HS-series
HS-series
High pressure (60bar/870PSI) and high capacity compressor series compatible with natural refrigerants
A newly designed compressor series which can generate up to 90℃ (194℉) hot water with ammonia heat pump systems
60bar (870PSI) high pressure design
Flexibly contrebutes to the application with large scale systems
K-series
K-series
Multi-refrigerant small compressors one for multiple needs
Compatible with natural (ammonia, propane) and fluorocarbon refrigerants
Capable of handling an extensive pressure range, including high pressure operating conditions such as those related to heat pumps
Supports a wide range of operational speeds from 800 to 1800rpm
Simplified package design
Easy maintenance
L-series
L-series
Compressor exclusively designed for ammonia refrigerant, adaptable to wide operating ranges
Developed for exclusive use with ammonia refrigerant
Space and weight saving design
Supports a wide range of pressure conditions from 1000 to 1800rpm
M-series
M II-series
Excellence in performance, durability, and high pressure resistance next-generation energy saving compressor
High performance derived from new design
Much Improved overhaul Intervals
Compatible with natural (ammonia, propane) and fluorocarbon refrigerants
Supports a wide range of pressure conditions
Easy maintenance
WA-series
WA-series
Suited for a wide range of applications. A medium-size, single-stage series with a proven track record of performance
High pressure design suitable for use in air-cooled condensing units for fluorocarbon refrigerants
Compatible with natural (ammonia, propane) and fluorocarbon refrigerants
Able to resiliently respond to load fluctuations
WBHE-series
WBHE-series
Our number one, large-size, single-stage series with a proven track record of trust and performance over 15,000 units in use worldwide
New design with enhanced performance
High-pressure design suitable for use in air-cooled condensing units for fluorocarbon refrigerants
Compatible with natural (ammonia, propane) and fluorocarbon refrigerants
Able to resiliently respond to load fluctuations