SIP RS15-10-500DD/RD Rotary Screw Compressor 15kW SIP-05346

The SIP RS15-10-500DD/RD Rotary Screw Compressor (SIP-05346) is an industrial-grade solution designed for demanding continuous-use applications. Featuring a robust 15kW IE3 energy-efficient motor, this model delivers reliable airflow while significantly reducing energy consumption and carbon emissions. Its direct drive, gearless connection ensures maximum power transmission efficiency with lower maintenance requirements compared to traditional belt-driven units.

This high-performance compressor is equipped with an Italian-made air end, precision rotor profiles, and thermostatically controlled cooling fans to maintain optimal working temperature. It also features pre-filter panels that help keep internal components clean, extending service life and ensuring long-term performance.

Operators benefit from advanced electronic control via a backlit LCD display that offers full insight into pressure, temperature, maintenance hours, fan status, and more. Additionally, remote monitoring via PC, smartphone, or tablet allows for advanced diagnostics and operational scheduling. Optional SMS alerts provide real-time service and fault updates.

Manufactured in Italy and 100% tested for performance, the RS15-10-500DD/RD is built to deliver exceptional durability, reduced operational costs, and minimal noiseideal for proximity to workstations or enclosed environments.

Key Features:

15kW IE3 Motor High-efficiency & low energy consumption.
Direct Drive Gearless connection for higher efficiency & lower maintenance.
Remote Monitoring PC, smartphone, and tablet connectivity.
Italian Air End Precision-engineered for continuous industrial use.
Soundproof Cabinet Quiet operation, suitable near workstations.
Advanced LCD Control Real-time system performance insights.
Multi-Unit Capability Control up to 4 compressors simultaneously.

Perfect for: Manufacturing plants, production lines, industrial workshops, and environments requiring 24/7 compressed air with minimal downtime and maximum efficiency.