PNEUDRI Domnick Hunter MIDAS adsorption dryer | purifier features
MIDAS adsorption dryer / purifier is a miniature and efficient adsorption dryer, which is very suitable for laboratories, precision instruments and instruments, etc., where high quality and small volume of compressed air is needed.
MIDAS adsorption dryer / Purifier - efficient removal of water vapor in compressed air;
MIDAS adsorption dryer / Purifier - improving working efficiency, reducing the cost of maintenance and maintenance of equipment and the loss caused by shutdown;
MIDAS adsorption dryer / Purifier - -40 C and -70 C (ISO 8573-1: 2001 grade 1 and 2 grade) pressure dew point can be selected;
MIDAS adsorption dryer / Purifier - pressure dew point temperature at -40 and -70 degrees not only means corrosion resistance, compared with frozen dryers.
More can prevent the growth of microbes.
MIDAS adsorption dryer / Purifier - suitable for use in air pressure stations, and suitable for use in temporary gas points.
MIDAS adsorption dryer / Purifier - low noise, <75 dB (A);
MIDAS dryer / Purifier - compared with the traditional Twin Towers dryer, it is small in volume, light in weight and flexible in installation.
MIDAS adsorption dryer / Purifier - alternative energy management system;
Technical parameters and selection of MIDAS adsorption dryer / purifier

The correction factor of MIDAS adsorption dryer / Purifier under different working conditions
Temperature correction coefficient of 1, MIDAS adsorption dryer / purifier

 

Pressure correction coefficient of 2, MIDAS adsorption dryer / purifier

 

3, MIDAS adsorption dryer / Purifier dew point correction coefficient

 

Calculation of minimum flow rate for MIDAS adsorption dryer / purifier

 

1	Select the minimum inlet pressure correction coefficient (CFP) of the dryer (in determining the minimum working pressure of the dryer, the pressure loss of the pre - Equipment in the system must be considered. "
2.	Select the maximum intake temperature correction system (CFT) for the dryer.
3.	The flow rate of the dryer is as follows:
	The minimum drying capacity of the dryer = (compressed air flow) * (CFP x CFT).
	According to the minimum flow rate that the dryer should meet, the dryer model is selected from the table to ensure that the flow rate of the selected model is at least equal or greater.