With the option Minimum output value for safe starting from standstill. Two independent parameters can be set for this. In these cases you can individually configure a different value for each fan channel. With very fast reacting fans, however, this value can be too high and lead to an audible start with a short-term high speed. The default value for this is two seconds and 60% to ensure a safe start in any case. For this reason Argus Monitor controls the fans for a short time with a higher value to ensure a safe start. However, as a rule, the minimum permissible value set with the option Minimum control value above which the fan can be safely operated for normal operation is not sufficient to restart the fan safely from standstill. Most fans allow to be brought to a complete standstill by appropriate control. In such cases you should at least select the channel for which a control is possible (unfortunately this can only be found out by trying it out) if you need a control for this fan.Ĭonfiguration of the minimum permissible output value and the starting behaviour for fan control The speed values under the name should change then in agreement, whereby however not necessarily the exact same speed value is measured.
![reptar the argus monitor reptar the argus monitor](http://panoptesv.com/HBD/Pics/ozbask.jpg)
Īnalogous to the situation with the temperatures, it is also valid with the fans that its values could be available both at both sources and parallel at several channels if necessary. Up to 12 fans can be selected for use in Argus Monitor by setting the checkboxes labeled Show. The currently measured speed is displayed below the individually configurable name. You reach this dialog in the settings in the category Mainboard / Fans by pressing the button Configuration. Temperature channels of the SuperIO monitoring chip(s)Ĭonfiguration dialog for configuring the fan channelsĪnalogous to the configuration of the temperature channels, the fan configuration can be adapted in this dialog. Rgus Monitor supports many monitoring chips of the well-known manufacturers ITE, Winbond, Fintek, Nuvoton and SMSC.Īll values available within Argus Monitor can be used as temperature sources: The control of fans on notebooks is generally problematic (with the exception of most Thinkpad models from Lenovo), as these rarely allow external access to the fan control.
#Reptar the argus monitor software#
It is not advisable to use other software for fan control at the same time, as the fan ducts are an exclusive resource that can only be controlled by one program at a time. This is due either to the design of the mainboard by the mainboard manufacturer or to the monitoring chip used on the mainboard. This is the case for almost all mainboards and graphics cards, but individual channels may not be controllable.
![reptar the argus monitor reptar the argus monitor](https://i2.wp.com/crazycrittersinc.com/wp-content/uploads/2019/01/DSC_0106.jpg)
The prerequisite for using the fan control is that your hardware is supported by Argus Monitor. If you want to use our program for fan control, we recommend to test it extensively within the test period, whether it meets your expectations. there are no restrictions regarding supported hardware or temperature sources.
#Reptar the argus monitor full#
The 30-day trial version offers the full range of functions, i.e. After exiting Argus Monitor, the values that were active when the program was started are restored (in general, this should be the control via the BIOS).įor both GPU fans and fans connected to the mainboard, you can specify separately whether the fan control settings should be activated automatically the next time the program is started. The control is only active as long as Argus Monitor is running. It is also possible to manually set the fan speeds to fixed values. Furthermore, it is possible to control the graphic card fans depending on the graphic card temperature.
#Reptar the argus monitor Pc#
With Argus Monitor you have the possibility to control the speed of the housing and CPU fans installed in your PC depending on various temperature sources.