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Operation Manual for „COLDER“, Ultra-Cold Air Generator 

 

Connection Air Tube 

Model No. 

Working Air 
Pressure 

Compressed-air 
Consumption 

Compressor 
Hp 

O. D. 

I. D. 

140-55 SV 

3 – 7 kg/cm³ 

45 – 85 l/min. 

0,5 – 1 hp 

6 mm 

4,0 mm or over 

160-65 SV 

3 – 7 kg/cm³ 

115 – 220 l/min. 

2 – 3 hp 

6 mm 

4,0 mm or over 

185-65 SV 

3 – 7 kg/cm³ 

180 – 420 l/min. 

3 – 5 hp 

8 mm 

5,5 mm or over 

190-75 SV 

3 – 7 kg/cm³ 

300 – 750 l/min. 

5 – 10 hp 

8 mm 

5,5 mm or over 

 

How to install a COLDER 

 

1.

 

Connect a compressed-air line with a COLDER. Prepare a nylon or urethane tube of 
O. D. 8 mm x I.D. 5,5 mm (or bigger) for 190-75 SV / 185-65 SV and a tube of O.D. 6 
mm x I. D. 4 mm (or bigger) for 160-65 SV/140-55 SV. Fit one end of the tube to the 
connector of the COLDER firmly so that it will not come off. Fit the other end to 
ensure by pulling the tube that they are fully connected. 
The most suitable tube length is 2 m (or less) for 190-75 SV/185-65 SV and 1 m (or 
less) for 160-65 SV/140-55 SV. If it is longer, COLDER may not perform properly 
because the pressure of compressed-air supplied drops. When an air tubing is 
connected with a COLDER, care is to be taken that couplings to be used should have 
an inside diameter for the compressed-air passage of 5,5 mm minimum for 190-75 
SV/185-65 SV and 4 mm minimum for 160-65 SV/140-55 SV. For connection of a 
compressor and a dryer/filter, a bigger inside diameter is recommended. 

 

2.

 

Be sure to install a filter-separator on a compressed-air supply line. 

 

3.

 

If a dryer is not installed on the compressed-air line, a measure to prevent freezing 
should be taken (See preventive measures against freezing given on the second page). 

 

4.

 

Install a COLDER in such a way that distance between the discharging outlet of cold 
air and an object to be cooled is 20 mm to 30 mm and that the object is directly 
exposed to cold air. If the distance is bigger, cold air required will not be obtained 
because warmer ambient air will mix with the discharged cold air and the temperature 
of cold air will rise. 

 
 
 
 
 

c

 Temperature Gage 

    Sensor Inserting  
    depth is about 50 mm 

Cold Air Outlet 

e

 Compressed Air 

     Tube Connector 

d

 Lock Nut 

Warm Air Exhaust 

f

 Control Knobs 

Clockwise 

Å

      

Æ

 counterclockwise 

           + Cold Air Temperature – 
                  Airflow Fraction 
   Cold                                            

Warm 

Eddy current 

190-75 SV, 185-65 SV, 160-65 SV, 140-55 SV 

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