Allowing you to control and monitor multiple fans at once, the Zalman MFC3 Digital Multi-Fan Controller is an excellent component for any heavily cooled PC. Allowing accurate temperature monitoring of up to 4 components, the Zalman MFC3 controller is is programmed to check both the real time power consumption and the temperature of the main components of your PC. Offering an enormous amount of features, the Zalman MFC3 includes a Power Load Meter, a timer showcasing the computer usage time, an RPM and Fan Channel Display, a Temperature Display (between -9°C and 99C), and a Jog Wheel which can be used for adjusting Fan RPM and selecting a Fan Channel. For additional protection, this digital fan controller also offers a Built-In Protection Circuit & Alarm for immediate status alerts of your system. On the back panel of this 5.25" controller, you'll find built-in connectors for up to three 3-pin fans, as well as an extra slot for a 4-Pin fan that supports the PWM function. Also included are 4 temperature sensors, a CVS Terminal that will receive the measured values of the CVS, and a power connector that will provide a connection with your power supply's 4-Pin connector. Features:
Real-Time Power Load Display
FSTN Display (for Wide Viewing Angles)
Temperature Monitor (View Up To 4 Components)
Fan RPM Monitoring & Control (3 x Voltage, 1 x PWM)
Built-In Timer Display
Built-In Protection Circuit & Alarm Components:
1 x MFC3 Digital Multi-Fan Controller
1 x CVS (Ampere / Voltage Sensor)
1 x CVS Extension Bracket
1 x Temperature Sensor
1 x C3 Cable
1 x Y Cable
1 x 4-Pin Cable
1 x 3-Pin Cable
1 x Bracket Screw
4 x ZM-MFC3 Installation Screws
User’s Manual Specifications:
Dimensions: 147 x 87 x 42mm
Power & Temperature Display: 10~999W/ -9.9 °C~+99.9 °C
Fan Compatibility: 1 x 4-Pin(Supports Fans w/ PWM function)
3 x 3-Pin (Supports Fans w/ RPM output function)
Fan RPM Control PWM Regulation Method (Fan PWM)
Voltage Control Method (Fan No.1~3)
Output Current MAX 0.7A
Output Voltage +4~11VDC
Input Voltage +12VDC/+5VDC
Allowing you to control and monitor multiple fans at once, the Zalman MFC3 Digital Multi-Fan Controller is an excellent component for any heavily cooled PC. Allowing accurate temperature monitoring of up to 4 components, the Zalman MFC3 controller is is programmed to check both the real time power consumption and the temperature of the main components of your PC.
Offering an enormous amount of features, the Zalman MFC3 includes a Power Load Meter, a timer showcasing the computer usage time, an RPM and Fan Channel Display, a Temperature Display (between -9°C and 99C), and a Jog Wheel which can be used for adjusting Fan RPM and selecting a Fan Channel. For additional protection, this digital fan controller also offers a Built-In Protection Circuit & Alarm for immediate status alerts of your system.
On the back panel of this 5.25" controller, you'll find built-in connectors for up to three 3-pin fans, as well as an extra slot for a 4-Pin fan that supports the PWM function. Also included are 4 temperature sensors, a CVS Terminal that will receive the measured values of the CVS, and a power connector that will provide a connection with your power supply's 4-Pin connector.
Features:
- Real-Time Power Load Display
- FSTN Display (for Wide Viewing Angles)
- Temperature Monitor (View Up To 4 Components)
- Fan RPM Monitoring & Control (3 x Voltage, 1 x PWM)
- Built-In Timer Display
- Built-In Protection Circuit & Alarm
Components:
- 1 x MFC3 Digital Multi-Fan Controller
- 1 x CVS (Ampere / Voltage Sensor)
- 1 x CVS Extension Bracket
- 1 x Temperature Sensor
- 1 x C3 Cable
- 1 x Y Cable
- 1 x 4-Pin Cable
- 1 x 3-Pin Cable
- 1 x Bracket Screw
- 4 x ZM-MFC3 Installation Screws
- User’s Manual
Specifications:
- Dimensions: 147 x 87 x 42mm
- Power & Temperature Display: 10~999W/ -9.9 °C~+99.9 °C
- Fan Compatibility: 1 x 4-Pin(Supports Fans w/ PWM function)
- 3 x 3-Pin (Supports Fans w/ RPM output function)
- Fan RPM Control PWM Regulation Method (Fan PWM)
- Voltage Control Method (Fan No.1~3)
- Output Current MAX 0.7A
- Output Voltage +4~11VDC
- Input Voltage +12VDC/+5VDC
