Centrifugal Compressor, Industrial Compressor
Simple and reliable design
T2 series consists of vital components, such as an air cooler, main motor, control panel, gearbox, and suction filter and all of these will be fitted into one compact package. This simple design allows for smaller installation space and shorter installation time. The structure of the robust gearbox provides the customers with high reliability by utilizing
Tx-M series (Compression Stages: 2 Stages) Motor Size 75kW-100kW 100-133hp Flow Rate 785-1,080m3/h 462-636cfm Discharge Pressure 0.59-0.83MPaG 85-120psig Dimensions Length 2,200-2,300mm Width 1,300mm Height 1,400-1,500mm Weight 2,200-2,300kg
TRA(TM) series is the most compact 3-stage compression model of IHI Rotating Machinery Engineering. TRA(TM) series offers high energy saving, low maintenance, saving on space, and easy operation compared to rotary screw compressors. Since its launch in 2009, TRA(TM) series have continuously satisfied customers who previously used ro
TRE series is one of the most popular centrifugal compressors in the world and its market share is over 80% in Japan.
Thanks to various aerodynamic designs, low maintenance, and easy installation, the TRE series is the best matching compressor for customers.
We have more than 1,500 aero parts designed for the most optimized centrifugal c
The T3 series is the latest model which fits in the middle range between TRE and TRX series. With the T3 series, IHI has been able to offer optimized specifications thanks to a wide range of aerodynamic designs, low maintenance, and easy installation for more customers all over the world.User customization
We have more than 1,500 aero parts designed for the most
TRX series is the largest model in our industrial air centrifugal compressors line up. TRX series offer optimized specification thanks to a wide range of aerodynamic design, low maintenance, and easy installation.User customization
We have more than 1,500 aero parts designed for the most optimized centrifugal compressors to meet customers' requirements. The