The Ceccato DRE IVR PM Range is a high-performance variable speed rotary screw compressor series designed for large industrial applications requiring maximum efficiency, reliability, and continuous air supply. Combining advanced inverter technology with interior permanent magnet (iPM) motors, the DRE PM range automatically adjusts output to match demand, significantly reducing energy consumption and operating costs.
Developed through “dedicated investments in R&D and in-house developed key components”, the DRE PM series represents one of Ceccato’s most advanced compressor solutions, delivering high performance, efficiency, and long-term reliability.
The integrated permanent magnet motor provides IE4 super premium efficiency and superior performance, ensuring optimal operation across the full load range while maintaining low energy usage, particularly at partial load conditions.
Equipped with variable speed technology designed specifically for screw compressors, the DRE PM range dynamically adjusts motor speed to air demand, helping reduce wasted energy and improving overall system efficiency in fluctuating production environments.
The compressors also feature new generation screw elements with improved rotor profiles and reduced pressure losses, enhancing airflow efficiency and delivering consistent compressed air performance even under heavy industrial workloads.
Designed for reliability and ease of use, the range includes an ES4000 touchscreen controller with integrated connectivity, allowing real-time monitoring, system optimisation, and improved operational control.
To further enhance system efficiency, the DRE PM compressors can be configured with an integrated dryer for improved air quality and reduced installation footprint, helping minimise piping complexity and maintenance requirements.
Built for demanding environments, the DRE IVR PM range is ideal for industries such as manufacturing, heavy processing, and large-scale production facilities where high air demand, energy efficiency, and system reliability are critical.