VSD Series Screw Compressor

Inverter Series Screw Compressors provide high energy savings by adjusting motor speed based on the real-time air needs of your facility. Compared to traditional load-unload compressors, these advanced systems reduce energy consumption and operating costs by up to 35%, making them an ideal solution for various industrial applications.

How It Works

Inverter compressors automatically regulate engine speed to match air consumption, preventing unnecessary energy loss. For instance:

✅ If your facility’s average air demand is 6 m³/min, but your current load-unload compressor has a capacity of 9 m³/min, it wastes energy by running at full power.

✅ The Inverter Series Compressors maintain the set pressure level by adjusting motor power dynamically, ensuring optimal energy use and reducing unnecessary power consumption.

Featured Features

✅ Frequency-Controlled Motor Technology – Automatically adjusts motor speed based on real-time air requirements, preventing excess energy consumption while ensuring maximum efficiency.

✅ Up to 35% Energy Savings – Reduces energy consumption by 35% compared to traditional load-unload compressors, lowering operating costs and providing an eco-friendly solution.

✅ Constant Pressure & Uninterrupted Operation – The frequency control system keeps the compressor running at a stable pressure, ensuring smooth and continuous production.

✅ Soft Start & Stop Advantage – A soft start circuit enables smooth engine operation, minimizing mechanical wear, extending motor life, and reducing maintenance costs.

✅ Inrush Current Control – Unlike conventional compressors, inverter systems eliminate high start-up currents, allowing the motor to start safely with lower energy consumption.

✅ Flexible Application Options – VSD technology can be applied to both belt-pulley and direct-drive compressors, making it adaptable to various operational needs.

✅ Eco-Friendly Design – Lower carbon footprint and energy-efficient performance support sustainable business practices while reducing environmental impact.

✅ Low Maintenance Requirements – The optimized system design reduces wear and tear on mechanical parts, keeping maintenance costs at a minimum and enhancing operational efficiency.