OMI ED 18 – 24000 – Easy Dry Line
ED 18 – 480
Air flow rate from 18 m³/h to 480 m³/h
OMI ED 18 – 480 – Easy Dry Line
The easy dry line range of refrigeration air dryers has been designed to maximize efficiency and reliability.
All models are equipped with a high efficiency heat exchanger including an integrated condensate separator. The above mentioned heat exchangers, completely designed and developed in our labs, are capable of achieving the highest levels of performance, required from the market, together with a very low pressure drop rate.
Thanks to our patented solution, the programmable control board will adjust the fan speed according to the load, in order to guarantee, under any working conditions, a constant and high level performance.
Every unit is equipped with a wide range of adjustable settings and alarm outputs such as: high dew point temperature, anti freezing alarm, fault probe, and so on.
ED series dryers are all equipped with a programmable electronic condensate discharger, suitable for working with high efficiency in all kind of conditions.
Available upon request also with “no loss” air capacity discharger.
ED 660 – 6800
Air flow rate from 660 m³/h to 6800 m³/h
OMI ED 660 – 6800 – Easy Dry Line
These series of dryers represent the optimal solution for those requiring the removal of humidity from systems working with large air flows.
Featuring a complete new styling, all models are designed for easy inspection and maintenance, in all kind of conditions.
Every unit is equipped with an electronic control board, hot gas by-pass valve and all features required for reliable operation in all working conditions.
ED 8800 – 24000
Air flow rate from 8800 m³/h to 24000 m³/h
OMI ED 8800 – 24000 – Easy Dry Line
A new range of air dryers completely redesigned in order to obtain the best possible combination of high efficiency, low pressure drop and reduced dimensions, with a consequent reduction in management costs and installation time. In particular, operation has been simplified and the number of circuits and electronic controllers have been rationalized to increase the ease of use and ease of access for maintenance.