The Zalman ZM-MFC3 Fan Controller checks the real time power consumptions and temperature of the main components of the computer. The ZM-MFC3 includes a built-in protection circuit and alarm.

ZM-MFC3 Features

• Real-Time Power Load Display
• FSTN Display for Wide Viewing Angles
• Temperature Monitoring of Up To 4 Components
• Fan RPM Monitoring & Control (3 x voltage, 1 x PWM)
• Timer Display
• Built-In Protection Circuit & Alarm

ZM-MFC3 Front Panel

1. Power Load Meter: Displays Power Load between 10 ~ 999W. Readings of 1 ~ 9W are shown as "Lo" and readings of 1000W+ are shown as "Hi".
2. Timer: Timer shows Computer usage time and resets when Computer is turned OFF.
3. RPM Display: RPM is displayed in units of 10RPM. Values of 200RPM and below are shown as "0". Values between 201 ~ 6000 RPM are supported by the display.
4. Temperature Display: Displays temperatures between -9°C and 99C. Temperatures below -10°C are shown as "Lo". The Display will blink temperatures between 80 ~ 99.9°C and display "Hi" for temperatures above 99.9°C.
5. Fan Channel Display.
6. Jog Wheel: Jog Wheel is used for adjusting Fan RPM and selecting a Fan Channel. RPM can be set from 60 to 6000 RPM in units of 60RPM.

ZM-MFC3 Back Panel

1. Standard Fans (Fan 1~3): 3-Pin fans that support the RPM output function can be connected for use.
2. PWM Fan: A 4-Pin fan that supports the PWM function can be connected for use.
3. Temperature Sensor: Four temperature sensors can be connected.
4. CVS Terminal: Receives the measured values of the CVS.
5. Power Connector: Connects with the PSU’s 4-Pin connector.

ZM-MFC3 Components

One ZM-MFC3 One CVS (Ampere/Voltage Sensor) One CVS Extension Bracket One Temperature Sensors One C3 Cable One Y Cable One 4-Pin Cable One 3-Pin Cable One Bracket Screw Four ZM-MFC3 Installation Screw One User’s Manual

ZM-MFC3 Cautionary Notes

1. Plugging in the CVS Cable of the CVS into the motherboard’s USB port may damage the motherboard and CVS.
2. If the current to be measured exceeds 10A (RMS), use a cable or conductor that allows current greater than the current to be measured to flow through it, and always connect protective grounding prior to use of this instrument.