Refrigeration Compressed Air Dryer - Nippy Dry

refrigeration-dryerinstallation-guide

Principle of Operation

Warm compressed air enters the Air / Air Heat Exchanger where it is precooled by outgoing cold dry air. The pre-cooled air enters the Air to Freon Heat Exchanger where it is cooled down to +3°C.

At this temperature, water condenses into liquid droplets, which are removed from the air stream by a very efficient Demister and automatically discharged by a Automatic Drain Valve.

The cold dry compressed air passes back through the secondary side of the Air to Air Heat Exchanger where it is reheated by the incoming warm air.

Model Flow in scfm Power Consumption in KW End Connection Dimensions in mm Weight in Kg Max. Working Pressure
R 134a R 407a H W D
Nippydry 20 20 0.36 - 1" BSP 395 400 430 55 16
Nippydry 40 40 0.36 - 1" BSP 525 450 475 55 16
Nippydry 50 50 0.36 - 1" BSP 525 450 475 55 16
Nippydry 60 60 0.36 - 1" BSP 525 450 475 55 16
Nippydry 80 80 0.85 - 1" BSP 675 485 525 70 16
Nippydry 100 100 0.85 - 1" BSP 675 485 525 70 16
Nippydry 150 150 1.02 - 1 1/2" BSP 852 670 700 110 16
Nippydry 200 200 - 1.40 1 1/2" BSP 852 670 700 130 16
Nippydry 250 250 - 1.40 1 1/2" BSP 852 670 700 130 16
Nippydry 300 300 - 1.85/td> 2" NB 1020 680 980 240 14
Nippydry 400 400 - 2.10 2" NB 1020 680 980 260 14
Nippydry 500 500 - 2.40 2" NB 1020 680 980 290 14
Nippydry 650 650 - 3.30 2" NB 1020 1000 1400 350 14
Nippydry 800 800 - 4.00 3" NB 1020 1000 1400 490 14
Nippydry 1000 1000 - 4.80 3" NB 1020 1000 1400 580 14
Send Enquiry e-catalog
twitter-icon linkedin-icon google+-icon facebook-icon