Calculation of anti condensation power all electrical cabinets emit certain amount of heat to the surroundings through the surface.
Anti condensation heater calculation.
Anti condensation heaters our products are used in all places where sensitive electronic components must be protected from humidity and other climatic influences.
The required heating performance can also be reached with a combination of heaters and or fan heaters.
Heating elements regulators fans and our accessories help you to optimize operating conditions and to reach maximum protection for your installations.
These are directly proportional to the resistance s of the wall s components to heat flow and moisture vapor flow and air leaks.
Anti condensation heaters also called cabinet heater or enclosure heater is used to protect cabinets and electrical panels against condensation due to temperature variations.
In addition to the ambient temperature you can also add humidity values into this calculation depending on whether a minimum temperature has to be maintained or if a specific humidity level must not be exceeded.
Also you can calculate the approximate wattage required by using the equation w 2dl where w is the heat in watts d is the outside diameter of the stator laminations in inches and l is the length of the stator core in inches.
This calculator has a maximum temperature rise of 140 f or 78 c step 1.
Required heating power of thermal management products.
Step 1 calculate the total enclosure surface area.
In just four steps you can determine the heating performance required for your application.
Ideal for external cabinets and electrical enclosures anti condensation heaters are useful when ambient temperature is low and equipment inside cabinet fails to dissipate heat and doesn.
To do the wall condensation or dew point calculations you need to know the temperature and vapor pressure gradients through the wall or ceiling.
And condensation for outdoor applications double the heating power requirement.
Please check if your entries are correct and re enter if necessary.
Find your enclosure s total surface area by entering its dimensions here.
Based on the data you entered into this calculation tool your application does not need to be heated it should be ventilated or cooled instead.
The wattage of the heater you need is determined by the total surface area of your enclosure and the temperature rise you need to produce.
Area ft2 2 axb axc bxc 144.
Which electric heater would most efficiently maintain a 60 f temperature in an uninsulated 24x24x10 enclosure that is exposed to a temperature not less than 30 f.
