KDE2406PHV2.MS.A.GN

N O I T 60x60x15 mm MagLev Motor Fan 15~21 CFM Model P/N Bearing Rating Power Power Speed Air Static Noise Weight Voltage Current Consumption Pressure VAPO Flow 2BALL (VDC) (AMP) (WATTS) (RPM) (CFM) (Inch-H2O) (dBA) (g) KDE0506PHV2 MS.A.GN 18 5 0.18 0.9 3800 0.14 31 44 KDE0506PHV3 MS.A.GN 15 5 0.10 0.5 3000 0.12 25 44 KDE1206PHV1 MS.A.GN 21 12 0.13 1.6 4300 0.18 42 36 KDE1206PHV2 MS.A.GN 18 12 0.08 1.0 3800 0.14 42 31 KDE1206PHV3 MS.A.GN 15 12 0.05 0.6 3000 0.12 42 25 KDE2406PHV1 MS.A.GN 24 0.077 1.9 4300 21 0.18 44 36 KDE2406PHV2 MS.A.GN 24 0.054 1.3 3800 18 0.14 44 31 INLET AIR FLOW 0.2 V1 0.16 V2 0.12 V3 OUTLET 0.08 0.5 15 0 UL2468 26AWG 5 0.3 0.04 300 50 0 5 10 152025 ( Units : mm ) Airflow (CFM) *All model could be customized on voltage or any other requirements to fit your need. *Specifications subject to change without notice. Please Visit SUNON web site at Fan 3rd Wire Signal Fan with switching driving circuit designed for rpm F Type (Frequency Generator) measurement: These fan motors have three lead wires: 1Pulse +:Red, -:Black, output signal for 3rd wire: F Type : Yellow R Type : White 1Rotation a R Type (Rotation Detector) b c Locked Run Vcc Vcc DC FAN Ic RL Red(+) 3 rd wire Black(-) Locked Run Customer s Circuit Vcc The relationship between rotation & output DC FAN pulses signal from 3rd wire are as follows: Ic RL Red(+) (a) 1 Rotation=2 Pulses(4 poles motor) 3 rd wire (b) 1 Rotation=3 Pulses(6 poles motor) Black(-) (c) 1 Rotation=4 Pulses(8 poles motor) Customer s Circuit Notice: For 8 poles motor: normally, 1Rotation=4 pulses, if frequency divided circuit is implemented in this motor then 1Rotation=2 pulses. Safety Certification 02