Fax: 410-392-4357

E-mail: sales@fluoron.com

 
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Data for Calculation of Heat Requirements (simplified)

General Information:

Rectangular container Inner dimensions

A (width)
in.
mm.
B (height)
in.
mm.
C (depth)
in.
mm.
Medium level
in.
mm.

max. fitting dimensions for heat exchanger
A (width)
in.
mm.
B (height)
in.
mm.
C (depth)
in.
mm.
Medium level
in.
mm.
Circular Container Inner dimensions Inner Diameter
Inner Diameter
in.
mm.
Height
in.
mm.
Medium level
in.
mm.
 
max. fitting dimensions for heat exchanger
Outer diameter of heat exchanger = inner diameter of container  
in.
mm.
The entire inner surface of container can be used.  

yes no
If no, please indicate min. inner diameter of heat exchanger  
in.
mm.
Agitator  

yes no

Medium Composition

Designation:

 

Chemical formula:

 

high density or specific heat capacity (different from water)  

yes no

 
If yes, please specify:

I. Heating

1. Heating-up phase
Bath volume:
l
Initial temperature  
ºF
ºC
Target temperature  
ºF
ºC
Time to heat up
max. min.
Heat source:

Water Other

Inlet temperature of heat source
min.
ºF
ºC
Pressure
PSI
bar
2. Process Phase
Material throughput :

Inlet temperature of material
min.
ºF
ºC
Time to heat up
max. lbs./hr.
Target temperature  
ºF
ºC
Inlet temperature of heat source
min.
ºF
ºC

II. Cooling
Target temperature  
ºF
ºC
Cooling medium

Inlet temperature of material
max.
ºF
ºC

Rectifier output 100% capacity utilization

Voltage:
V

 
Power:
A
Maximum rating you require
%
 

If these data are not known, please give the following indications:

 
Exothermic Heat
By how many degrees does the temperature rise per hour during the process if no cooling is carried out.  
ºF
ºC
Target temperature  
ºF
ºC
Bath volume  
qts.
l
Inlet temperature of heat source
max.
ºF
ºC
 
III. Customer’s information

 

Plant Construction
Galvanic
Resale
Other
 

Remarks:

 
Attach any drawings that may apply