MACRO BLOCK LIBRARY \ PROSESS MODELS \ README.DOC

Author:	Lars Halling
History:	95-04-04/LH	First version
	96-10-16/MK	Updated layout. MODDEMO.AUT added.
	98-03-24/MK	Changed file format from .TXT to .DOC
	98-12-14/MK	Filename adopted to win95 standard.

Block Name	File name	Divider	Short description
Cooling coil	Cooler.AUT	2	Simple model of cooling coil. Only temperature relations taken into consideration.
Dehumidification with cooling	Dehumidifier.AUT	3	Model of cooling coil. Temperature and humidity relations taken into consideration.
Fan (speed control)	Fan speed.AUT	4	Model of speed-controlled fan.
Heating coil	Heater.AUT	5	Model of a heating coil.
Heating coil	Heater humidity.AUT	6	Model of a heating coil. The temperature relations are the same as in Heater but Heater humidity in addition to the temperature also computes the relative humidity.
Humidifier (simplified)	Humidifier.AUT	7	Simple model of a humidifier that injects steam into an air stream. Only accurate within a limited temperature range.
Humidifier (complex)	Humidifier complex.AUT	8	Model of a humidifier that injects steam into an air stream. The stationary relations are accurate within a wide range of operating conditions.
Heat exchanger (air-air)	HX Air2Air.AUT	9	Model of an air-air heat exchanger (rotating wheel).
Plate heat exchanger	HX Water2Water.AUT	10	Model of a water-water heat exchanger (plate type).
Room (simplified)	Room.AUT	11	Simple model of the temperature dynamics of a room. The room temperature is controlled by changing the supply air temperature.
Room (complex)	Room complex.AUT	12	Model of the temperature dynamics of a room. The room temperature is controlled by changing the supply air temperature. The dynamics of the room is calculated from the physical data of the room.
Example	Model demo.AUT	13	Example of use of process models

Each model is described in the associated text file (.doc) with the same name as the model. A complete description of all models and how to use them is found in the models.doc file.

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