TP Fan control - what is "x7d" 78*C

I just got my x120e yesterday. I installed TPFC and put it on smart mode, the fan did not come on often.

A day later, the fan is constantly on now even on smart mode. x7d is showing 78*C....I wonder what it is..

thanks

 

There's some nonexistent sensors that are misread, I think. Open up TPFC and look at the list of sensors, and disable the ones with nonsensical readings.

 

that would be #6 - ultrabay secondary sensor (available only when device is present).

but then you dont have ultrabay ... right

 

thanks to both of you for quick responses.

 

Smart mode is a little too laid back for me, I like to keep my W500 under 50C if possible. TPFan Control is awesome.

 

cb1021 - do you mind copying/pasting your tpfancontrol.ino file so I can try it out and see if I'm missing something?

I got my x120e last week, and no matter what I've tried, I can't seem to get this fan to turn off. I'm using TPFanControl in Smart mode and have tried setting Active to 1 and 3 with no luck.

Thank you!

 

put in manual mode and type 0 - this should turn it off.

besides, smart mode is customizable, so nobody should have complains about it. Adjust for your taste - edit the .ini file.

 

Thanks for the quick reply - but no matter what I do, the fan is running nonstop at full blast.

Here's my ini file. Should something be different here?

//
// >>>> Celsius / Fahrenheit: temperatures in °C (active) / °F <<<<

// !!! Temp of lowest Level > 79 -> switch to Fahrenheit !!! see below

// ATTENTION: example temp values are for my T61, especially
// BluetoothEDR=1, SensorName5=no5, IgnoreSensors=no5 too
// temp levels 10 degrees centgrade higher than in T4x, R5x,
// change for your purposes.
// Achtung: die eingetragenen Temperaturwerte benutze ich beim T61,
// speziell hier: BluetoothEDR=1, SensorName5=no5, IgnoreSensors=no5
// Für T4x, R5x können die Temps 10 Grad niedriger eingetragen werden.
// Bitte alles für die eigenen Zwecke anpassen.

// advice for programmers: TPFanControl must acquire mutex named
// "Access_Thinkpad_EC" to get access to embedded controller
// Hinweis für Programmierer: TPFanControl muss den Mutex
// "Access_Thinkpad_EC" aquirieren können um Zugang zum embbeded
// controller zu bekommen.

// with Active=3 & ManFanSpeed=0 & ManModeExit=78 you can have a nice
// quiet time until temps reaches 78 deg. centigrade )
// mit Active=3 & ManFanSpeed=0 & ManModeExit=78 kann man nach dem
// "Kaltstart eine schöne ruhige Zeit haben, bis die Temps 78 °C
// erreichen und das Programm auf smart mode schaltet.

// -----------------------------------------------------------------
// -----------------------------------------------------------------
// "Active=0" program just reads config.
// "Active=1" allow program to modify fan.
// "Active=2" program will come up in smart mode.
// "Active=3" program will come up in manual mode.
// bei "Active=0" wird nur die Konfiguration ausgelesen.
// bei "Active=1" die Veränderung des Lüfterverhaltens ist aktiviert.
// bei "Active=2" startet das Programm im "Smart"-Modus.
// bei "Active=3" startet das Programm im "Manual"-Modus.

Active=1

// -----------------------------------------------------------------
// manual fan speed at program start
// Lüfterstufe beim Programmstart

ManFanSpeed=0

// -----------------------------------------------------------------
// Program exits manual mode and switches to smart mode with last chosen
// profile, if this temp (degrees Centigrade or Fahrenheit) is achieved.
// default= 80 degrees Centigrade / 176 degrees Fahrenheit.
// Das Program verlässt den manual mode und schaltet auf smart mode mit
// letztem gewähltem Profil, wenn diese Temperatur erreicht ist.
// default= 80 Grad Celsius / 176 Grad Fahrenheit.

ManModeExit=79 //ManModeExit=172 // with Fahrenheit

// -----------------------------------------------------------------
// Window stays on Top if StayOnTop=1, normal behavior =0
// Programmfenster bleibt im Vordergrund bei StayOnTop=1, ansonsten =0

StayOnTop=1

// -----------------------------------------------------------------
// Set to 1 for slim widget
// Schmales Programmfenster bei SlimDialog=1, ansonsten =0

SlimDialog=1

// -----------------------------------------------------------------
// set to 1 for bluetooth with enhanced data rate (i.e. T61,
// X61 for T4x, R5x set BluetoothEDR=0 )
// BluetoothEDR=1 für bluetooth mit enhanced data rate (EDR, z.B. T61,
// X61 für T4x, R5x BluetoothEDR=0 setzen)

BluetoothEDR=1

// -----------------------------------------------------------------
// Windows Priority of Process (0-5, normal=2), increase if fancontrol has
// big delays in response while other processes consume performance.
// Windows-Priorität des Processes (0-5, normal=2), ggf. erhöhen, falls
// Reaktion des Programms zu träge wegen Resourcenverbrauch durch andere
// Anwendungen

ProcessPriority=2

// -----------------------------------------------------------------
// Show no icon ballons: NoBallons=1, show icon ballons: NoBallons=0
// Icon Sprechblasen anzeigen mit NoBallons=0, keine bei NoBallons=1

NoBallons=1

// -----------------------------------------------------------------
// check temperatures every x seconds (default 5)
// Überprüft die Temperaturen alle x Sekunden (Standard ist 5).

Cycle=5

// -----------------------------------------------------------------
// For Thinkpads A2x,T2x,X2x set NoExtSensor=1 to exclude reading
// of extended sensors to prevent program errors. Attention 570(E)
// is NOT compatible. Fan speed is not available on all models.
// Bei Thinkpads A2x,T2x,X2x NoExtSensor=1 setzen: die Sensoren 9-12
// werden nicht ausgelesen und dadurch Fehlermeldungen vermieden.
// Funktioniert NICHT bei 570(E), Fanspeed nicht immer verfügbar.

NoExtSensor=0

// -----------------------------------------------------------------
// Minimize to systray immediately when starting
// Minimiert das Programm schon beim Start in die Taskleiste.

StartMinimized=0

// -----------------------------------------------------------------
// check icon of tpfcicon.exe (optional) every x seconds (default 1)
// Überprüft das Icon von tpfcicon.exe alle x Sekunden (Standard =1).

IconCycle=1

// -----------------------------------------------------------------
// Show new icon with max. temperature / sensor name
// Zeige neues Icon mit Max. Temperatur / Sensorbezeichnung

ShowTempIcon=1

// -----------------------------------------------------------------
// Save the icon by a start delay of the program/service of
// "SecStartDelay" (sec.) within "SecWinUptime" (sec.) after (re)boot
// Delete slashes '//' at next 3 parameters.
// Das Problem der nicht erscheinenden Icons wird durch eine
// Startverzögerung um SecStartDelay (Sekunden) innerhalb einer Zeit von
// SecWinUptime (Sekunden) verhindert. Kommentarstriche "//" entfernen.
//
//SecWinUptime=120 //"SecWinUptime" (sec.) after (re)boot
//SecStartDelay=60 //start delay of the program (sec.)
//NoWaitMessage=0 //set to 1 to avoid sleep message
//ReIcCycle=600 //rebuild TempIcon every xxx secs.

// -----------------------------------------------------------------
// Temperature thresholds for turning the taskbar icon
// yellow orange red (Smart and Manual mode only and
// only together with MinimizeToTray=1)
// Temperaturgrenzwerte, die das Symbol in der Taskbar gelb,
// orange bzw. rot färben. (Nur im "Smart"- und "Manual"-Modus
// in Kombination mit "MinimizeToTray=1" verfügbar.)

IconLevels=65 75 80 // Fahrenheit: IconLevels=122 140 158

// -----------------------------------------------------------------
// Beep frequency and duration (in ms) for successful
// fan state changes. (Set either or both to zero to
// disable)
// Frequenz und Dauer des Piep-Signals (in ms), das eine erfolgreiche
// Änderung des Lüfterzustands ankündigt. (Um den Piepton abzuschalten,
// setzen Sie entweder einen oder beide Werte auf 0.)

FanBeep=0 0

// --------------------------------------------------------
// If this max number of consecutive EC read errors occur
// program will switch fan back to bios mode and exit
// Sobald die maximale Anzahl aufeinanderfolgender EC-Lesefehler
// erreicht ist, schaltet das Programm auf den BIOS-Modus um
// und wird beendet.

MaxReadErrors= 10

// --------------------------------------------------------
// Log2File=1 enables, Log2File=0 disables writing to TPFanControl.log
// Start program with admin rights.
// Log2File=1 aktiviert, Log2File=0 deaktiviert
// Schreiben nach TPFanControl.log, Programm benötigt Admin-Rechte.

Log2File=0

// --------------------------------------------------------
// Log2csv=1 enables, Log2csv=0 disables
// writing to TPFanControl_csv.txt renamed to
// TPFanControl_last_csv.txt after restart of TPFanControl
// rename to *.csv for use with excel
// Start program with admin rights.
// Log2csv=1 aktiviert Schreiben nach TPFanControl_csv.txt
// Programm benötigt Admin-Rechte. Datei wird umbenannt in
// TPFanControl_last_csv.txt nach erneutem Start von TPFanControl
// In *.csv umbenennen für anschliessende Bearbeitung mit excel

Log2csv=0

// --------------------------------------------------------
// List (separated by comma) of sensors to ignore when
// determining the max. temperature. (Use lower case,
// e.g "IgnoreSensors=pci,aps")
// Liste der Sensoren, getrennt durch Kommata, die bei der
// Ermittlung der Maximaltemperatur ignoriert werden. (Verwenden
// Sie kleine Buchstaben, z.B. "IgnoreSensors=pci,aps".)

IgnoreSensors=no5

// ---------------------------------------------------------
// List of new 3 letter sensor names, delete leading
// slashes to aktivat. Don't use capital letters for readability
// of temp icon.
// Liste von neuen Sensorname (jeweils 3 Buchstaben), zum
// Aktivieren die Schrägstriche löschen. Kleine Buschstaben
// wg. der Lesbarkeit im TempIcon gebrauchen.

//SensorName1=cpu
//SensorName2=aps
//SensorName3=pcm
//SensorName4=gpu
SensorName5=no5
//SensorName6=x7d
//SensorName7=bat
//SensorName8=x7f
//SensorName9=bus
//SensorName10=pci
//SensorName11=pwr
//SensorName12=xc3

// ---------------------------------------------------------
// calculating Highest Temp with:
// temperature of sensor no. = real temp minus SensorOffsetno.
// Default SensorOffset1-12=0 , Capital O in SensorOffset,
// to activate delete slashes '//',
// Negative SensorOffsetno. values increase temperature values.
// Berechnung von Highest Temp mit:
// Temperatur des Sensor Nr. = reale Temp minus SensorOffsetnr.
// Default: SensorOffset1-12=0 , Grosses O in SensorOffsetnr.
// zum Aktivieren Schrägstriche '//' löschen,
// Negative SensorOffsetnr-Werte erhöhen den Temperaturwert.

//SensorOffset1=20
//SensorOffset2=20
//SensorOffset3=0
//SensorOffset4=2
//SensorOffset5=1
//SensorOffset6=5
//SensorOffset7=5
//SensorOffset8=4
//SensorOffset9=3
//SensorOffset10=2
//SensorOffset11=1
//SensorOffset12=5

// -----------------------------------------------------------------
// set to 1 to show calculated temps for sensors
// =1 gesetzt zeigt die Temperaturen mit Offsetkorrektur an

ShowBiasedTemps=1

// -----------------------------------------------------------------
// Show all/active sensors at start up. all=1 only active=0
// Zeige alle/aktive Sensoren an: alle=1, nur aktive =0

ShowAll=0

// --------------------------------------------------------
// temperature levels 'Level=' with associated fan levels
// (for the fan to come back, temperature must fall
// down to previous level). There may be more or
// less levels in this list. The first one should
// have a fan speed of zero and is the "turn off"
// temperature.
// Fan speed of 64 is extreme and may be an *unsupported*
// and *damaging* mode. A fan speed of 128 setting is
// not really a fan speed in itself but will instead switch
// fan control to BIOS mode (0x80). The idea of this
// is to let the program get out of the way and let the
// BIOS handle extremes.(and then switch back to smart if
// the temperature is okay again)
//
// Im Folgenden sind die Temperaturpegel samt den jeweils
// zugeordeten Lüfterstufen aufgelistet. (Sobald die Temperatur in
// den Bereich eines niedrigeren bzw. höheren Pegels wechselt, wird
// die Lüfterstufe automatisch angepasst und folglich verringert bzw.
// erhöht sich die Geschwindigkeit des Lüfters.) Diese Liste kann
// weniger oder auch mehr Stufen beinhalten. Sinngemäß sollte die
// erste Stufe die gewünschte Temperatur definieren, bei der sich
// der Lüfter ausschaltet (Lüftergeschwindigkeit 0)
// Die Lüftergeschwindigkeit 64 ist ein Extremwert und könnte somit
// eine von IBM nicht unterstützte und sogar schädigende Betriebsart
// darstellen. Die Lüftergeschwindigkeit 128 ist an sich keine eigene
// Geschwindigkeitsstufe, sondern gibt stattdessen die Kontrolle
// des Lüfters an das BIOS (BIOS mode, 0x80) zurück. Der Hintergrund
// dieser Einstellung ist die Möglichkeit, das Programm auszuschließen,
// um Extemfälle wieder vom BIOS steuern zu lassen. (Sobald sich die
// Temperatur wieder im Normbereich befindet, wird erneut der Smart
// Modus aktiviert.)
//
// Temp of lowest Level (commonly set to fan speed zero) of profile
// "Smart Mode 1" will switch from Celsius to Fahrenheit if set higher
// than 79 degrees. Temps of higher levels have no influence on F/C.
//
// profile "Smart Mode 1"
// change values and number of items for your needs
// Celsius: // Fahrenheit:

MenuLabelSM1=Smart Mode 1/ Label for Icon Menu, must be terminated by '/'

Level=56 0 // Level=140 0
Level=63 1 // Level=150 1
Level=68 2 // Level=165 3
Level=73 3 // Level=175 7
Level=80 7 // Level=195 64
Level=90 128

// optional 2nd profile "Smart Mode 2", switched by icon menue
// change values and number of items for your needs
// to deactivate, insert leading '//' into following lines

MenuLabelSM2=Smart Mode 2/ Label for Icon Menu, must be terminated by '/'

Level2=22 0 // Level2=70 0
Level2=33 1 // Level2=90 1
Level2=38 2 // Level2=100 2
Level2=44 3 // Level2=110 3
Level2=55 7 // Level2=130 7
Level2=66 64 // Level2=150 64
Level2=77 128 // Level2=170 128

// -----------------------------------------------------------------
// IconColorFan=1 digital Icon will turn green while fan is running.
// IconColorFan=1 Digitales Icon wird grün während der Lüfter läuft.

IconColorFan=1

// -----------------------------------------------------------------
// Lev64Norm=1 : Fan level 64 acts as normal level with hysteresis,
// fan will run till next lower temp step is reached (no pulsing fan).
// If set to zero fan level 64 acts as emergency level without hysteresis,
// fan will run till level64 temp is reached again (pulsing fan can happen).
// Lev64Norm=1 : Fan level 64 arbeitet mit Hysterese, Lüfter läuft,
// bis nächst tieferer level erreicht wird. Lüfter pulsiert nicht.
// Falls Lev64Norm=0 gesetzt, arbeitet level 64 als Notfallkühlung oberhalb
// der Temperatur von level 64. Ein Pulsieren des Lüfters ist möglich.

Lev64Norm=1

 

I would disable the optional second profile by prefixing each line with //. The first set of temperatures are in C and, if TPFC is using this profile, you will never get the fan to go off unless you are in a freezer.

Alternatively, try using the W520 version of TPFC as listed here.

John

 

Roopster,

You see in your ini that you have:

//SensorName6=x7d


You need to delete the "//" in order to turn that sensor off. Open up the TPFC app and see which temperatures are high...My TPFC keeps CPU below 65*C...Before my "x7d" was showing 78*C so of course TPFC is trying to cool that even though that's a bogus sensor....so removing the "//" like i said above in your ini file, that should turn that sensor off.

 

How do you set F vs C? Anything I should tweak?

Here's mine:

//
// -----------------------------------------------------------------
// E x p e r t S e t t i n g s
// -----------------------------------------------------------------

Cycle=500 // check temps & update fan every x millisecs. (default 1k)
DeltaMaxTemp=3 // max. difference of degrees in temps between cycles
IconCycle=2500 // update icon every x milliseconds (default 3k)
ProcessPriority=5 // priority of TPFanControl process (0 to 5, 5=realtime)
SmartModeExit=90 // exits smart mode at temp, changes to BIOS mode
ManModeExit=80 // exits manual mode at temp, changes to smart mode

// -----------------------------------------------------------------
// Set to 1 for slim window


SlimWindow=1
StartMinimized=1
SecsAfterSleep=5 //Sleep for secs after returning from standby or hibernate

//-------------------------------------------------------------------------------------------
// I C O N - Options // free ColourPicker ColorPic, The Desktop ColorPicker Software
//
// C(elsius)-Icon-Option(s):

CIconOption=0

// 0 autotransparent (default, nonantialiasing)
//
// 1 with background (nonantialiasing,lightblue, yellow, orange, red, autochanging at
// IconLevels RGB0->RGB4 =s.below)
// 2 with background (antialiasing, lightblue, yellow, orange, red, autochanging at
// IconLevels RGB0->RGB4 =s.below)
// 3 small font with background (nonantialiasing, lightblue, yellow, orange, red,
// autochanging at IconLevels RGB0->RGB4 =s.below, esp. for Fahrenheit 3 digits)

// Background RGB Input
RGB0=245 245 245 //grey -> BIOS
RGB1=191 238 255 //lightblue
//RGB1=212 208 200 //winxp-grey
RGB2=255 255 0 //yellow
RGB3=255 165 0 //orange
RGB4=255 69 0 //red

TextColor=0 // 0:T_RGB 1:red 2:green 3:blue (default) 4:yellow 5:turquise 6:violet 7:black 8:white

// TextColor RGB Input
T_RGB0=0 0 0 //black -> BIOS
T_RGB1=255 255 255 //white -> Smart/Manual
T_RGB2=0 255 0 //green
T_RGB3=255 255 0 //yellow
T_RGB4=255 0 0 //red

// -----------------------------------------------------------------
// ENGL: Temperature thresholds for turning the taskbar icon
// yellow orange red (Smart and Manual mode only and
// only together with MinimizeToTray=1)

// DE: Temperaturgrenzwerte, die das Symbol in der Taskbar gelb,
// orange bzw. rot färben. (Nur im "Smart"- und "Manual"-Modus
// in Kombination mit "MinimizeToTray=1" verfügbar.)

IconLevels=70 80 90


// FahrenheitTextIcon use small digits, nonantialiasing


// -----------------------------------------------------------------
// Primary name and EC-offset location of register
// containing temperature information

Sensor=cpu 120 //only lowByte necessary if double byte word
//Sensor=gpu 121
//Sensor=s03 122
//Sensor=s04 123
//Sensor=s05 124
//Sensor=s06 125
//Sensor=s07 126
//Sensor=s08 127
//Sensor=s09 192
//Sensor=s10 193
//Sensor=s11 194
//Sensor=s12 195


// Reading Bytes From Embedded Controller

TripleCheck=1 // 1 = active, read 3 times, accept value if equal only
TripleCheckTime=10 // time between reading
DoubleCheck=1 // 1 = active, if triple check is not active
DoubleCheckTime=10 // time between reading
RetryReadEC=5 // after failed double/triple check
RetryTime=50 // retry after millisecs
Verbosity=0 // tell me more

// --------------------------------------------------------
// ENGL: If this max number of consecutive EC read errors occur
// program will switch fan back to bios mode and exit

MaxReadErrors= 10

// -----------------------------------------------------------------
// ControlByte(s) are EC-offset locations of registers
// which are to be set by program

BiosControlByte=47 // offset of byte controlling fan regulation by BIOS
BiosControlOn=128 // value for BIOS control, switch to when program ends
BiosControlOff=0 // value for BIOS control to stop,

SwitchWOCheck=1 // write anytime, without checking if neccessary

ManModeControl=0
BiosAtManMode=0

RangeBiosOnHigh=128
RangeBiosOnLow=128

FanControlByte=47 // offset of byte controlling fan speed without BIOS

AfterWriteDelay=0 // millisec delay after writing a ec byte


// -----------------------------------------------------------------
//FanSpeedByte & FanSpeedCalib if FanSpeed is a single byte integer
// (depending on model*)
//FanSpeedByte=47 // (offset 0 to 255 depending on model*)
//FanSpeedCalib=30000
//FanSpeedAdd=128 //FanSpeed = FanSpeedCalib / (FanSpeedByte + FanSpeedAdd)

// Low and High Byte if FanSpeed is a double byte integer
// (depending on model*)
FanSpeedLowByte=132 // (offset 0 to 255 depending on model*)
FanSpeedHighByte=133 // (offset 0 to 255 depending on model*)
//
//

FanSpeedMethod=1






//****************************************************************************************
// Very important: don't change these following values unless you know what you're doing *
//****************************************************************************************
// Registers of the embedded controller *
EC_DATAPORT=98 // = 0x62; (default) *
EC_CTRLPORT=102 // = 0x66; (default) *
// *
// Embedded controller status register bits *
EC_STAT_OBF=1 // = 0x01; (default) *
EC_STAT_IBF=2 // = 0x02; (default) *
EC_STAT_CMD=8 // = 0x08; (default) *
// *
// Embedded controller commands *
// (write to EC_CTRLPORT to initiate read/write operation) *
EC_CTRLPORT_READ=128 // = 0x80; (default) *
EC_CTRLPORT_WRITE=129 // = 0x81; (default) *
EC_CTRLPORT_QUERY=132 // = 0x84; (default) *
//****************************************************************************************
//
// -----------------------------------------------------------------
// C u s t o m S e t t i n g s
// -----------------------------------------------------------------
//
// >>>> Celsius / Fahrenheit: temperatures in °C (active) / °F <<<<
//
// ATTENTION: example values are for my T61:
// BluetoothEDR=1, SensorName5=no5, IgnoreSensors=no5,
// levels 10 degrees centgrade higher than in T4x, R5x,
// change for your purposes.
//
// advice for programmers: TPFanControl must acquire mutex named
// "Access_Thinkpad_EC" to get access to embedded controller
// -----------------------------------------------------------------
// ENGL:
// "ActiveMode=0" program just reads config.
// "ActiveMode=1" allow program to modify fan.
// "ActiveMode=2" program will come up in smart mode.
// "ActiveMode=3" program will come up in manual mode.

ActiveMode=2

ManFanSpeed=0 // to start with

// Program exits manual mode and switches to smart mode with last chosen
// profile, if this temp (degrees Centigrade or Fahrenheit) is achieved.
// default= 80 degrees Centigrade / 176 degrees Fahrenheit.

// ManModeExit=80 // ManModeExit=162 Fahrenheit


// -----------------------------------------------------------------
// Windows Priority of Process (0-5, normal=2), increase if fancontrol has
// big delays in response while other processes consume performance.
// Windows-Priorität des Processes (0-5, normal=2), ggf. erhöhen, falls

ProcessPriority=5


// -----------------------------------------------------------------
// ENGL: Minimize to systray immediately when starting

StartMinimized=1


// -----------------------------------------------------------------
// ENGL: Show new icon with max. temperature / sensor name

ShowTempIcon=1


// -----------------------------------------------------------------
// Show no icon ballons: NoBallons=1
// Show icon ballons: NoBallons=0

NoBallons=1


// IconColorFan=1 digital Icon will turn green while fan is running.
// IconColorFan=1 Digitales Icon wird grün während der Lüfter läuft.

IconColorFan=0


// -----------------------------------------------------------------
// ENGL: Save the icon by a start delay of the service of
// "SecStartDelay" (sec.) within "SecWinUptime" (sec.) after (re)boot

// SecWinUptime=120
// SecStartDelay=60
// NoWaitMessage=0 //set to 1 to avoid sleep message


// -----------------------------------------------------------------
// ENGL: Beep frequency and duration (in ms) for successful
// fan state changes. (Set either or both to zero to
// disable)

FanBeep=0 0


// --------------------------------------------------------
// ENGL: Log2File=1 enables, Log2File=0 disables
// writing to TPFanControl.log

Log2File=0


// --------------------------------------------------------
// ENGL: Log2csv=1 enables, Log2csv=0 disables
// writing to TPFanControl_csv.txt renamed to
// TPFanControl_last_csv.txt after restart of TPFanControl
// rename to *.csv for use with excel

Log2csv=0


// ---------------------------------------------------------
// ENGL: calculating Highest Temp with:
// temperature of sensor no. = real temp minus SensorOffsetno.
// Default SensorOffset1-12=0 , Capital O in SensorOffset,
// to activate delete slashes,
// Negative SensorOffsetno. values increase temperature values.


//SensorOffset1=20
//SensorOffset2=20
//SensorOffset3=0
//SensorOffset4=2
//SensorOffset5=1
//SensorOffset6=5
//SensorOffset7=5
//SensorOffset8=4
//SensorOffset9=3
//SensorOffset10=2
//SensorOffset11=1
//SensorOffset12=5

ShowBiasedTemps=1 // set to 1 to show calculated temps for sensors


// --------------------------------------------------------
// ENGL: temperature levels with associated fan levels
// (for the fan to come back, temperature must fall
// down to previous level). There may be more or
// less levels in this list. The first one should
// have a fan speed of zero and is the "turn off"
// temperature.
//
// Fan speed of 64 is extreme and may be an *unsupported*
// and *damaging* mode. A fan speed of 128 setting is
// not really a fan speed in itself but will instead switch
// fan control to BIOS mode (0x80). The idea of this
// is to let the program get out of the way and let the
// BIOS handle extremes.(and then switch back to smart if
// the temperature is okay again)


MenuLabelSM1=Smart Mode Quiet/ Label for Icon Menu, must be terminated by '/'

// Celsius/FanCtrl/BiosCtrl/CtrlNWrite
Level=22 0 0 1
Level=35 0 0 1
Level=45 0 0 1
Level=55 1 1 1
Level=63 3 3 1
Level=70 6 6 1
Level=78 7 7 1
Level=80 128 128 1


//optional 2nd profile

MenuLabelSM2=Smart Mode Cool/ Label for Icon Menu, must be terminated by '/'

//if you dont use, deactivate following lines with '//'
// Celsius/FanCtrl/BiosCtrl/CtrlNWrite
Level2=30 5 5 1
Level2=45 6 6 1
Level2=60 7 7 1
Level2=75 64 64 1
Level2=80 128 128 1

 

the ini file is only for smart mode, which should be adjusted for your needs.

if your fan is not turning off when at manual mode and 0 then there's problem with TPFanControl controlling your fan.