Real time display of power consumption. Four sensors for temperature monitoring and display. Monitoring and control of one PWM fan and three standard fans. Alarm system to notify non-operation of any of the fans. Fan�fs operation status indicated with animated propeller images.

Dimensions 147(L) x 87(W) x 42(H) mm Power & Temperature Display 30~800W/ -9 ��C~+99 ��C Fan Compatibility 1 x 4-Pin (Supports fans with PWM function) 3 x 3-Pin (Supports fans with RPM output function) Fan RPM Control 60~5,940rpm PWM Regulation Method (Fan No.4) Voltage Control Method (Fan No.1~3) Output Current 0.7A Output Voltage +4~11VDC Input Voltage +12VDC/+5VDC

Graphic Power Load Meter: Displays power between 30 to 800W in 4 stages. Numeric Power Load Display: Numerically displays power between 30 and 800W. (The Numeric Power Load Display will read �gLLL�hwhen an overflow occurs. �gLLL�hindicates power loads beyond the unit�fs measurable range.) Fan Status Display: The Fan�fs operation status is indicated with animated propeller images. Fan Channels RPM Display: During RPM Setting, RPM is displayed in units of 60RPM, and actual operational RPM is displayed in units of 10RPM. Temperature Display: Displays temperature readings between -9 ��C and +99 ��C Jog Wheel: Used for adjusting Fan RPM. RPM can be set from 1000 to 5940RPM in units of 60RPM. Mode Button: Used for selecting a Fan Channel and saving the Fan RPM setting.

Standard Fans (Fan 1~3): 3-Pin fans that include the RPM output function can be connected for use. PWM Fan (Fan 4): 4-Pin fan that includes the PWM function can be connected for use. Temperature Sensing: Four temperature sensors can be connected. CVS Terminal: Receives the measured values of the CVS. Power Connector: Connects with the PSU�fs 4-Pin connector.

- Four channels of ZM-MFC2 detect fan RPM signals. - The Alarm will activate if a fan is not connected or if there is no RPM input signal for any of the channels. - To deactivate the Alarm, the Stand-By Mode (default setting: ON) of each unused channel must be deactivated.   Selecting a Channel/Deactivating Stand-By Mode (1) Select a channel with the Mode Button (The selected channel will begin to flicker). (2) Press the Jog Wheel to deactivate the selected channel�fs Stand-By Mode. The fan image will turn off. (3) Deactivate the Stand-By Mode of all unused channels as mentioned above. Note: Deactivating the Stand-By Mode of all the channels will not deactivate other functions (Channel Output, RPM Display, RPM Setting & Saving etc.) RPM Setting and Saving (1) Select a channel with the Mode Button. (2) Set the RPM with the Jog Wheel. (Turning the Jog Wheel in clockwise motion will increase the RPM, and turning it counter-clockwise will decrease the RPM) (3) Press the Mode Button again to save the set value and to select the next channel. (If nothing is input for 5 seconds, the ZM-MFC2 will automatically save the latest setting and leave the Setting Mode). Initializing to Default Settings Press the Mode Button for 3 seconds. (The entire display will be on for 1 second and all fans will be set to 1500 RPM)

- One ZM-MFC2 - One CVS (Current/Voltage Sensor) - One Bracket/CVS Extension Cable - Four Temperature Sensors - Fan Cables : 3-Pin 1EA, 4-Pin 1EA, Y-Cable 1EA,    C3 Cable 1EA - Four ZM-MFC2 Installation Bolts - One Bracket Installation Bolts - One User�fs Manual

Zalman affixes a Computer Noise Prevention System (CNPS) mark to all components used for noiseless computers.

Plugging in the CVS Cable of the CVS into the motherboard�fs USB port may damage the motherboard and CVS. 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.