with automation systems: Modbus RTU communication enables remote monitoring and control.
• Configuration flexibility: Manual adjustment of parameters to individual user needs.
• Easy installation: Compact dimensions and plug-in connection facilitate installation.
• Increased energy efficiency: Optimization of electricity consumption in the installation.
• Device protection: Voltage stabilization protects sensitive devices from damage caused by voltage fluctuations.