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Compressor injetado óleo do parafuso de VSD

Qualidade Compressor de Ar de Parafuso de Velocidade Variável de 22kW de Baixa Pressão 440V com Acionamento Direto Fábrica

Compressor de Ar de Parafuso de Velocidade Variável de 22kW de Baixa Pressão 440V com Acionamento Direto

AIRERA AGCD-22D B VP 22kW Energy Efficient Variable Speed Screw Air Compressor Product Overview The AIRERA AGCD-22D B VP is a 22kW variable speed screw air compressor engineered for energy-saving industrial performance. Designed with advanced inverter technology, it automatically adjusts motor speed according to real-time air demand. This reduces electricity consumption, lowers operating costs, and ensures stable pressure output. Its compact footprint and intelligent control
Qualidade Compressor de Parafuso de Velocidade Variável de 75kW Compressor de Ar Tipo Parafuso Industrial Fábrica

Compressor de Parafuso de Velocidade Variável de 75kW Compressor de Ar Tipo Parafuso Industrial

Product Overview The AIRERA AGCD-75D C VP is a high-performance 75kW variable speed screw air compressor engineered for stable, efficient, and continuous industrial operation. Featuring advanced inverter technology, this compressor automatically adjusts motor speed according to air demand, minimizing energy waste and reducing operating costs. The intelligent control system ensures consistent pressure output while enhancing overall system efficiency. Ideal for medium to large
Qualidade 30kW Compressor de Ar de Parafuso de Alta Eficiência Energética Industrial 380V 415V Fábrica

30kW Compressor de Ar de Parafuso de Alta Eficiência Energética Industrial 380V 415V

AIRERA AGCD-30D C VP 30kW Energy Saving Variable Speed Screw Air Compressor Product Overview The AIRERA AGCD-30D C VP is a high-performance 30kW variable speed screw air compressor engineered for maximum energy efficiency and intelligent industrial control. Featuring advanced inverter (VSD) technology, this model dynamically adjusts motor speed according to real-time air demand, ensuring optimal performance while minimizing energy consumption during low-load conditions. The