With one 12CH transmitter, the remote control motor kit can control four DC motor rotation. The theoretical working distance of the wireless remote control motor kit can reach about 1000M.
Operation video: How to use receiver to learn transmitter
This DC motor controller system includes one transmitter and four controllers. You can use one transmitter to remote control four DC motors (DC6V/9V/12V/24V) rotation in positive/ reversal direction. You also can connect two restrictive switches to each receiver and use them to stop motor rotation.
Package Include:
4 x Receiver: S1F2-DC
1 x Transmitter: CB-12
1 x User manual
Features:
Wireless control, easy to install
Control DC motors of rolling blinds / doors, projection screens, awnings, pumps, winches, conveyors or other appliances and mechanicals with voltage DC6V / 9V / 12V / 24V.
You can rotate the motor in positive or reversal direction with the transmitter (remote control) from any place within a reliable distance; the wireless signal can pass through walls, floors and doors.
One/several transmitters can control one/several receivers simultaneously.
If you use two or more receivers in the same place, you can set them with different codes.
Transmitting Frequency: 433MHz
Receiver:
Model No: S1F2-DC06 / S1F2-DC09 / S1F2-DC12 / S1F2-DC24
Coding Type: Fixed code or learning code
Coding Setting: By learning
Power Supply (Operating Voltage): DC6V (S1F2-DC06), DC9V±1V (S1F2-DC09), DC12V±1V (S1F2-DC12), DC24V±1V (S1F2-DC24)
Output: DC6V (S1F2-DC06), DC9V±1V (S1F2-DC09), DC12V±1V (S1F2-DC12), DC24V±1V (S1F2-DC24)
Case Size: 74mm x 54mm x 28mm
Quiescent Current: 5mA
Rated Current: 5A
The Maximum Instantaneous Current of Starting Motor: 10A
Transmitter:
Model No.: 0021029 (CB-12)
Channel: 12 CH
Remote Control Distance: 1000m / 3000ft (theoretically)
Encode: Fixed code by soldering
Unit size: 135mm x 42mm x 25mm
Power Supply: 1 x 6F22-9V battery (included, can be used for 12 months)
Usage:
Connect power supply DC6V / 9V / 12V / 24V to terminal “INPUT”; connect motor to terminal “OUTPUT”. You can exchange the output wires of motor to change the rotating direction of motor.
Interlocking working mode: Connect Jumper S1
Remote control motor cto receiver 1
Press button 1 on remote: terminal “Output” output DC power, motor rotates in positive direction.
Press button 3 on remote: terminal “Output” output DC power, motor rotates in reversal direction.
Press button 2 on remote: motor stops.
Remote control motor connected to receiver 2
Press button 4 on remote: terminal “Output” output DC power, motor rotates in positive direction.
Press button 6 on remote: terminal “Output” output DC power, motor rotates in reversal direction.
Press button 5 on remote: motor stops.
Remote control motor connected to receiver 3
Press button 7 on remote: terminal “Output” output DC power, motor rotates in positive direction.
Press button 9 on remote: terminal “Output” output DC power, motor rotates in reversal direction.
Press button 8 on remote: motor stops.
Remote control motor connected to receiver 4
Press button 10 on remote: terminal “Output” output DC power, motor rotates in positive direction.
Press button 12 on remote: terminal “Output” output DC power, motor rotates in reversal direction.
Press button 11 on remote: motor stops.
Manual buttons in receiver:
Press button K3 in receiver: terminal “Output” output DC power, motor rotates in positive direction.
Press button K1 in receiver: terminal “Output” output DC power, motor rotates in reversal direction.
Press button K2 in receiver: motor stops.
Momentary working mode: Connect Jumper S2
Remote control motor connected to receiver 1
Press and hold button 1 on remote: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button 3 on remote: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops.
Remote control motor connected to receiver 2
Press and hold button 4 on remote: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button 6 on remote: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops.
Remote control motor connected to receiver 3
Press and hold button 7 on remote: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button 9 on remote: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops.
Remote control motor connected to receiver 4
Press and hold button 10 on remote: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button 12 on remote: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops.
Manual buttons in receiver:
Press and hold button K3 in receiver: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button K1 in receiver: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops
Restrictive function:
You can connect two restrictive switches to terminals “X1” and “X2”, if the restrictive switch X1 or X2 is connected, the motor will work normally; if the restrictive switch X1 or X2 is disconnected, the motor will stop automatically. That means when the restrictive switch “X1” is connected, the motor will work in reversal direction; when the restrictive switch “X1” is disconnected, motor will stop automatically. When the restrictive switch “X2” is connected, the motor will work in positive direction; when the restrictive switch “X2” is disconnected, motor will stop automatically.
When you don't want to use the restrictive switches, you need to connect the terminals “X1” and “X2”by two wires.
Operation video: How to use receiver to learn transmitter
This DC motor controller system includes one transmitter and four controllers. You can use one transmitter to remote control four DC motors (DC6V/9V/12V/24V) rotation in positive/ reversal direction. You also can connect two restrictive switches to each receiver and use them to stop motor rotation.
Package Include:
4 x Receiver: S1F2-DC
1 x Transmitter: CB-12
1 x User manual
Features:
Wireless control, easy to install
Control DC motors of rolling blinds / doors, projection screens, awnings, pumps, winches, conveyors or other appliances and mechanicals with voltage DC6V / 9V / 12V / 24V.
You can rotate the motor in positive or reversal direction with the transmitter (remote control) from any place within a reliable distance; the wireless signal can pass through walls, floors and doors.
One/several transmitters can control one/several receivers simultaneously.
If you use two or more receivers in the same place, you can set them with different codes.
Transmitting Frequency: 433MHz
Receiver:
Model No: S1F2-DC06 / S1F2-DC09 / S1F2-DC12 / S1F2-DC24
Coding Type: Fixed code or learning code
Coding Setting: By learning
Power Supply (Operating Voltage): DC6V (S1F2-DC06), DC9V±1V (S1F2-DC09), DC12V±1V (S1F2-DC12), DC24V±1V (S1F2-DC24)
Output: DC6V (S1F2-DC06), DC9V±1V (S1F2-DC09), DC12V±1V (S1F2-DC12), DC24V±1V (S1F2-DC24)
Case Size: 74mm x 54mm x 28mm
Quiescent Current: 5mA
Rated Current: 5A
The Maximum Instantaneous Current of Starting Motor: 10A
Transmitter:
Model No.: 0021029 (CB-12)
Channel: 12 CH
Remote Control Distance: 1000m / 3000ft (theoretically)
Encode: Fixed code by soldering
Unit size: 135mm x 42mm x 25mm
Power Supply: 1 x 6F22-9V battery (included, can be used for 12 months)
Usage:
Connect power supply DC6V / 9V / 12V / 24V to terminal “INPUT”; connect motor to terminal “OUTPUT”. You can exchange the output wires of motor to change the rotating direction of motor.
Interlocking working mode: Connect Jumper S1
Remote control motor cto receiver 1
Press button 1 on remote: terminal “Output” output DC power, motor rotates in positive direction.
Press button 3 on remote: terminal “Output” output DC power, motor rotates in reversal direction.
Press button 2 on remote: motor stops.
Remote control motor connected to receiver 2
Press button 4 on remote: terminal “Output” output DC power, motor rotates in positive direction.
Press button 6 on remote: terminal “Output” output DC power, motor rotates in reversal direction.
Press button 5 on remote: motor stops.
Remote control motor connected to receiver 3
Press button 7 on remote: terminal “Output” output DC power, motor rotates in positive direction.
Press button 9 on remote: terminal “Output” output DC power, motor rotates in reversal direction.
Press button 8 on remote: motor stops.
Remote control motor connected to receiver 4
Press button 10 on remote: terminal “Output” output DC power, motor rotates in positive direction.
Press button 12 on remote: terminal “Output” output DC power, motor rotates in reversal direction.
Press button 11 on remote: motor stops.
Manual buttons in receiver:
Press button K3 in receiver: terminal “Output” output DC power, motor rotates in positive direction.
Press button K1 in receiver: terminal “Output” output DC power, motor rotates in reversal direction.
Press button K2 in receiver: motor stops.
Momentary working mode: Connect Jumper S2
Remote control motor connected to receiver 1
Press and hold button 1 on remote: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button 3 on remote: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops.
Remote control motor connected to receiver 2
Press and hold button 4 on remote: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button 6 on remote: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops.
Remote control motor connected to receiver 3
Press and hold button 7 on remote: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button 9 on remote: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops.
Remote control motor connected to receiver 4
Press and hold button 10 on remote: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button 12 on remote: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops.
Manual buttons in receiver:
Press and hold button K3 in receiver: terminal “Output” output DC power, motor rotates in positive direction. Release button: motor stops.
Press and hold button K1 in receiver: terminal “Output” output DC power, motor rotates in reversal direction. Release button: motor stops
Restrictive function:
You can connect two restrictive switches to terminals “X1” and “X2”, if the restrictive switch X1 or X2 is connected, the motor will work normally; if the restrictive switch X1 or X2 is disconnected, the motor will stop automatically. That means when the restrictive switch “X1” is connected, the motor will work in reversal direction; when the restrictive switch “X1” is disconnected, motor will stop automatically. When the restrictive switch “X2” is connected, the motor will work in positive direction; when the restrictive switch “X2” is disconnected, motor will stop automatically.
When you don't want to use the restrictive switches, you need to connect the terminals “X1” and “X2”by two wires.