Scythe
"KAZE MASTER" 3.5 " Multi Channel Bay Fan Controller
Price:$34.80
2 Fans Controller, 2 Temperature Display.
Passive Safety Alarm Feature is Build-In!
Clear and Stylish VFD Display!
Model Name:
Kaze Master 3.5 (3.5inch Version)
Model Number:
KM01-BK-3.5 (Black)
KM01-SL-3.5 (Silver)
Manufacturer:
Scythe Co., Ltd. Japan
Dimension (W x H x D)
103 x 25 x 93 mm
Display Dimension
60 x 15.5 mm - 3.5inch Version
DC Input
5V or 12V (From PC Power Supply)
Fan Adjustment Range
3.7V (±10%) ~ 12V (±10%)
Fan Channel
2 (3.5inch Version)
Maximum Fan Ampere per Channel
1A per channel
Fan Speed Range
0 ~ 7500 rpm (Display Range: 30rpm Incremental)
* Package indicates the maximum range as 9,990 rpm, but the actual range is 7,500 rpm.
Temperature Module Channel
2 (3.5inch Version)
Temperature Range
0 ~ 100°C / 32 ~ 199.9°F
Measurement Frequency
Every 2 Seconds
Weight
125 g (3.5inch Version)
NOTICE: Please be aware that the KM01’s panels have a thin layer of plastic that can be peeled off at your convenience.
Fan Controller and Temperature Monitor Features
Kaze Master is able to control and monitor up to 2 fans and 2 temperature monitor independently. These figures are displayed on VFD display.
Passive Safety - Safe Alarm Feature To safely monitor and run your system, Kaze Master comes with the alarm feature to inform the user in case of fan malfunction. Also if the temperature goes above 75C (165F), or in case of the temperature sensor failure, VFD display will blink the number “0” or “0.0” and trigger the alarm sound. The alarm sound disturbs you? You can even shut down the alarm sound by a simple jumper setting!
2-Way Temperature Display
Both Celsius and Fahrenheit unit can be displayed by a simple jumper setting!
Fan Stop Function By turning the knob to counter-clockwise all the way, the fan can be stopped.
Wide Variable Voltage to Control Fans You can control fans between 3.7V - 12V to meet your needs for system requirement.
By setting the voltage to the lowest level can silence your PC or turn it up to the highest to get the maximum cooling performance.
