Characteristics
- Technology
- rotary vane
- Type
- air
- Power source
- electric
- Portability
- stationary
- Application domain
- industrial
- Applications
- process, for heating, machines
- Other characteristics
- compact, air-cooled, water-cooled, inverter
- Pressure
-
Max.: 13 bar (188.55 psi)
Min.: 7 bar (101.53 psi)
- Flow
-
Max.: 16.55 m³/min (584.46 ft³/min)
Min.: 4.94 m³/min (174.45 ft³/min)
- Power
-
55 kW, 75 kW, 90 kW (74.78 hp)
Description
RVX 55-75-90i series rotary vane compressors focus on sustainability and energy-savings. Equipped with an inverter, this model uses the innovative and patented Xtreme Injection Technology, and Mattei Cloud connectivity that propels you and Mattei into the world of Industry 4.0.
Configurations
Soundproofed Plus version with integrated drier: fitted with direct expansion, air-cooled refrigerated compressed air dryers filled with environmentally friendly gas, which translate to a full, yet particularly compact, system. Particularly suitable for applications where dry, moisture-free air is of crucial importance for production.
Soundproofed R version with heat recovery kit: recovers the heat produced during the compressor’s operation and makes it available for heating water for industrial or domestic use.
Soundproofed W version fully water-cooled: it cools oil and air entirely with water and is suitable for environments where the heat produced by the compression process is particularly complex to dissipate.
Energy Savings
RVX 55-75-90 i compressors are equipped with IE3 or IE4 classified, energy-efficient motors. In combination with variable speed compressors, governed by an inverter, energy-savings in excess of 30% are achievable, as such, RVXi Series compressors when outfitted with an IE4 rated motor, deliver IE5 efficiency class performance for the entire package.
Inverter
The inverter system is designed to automatically adjust the motor rotation speed, thus adapting the output air flow to the changing system requirements. It adjusts the compressor rotation speed according to the actual usage, avoiding unnecessary energy waste to make our machines even more efficient
