[Refrigeration Utilities]
ToolVisible=1
NumTools=3
ExeFile1=%ExePath%\refrigeration utilities\refrigerationutilities.exe
ExeParams1=
Caption1=Refrigeration Utilities
HelpFile1=%ExePath%\helpfiles\refrigeration utilities.rtf
ExeFile2=%ExePath%\refrigeration utilities\refcalc.exe
ExeParams2=
Caption2=Refrigerant Calculator
HelpFile2=%ExePath%\helpfiles\refcalc.rtf
ExeFile3=%ExePath%\refrigeration utilities\heattransfluid.exe
ExeParams3=
Caption3=Heat Transfer Fluids Calculator
HelpFile3=%ExePath%\helpfiles\heattransfluid.rtf
[CoolTools: Cycle analysis]
ToolVisible=1
NumTools=9
ExeFile1=%ExePath%\eescooltools\pack_1.exe
ExeParams1=
Caption1=ONE-STAGE cycle with dry expansion
IconFile1=%ExePath%\iconfiles\pack_1_1.ico
HelpFile1=%ExePath%\helpfiles\tool_c1.rtf
ExeFile2=%ExePath%\eescooltools\pack_1.exe
ExeParams2=/2
Caption2=ONE-STAGE cycle with flooded evaporator
IconFile2=%ExePath%\iconfiles\pack_1_2.ico
HelpFile2=%ExePath%\helpfiles\tool_c2.rtf
ExeFile3=%ExePath%\eescooltools\pack_1.exe
ExeParams3=/3
Caption3=Two ONE-STAGE cycles with common condenser
IconFile3=%ExePath%\iconfiles\pack_1_3.ico
HelpFile3=%ExePath%\helpfiles\tool_c3.rtf
ExeFile4=%ExePath%\eescooltools\pack_1.exe
ExeParams4=/4
Caption4=Two ONE-STAGE cycles with subcooling of liquid line in low stage
IconFile4=%ExePath%\iconfiles\pack_1_4.ico
HelpFile4=%ExePath%\helpfiles\tool_c8.rtf
ExeFile5=%ExePath%\eescooltools\pack_2.exe
ExeParams5=
Caption5=TWO-STAGE cycle - Cooling of HS suction gas by liq. injection
IconFile5=%ExePath%\iconfiles\pack_2_1.ico
HelpFile5=%ExePath%\helpfiles\tool_c4.rtf
ExeFile6=%ExePath%\eescooltools\pack_2.exe
ExeParams6=/2
Caption6=TWO-STAGE cycle - Open intercooler
IconFile6=%ExePath%\iconfiles\pack_2_2.ico
HelpFile6=%ExePath%\helpfiles\tool_c5.rtf
ExeFile7=%ExePath%\eescooltools\pack_2.exe
ExeParams7=/3
Caption7=TWO-STAGE cycle - Closed intercooler
IconFile7=%ExePath%\iconfiles\pack_2_3.ico
HelpFile7=%ExePath%\helpfiles\tool_c6.rtf
ExeFile8=%ExePath%\eescooltools\pack_3.exe
ExeParams8=
Caption8=ONE-STAGE Transcritical Cycle with CO2
IconFile8=%ExePath%\iconfiles\pack_3_1.ico
HelpFile8=%ExePath%\helpfiles\tool_c7.rtf
ExeFile9=%ExePath%\eescooltools\pack_1.exe
ExeParams9=/5
Caption9=Two ONE-STAGE cycles in cascade
IconFile9=%ExePath%\iconfiles\pack_1_5.ico
HelpFile9=%ExePath%\helpfiles\tool_c10.rtf
[CoolTools: Design]
ToolVisible=1
NumTools=1
ExeFile1=%ExePath%\eescooltools\pack_4.exe
ExeParams1=
Caption1=Design tools for a ONE-STAGE cycle with DX evaporator
IconFile1=%ExePath%\iconfiles\pack_4.ico
HelpFile1=%ExePath%\helpfiles\tool_d1.rtf
[CoolTools: Evaluation]
ToolVisible=1
NumTools=4
ExeFile1=%ExePath%\eescooltools\pack_8.exe
ExeParams1=/3
Caption1=Analysis of operation and energy saving options - Constant compressor capacity and no SGHX
IconFile1=%ExePath%\iconfiles\pack_8_1.ico
HelpFile1=%ExePath%\helpfiles\tool_e1_1_no.rtf
ExeFile2=%ExePath%\eescooltools\pack_8.exe
ExeParams2=/4
Caption2=Analysis of operation and energy saving options - Step wise compressor capacity and no SGHX
IconFile2=%ExePath%\iconfiles\pack_8_2.ico
HelpFile2=%ExePath%\helpfiles\tool_e1_2_no.rtf
ExeFile3=%ExePath%\eescooltools\pack_8.exe
ExeParams3=
Caption3=Analysis of operation and energy saving options - Constant compressor capacity
IconFile3=%ExePath%\iconfiles\pack_8_1_sghx.ico
HelpFile3=%ExePath%\helpfiles\tool_e1_1.rtf
ExeFile4=%ExePath%\eescooltools\pack_8.exe
ExeParams4=/2
Caption4=Analysis of operation and energy saving options - Step-wise variable compressor capacity
IconFile4=%ExePath%\iconfiles\pack_8_2_sghx.ico
HelpFile4=%ExePath%\helpfiles\tool_e1_2.rtf
[CoolTools: Auxiliary]
ToolVisible=1
NumTools=13
ExeFile1=%ExePath%\eescooltools\pack_5.exe
ExeParams1=
Caption1=Compressor calculations
IconFile1=%ExePath%\iconfiles\pack_5_1.ico
HelpFile1=%ExePath%\helpfiles\tool_a1.rtf
ExeFile2=%ExePath%\eescooltools\pack_5.exe
ExeParams2=/2
Caption2=UA-Value for evaporator
IconFile2=%ExePath%\iconfiles\pack_5_2.ico
HelpFile2=%ExePath%\helpfiles\tool_a5.rtf
ExeFile3=%ExePath%\eescooltools\pack_5.exe
ExeParams3=/3
Caption3=UA-Value for condenser
IconFile3=%ExePath%\iconfiles\pack_5_3.ico
HelpFile3=%ExePath%\helpfiles\tool_a6.rtf
ExeFile4=%ExePath%\eescooltools\pack_6.exe
ExeParams4=
Caption4=Cooling and dehumidification in an air-cooler
IconFile4=%ExePath%\iconfiles\pack_6_1.ico
HelpFile4=%ExePath%\helpfiles\tool_a2.rtf
ExeFile5=%ExePath%\eescooltools\pack_7.exe
ExeParams5=/2
Caption5=Gas flow in pipes
IconFile5=%ExePath%\iconfiles\pack_7_1.ico
HelpFile5=%ExePath%\helpfiles\tool_a3.rtf
ExeFile6=%ExePath%\eescooltools\pack_7.exe
ExeParams6=/1
Caption6=Liquid flow in pipes
IconFile6=%ExePath%\iconfiles\pack_7_2.ico
HelpFile6=%ExePath%\helpfiles\tool_a4.rtf
ExeFile7=%ExePath%\eescooltools\pack_9.exe
ExeParams7=
Caption7=Thermodynamical og thermophysical (transport) properties
IconFile7=%ExePath%\iconfiles\pack_9_1.ico
HelpFile7=%ExePath%\helpfiles\tool_a7.rtf
ExeFile8=%ExePath%\eescooltools\pack_9.exe
ExeParams8=/2
Caption8=Comparison of three refrigerants using a simple cycle
IconFile8=%ExePath%\iconfiles\pack_9_2.ico
HelpFile8=%ExePath%\helpfiles\tool_a8.rtf
ExeFile9=%ExePath%\eescooltools\pack_10.exe
ExeParams9=
Caption9=Cooling demand for a refrigerated room
IconFile9=%ExePath%\iconfiles\pack_10_1.ico
HelpFile9=%ExePath%\helpfiles\tool_a9.rtf
ExeFile10=%ExePath%\eescooltools\pack_10.exe
ExeParams10=/2
Caption10=Cooling demand for a liquid cooler
IconFile10=%ExePath%\iconfiles\pack_10_2.ico
HelpFile10=%ExePath%\helpfiles\tool_a10.rtf
ExeFile11=%ExePath%\eescooltools\pack_10.exe
ExeParams11=/3
Caption11=Cooling demand for a display cabinet
IconFile11=%ExePath%\iconfiles\pack_10_3.ico
HelpFile11=%ExePath%\helpfiles\tool_a11.rtf
ExeFile12=%ExePath%\eescooltools\pack_10.exe
ExeParams12=/4
Caption12=Cooling demand for an air-conditioned room
IconFile12=%ExePath%\iconfiles\pack_10_4.ico
HelpFile12=%ExePath%\helpfiles\tool_a12.rtf
ExeFile13=%ExePath%\eescooltools\pack_6.exe
ExeParams13=/2
Caption13=Properties for moist air
IconFile13=%ExePath%\iconfiles\pack_6_2.ico
HelpFile13=%ExePath%\helpfiles\tool_a13.rtf
[Dynamic]
ToolVisible=1
NumTools=1
ExeFile1=%ExePath%\refrigeration utilities\dyncool.exe
ExeParams1=
Caption1=Dynamic Cooling
IconFile1=%ExePath%\iconfiles\dynamic_1.ico
HelpFile1=%ExePath%\helpfiles\dyncool.rtf
