Vessel: Difference between revisions

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Vessels are brewing vessels such as a kettle, [[mash tun]], and cooler.


[[Image:vessel.jpg|right]]
==Editor==
 
{|
|valign="top"|The various fields in the "Vessel" editor are used for the following purposes:
 
;Name
:Name of the vessel
 
;Notes
:useful to mention anything special about this vessel.
 
;Width
:Add content here
 
;Length
:Add content here
 
;Height
:Add content here
 
;Capacity
:Add content here
 
;Dead Space
:This is the volume that cannot be drained from the vessel. While in the vessel, the deadspace volume is used in the calculations - including thickness.
 
;Heat Capacity
:Add content here
 
;Heat Transfer Coefficient
:Add content here
 
;Environment
:Add content here
 
;Infusion Vol
:Add content here
 
;Temp. After 5 Minutes
:Add content here
 
;Temp. After 5 Minutes
:Add content here
 
|valign="top"|[[Image:vessel.jpg|right]]
|}


==Calibration==
==Calibration==
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#Check again after 65 minutes. This measurement determines the vessels heat loss.  
#Check again after 65 minutes. This measurement determines the vessels heat loss.  


Use volumes and temperatures closest to those that you use in your mashing process to achieve more accurate simulation.
Use volumes and temperatures closest to those that you use in your mashing process to achieve more accurate simulation. Enter the measurements in the vessel editor window and the vessel heat capacity will be calculated and inserted for you.


==See also==
==See also==
* [[Heat source]]
* [[Heat source]]

Latest revision as of 15:38, 31 March 2008

Vessels are brewing vessels such as a kettle, mash tun, and cooler.

Editor

The various fields in the "Vessel" editor are used for the following purposes:
Name
Name of the vessel
Notes
useful to mention anything special about this vessel.
Width
Add content here
Length
Add content here
Height
Add content here
Capacity
Add content here
Dead Space
This is the volume that cannot be drained from the vessel. While in the vessel, the deadspace volume is used in the calculations - including thickness.
Heat Capacity
Add content here
Heat Transfer Coefficient
Add content here
Environment
Add content here
Infusion Vol
Add content here
Temp. After 5 Minutes
Add content here
Temp. After 5 Minutes
Add content here
Vessel.jpg

Calibration

Here are the basic steps:

  1. Heat a specific volume of water (measure accurately) in a separate vessel to a temperature in the range normally used for mashing (140-160F or 60-70C)
  2. Pour the water into the vessel to be tested.
  3. Check the temperature after 5 minutes in the test vessel.
  4. Check again after 65 minutes. This measurement determines the vessels heat loss.

Use volumes and temperatures closest to those that you use in your mashing process to achieve more accurate simulation. Enter the measurements in the vessel editor window and the vessel heat capacity will be calculated and inserted for you.

See also