Description
DC12V 4 Wire
Descripion:
Working voltage: DC12V (can work under 8-15V voltage, please pay attention to the same fan voltage)
Fan current: no more than 3A, this current is limited by switches and connectors, and can be expanded by power lines alone
Loss of circuit board itself: less than 20mA without fan
PWM signal mode: 5V25KHZ
PWM signal output range: 0%-100%
Start position PWM adjustment range: 0%-60%
Output interface model: 2510-4P dislocation, conventional CPU, chassis fan socket, pin spacing 2.54mm
Descripion:
Working voltage: DC12V (can work under 8-15V voltage, please pay attention to the same fan voltage)
Fan current: no more than 3A, this current is limited by switches and connectors, and can be expanded by power lines alone
Loss of circuit board itself: less than 20mA without fan
PWM signal mode: 5V25KHZ
PWM signal output range: 0%-100%
Start position PWM adjustment range: 0%-60%
Output interface model: 2510-4P dislocation, conventional CPU, chassis fan socket, pin spacing 2.54mm
Function Description:
Pay attention to the positive and negative poles and the power supply voltage. After the power supply fan is connected, it can be used. The potentiometer is turned off counterclockwise to the end, and the clockwise end is the maximum output.
A separate small adjustable resistor (starting speed adjustment) on the board is used to adjust the speed of the just-open position
If the speed change of the fan is opposite to the adjustment direction, it means that the fan is a reverse-sequence fan, and the (PF) setting point needs to be short-circuited with solder, and the power must be cut off before operation to avoid damage! The short-circuited PWM signal changes in the reverse direction with the adjustment, and the reverse-sequence fan can realize forward adjustment.
Pay attention to the positive and negative poles and the power supply voltage. After the power supply fan is connected, it can be used. The potentiometer is turned off counterclockwise to the end, and the clockwise end is the maximum output.
A separate small adjustable resistor (starting speed adjustment) on the board is used to adjust the speed of the just-open position
If the speed change of the fan is opposite to the adjustment direction, it means that the fan is a reverse-sequence fan, and the (PF) setting point needs to be short-circuited with solder, and the power must be cut off before operation to avoid damage! The short-circuited PWM signal changes in the reverse direction with the adjustment, and the reverse-sequence fan can realize forward adjustment.
Precautions:
This is a four-wire PWM fan speed controller. It can only control 12V four-wire fans that support PWM speed regulation. For example, many 12V four-wire chassis or CPU fans cannot control 2-3-wire fans.
This is a four-wire PWM fan speed controller. It can only control 12V four-wire fans that support PWM speed regulation. For example, many 12V four-wire chassis or CPU fans cannot control 2-3-wire fans.
Package Include:
Module *1
Module *1
Description
DC12V 4 Wire
Descripion:
Working voltage: DC12V (can work under 8-15V voltage, please pay attention to the same fan voltage)
Fan current: no more than 3A, this current is limited by switches and connectors, and can be expanded by power lines alone
Loss of circuit board itself: less than 20mA without fan
PWM signal mode: 5V25KHZ
PWM signal output range: 0%-100%
Start position PWM adjustment range: 0%-60%
Output interface model: 2510-4P dislocation, conventional CPU, chassis fan socket, pin spacing 2.54mm
Descripion:
Working voltage: DC12V (can work under 8-15V voltage, please pay attention to the same fan voltage)
Fan current: no more than 3A, this current is limited by switches and connectors, and can be expanded by power lines alone
Loss of circuit board itself: less than 20mA without fan
PWM signal mode: 5V25KHZ
PWM signal output range: 0%-100%
Start position PWM adjustment range: 0%-60%
Output interface model: 2510-4P dislocation, conventional CPU, chassis fan socket, pin spacing 2.54mm
Function Description:
Pay attention to the positive and negative poles and the power supply voltage. After the power supply fan is connected, it can be used. The potentiometer is turned off counterclockwise to the end, and the clockwise end is the maximum output.
A separate small adjustable resistor (starting speed adjustment) on the board is used to adjust the speed of the just-open position
If the speed change of the fan is opposite to the adjustment direction, it means that the fan is a reverse-sequence fan, and the (PF) setting point needs to be short-circuited with solder, and the power must be cut off before operation to avoid damage! The short-circuited PWM signal changes in the reverse direction with the adjustment, and the reverse-sequence fan can realize forward adjustment.
Pay attention to the positive and negative poles and the power supply voltage. After the power supply fan is connected, it can be used. The potentiometer is turned off counterclockwise to the end, and the clockwise end is the maximum output.
A separate small adjustable resistor (starting speed adjustment) on the board is used to adjust the speed of the just-open position
If the speed change of the fan is opposite to the adjustment direction, it means that the fan is a reverse-sequence fan, and the (PF) setting point needs to be short-circuited with solder, and the power must be cut off before operation to avoid damage! The short-circuited PWM signal changes in the reverse direction with the adjustment, and the reverse-sequence fan can realize forward adjustment.
Precautions:
This is a four-wire PWM fan speed controller. It can only control 12V four-wire fans that support PWM speed regulation. For example, many 12V four-wire chassis or CPU fans cannot control 2-3-wire fans.
This is a four-wire PWM fan speed controller. It can only control 12V four-wire fans that support PWM speed regulation. For example, many 12V four-wire chassis or CPU fans cannot control 2-3-wire fans.
Package Include:
Module *1
Module *1
