This Remote Control Transmitter CM-99 has 99 channels and 5 buttons, and the channel is displayed on the digital screen. Each channel has three buttons (▲, ■, ▼). The buttons ◄ and ► are used to select channel. It can control one, two, or more wireless switch receivers, up to a maximum of 99 receivers.
If you want to use this remote control transmitter (CM-99) to control several or dozens of receivers (S1PF-DC), please click here to purchase the extra receivers.
Package Include:
1 x Receiver: S1PF-DC12 / S1PF-DC24
1 x Transmitter: CM-99
1 x User manual
Application:
For long range control DC electric motor's the clockwise (CW) rotation, counterclockwise (CCW) rotation, and stopping.
For long range remote control the extension and retraction of the DC electric linear actuator.
Feature:
Wireless control, easy to install.
You can operate the motor to rotate in positive or reversal direction by the transmitter.
You can operate the linear actuator to extend or retract by the transmitter.
With limit control terminals: You can connect sensors, limit switches or external devices to stop the motor or the linear actuator.
With wired control terminals: You can connect manual switches to control the motor or linear actuator.
You can use the transmitter / remote to control the receiver from any place within a reliable working distance.
The wireless RF signal from the transmitter can pass through walls, floors, doors or windows, but it will lose some operating range.
The receiver has reverse power protection and over current protection built in.
The receiver only works with the selected transmitter which is matched to the receiver.
One or more transmitters / remotes can control one or several receivers simultaneously.
Two or more receivers may be used in the same area.
Receiver Parameters:
Model: S1PF-DC12 / S1PF-DC24
Operating Voltage: 12±1VDC (model S1PF-DC12), or 24±2VDC (model S1PF-DC24), the operating voltage must be specified when ordering.
Output Voltage: 12VDC (model S1PF-DC12) or 24VDC (model S1PF-DC24)
Control modes: Interlocking
Quiescent Current: ≤10mA
Rated Current: 40A, so motor maximum starting current cannot exceed 40A.
Wire range for the terminals: 22-12 AWG
Working Frequency: 433.92MHz
Operating Temperature: -20°C ~ +70°C
Case size: 115 x 95 x 40 mm
Transmitter Parameters:
Model No.: 0021099 (CM-99)
Channel: 99 Channels
Button: 5
Button Symbol: ▲, ■, ▼, ◄, ►
Operating Voltage: 6V (2 x CR2032 -3V button cell batteries)
Static Current: ≤5μA
Working Current: ≤15mA
Operating Frequency: 433MHz
Remote Control Distance: 50m / 150ft (theoretically)
Modulation Mode: ASK
Working Temperature:-10℃~70℃
Unit size: 135 x 42 x 12 mm
Working Range:
This kit has a maximum working distance of 50 meters in open ground.
The maximum working distance is a theoretical data, it shall be operated in an open ground, no barriers, no any interference. But in the practice, it will be hindered by trees, walls or other constructions, and will be interfered by other wireless signals. Therefore, the actual distance may not reach this maximum working distance.
Usage:
The receiver can be used to control DC 12V / 24V motor or linear actuator. If the power supply of those equipment is DC 12V, you should choose the receiver with same DC 12V version; and if the power supply of those equipment is DC 24V, you should choose the receiver with same DC 24V version.
Wiring:
1) Connect two wires of DC 12V / 24V motor or linear actuator to terminals “MOTOR” of the receiver, and you can exchange these two wires to change the rotating direction of motor or the moving direction of linear actuator.
2) Connect the positive pole of DC power supply to input terminal “+” of the receiver.
3) Connect the negative pole of DC power supply to input terminal “-” of the receiver.
Setting Interlocking mode: Turn the mode switch in the receiver to location L.
The operation by the transmitter, such as CM-99:
First press the button ◄ or ► on the transmitter to select the corresponding channel, the digital screen will display the number of this channel, then the screen automatically shut down after 2 seconds.
Press the button ▲ on the transmitter: Motor rotates in positive direction, or linear actuator extends outward.
Press the button ▼ on the transmitter: Motor rotates in reversal direction, or linear actuator inward retracts.
Press the button ■ on the transmitter: Motor or linear actuator stops.
Limit terminals:
The receiver has limit terminals, and you can connect external devices (with normally closed contact), such as sensors, limit switches to limit terminals, then use them to stop the motor or the linear actuator.
For example, you can connect two normally closed limit switches to the limit terminals of the receiver, one to terminals “COM” and “UP”, and the other to terminals “COM” and “DOWN”.
When motor rotates in positive direction, or linear actuator extends outward, If the limit switch connected to the receiver limit terminals “COM” and “UP” is triggered, the motor or linear actuator will stop automatically.
When motor rotates in reversal direction, or linear actuator inward retracts, If the limit switch connected to the receiver limit terminals “COM” and “DOWN” is triggered, the motor or linear actuator will stop automatically.
Wired control terminals:
The receiver has wired control terminals, and you can connect external devices (with normally open contact), such as manual switches to wired control terminals, then use them to control the motor or the linear actuator.
For example, you can connect three manual switches to wired control terminals <S1>, <S2>, <STOP> and <GND> according to following wiring diagram.
1) In Interlocking mode: For example, connect 3 pushbutton manual switch (Model 0040024).
When pressing the UP button, two terminals "S1" and "GND" are connected, then the motor rotates in the positive direction, or the linear actuator extends outward. And when pressing the STOP button, two terminals "STOP" and "GND" are connected, then the motor or linear actuator stops.
When pressing the DOWN button, two terminals "S2" and "GND" are connected, then the motor rotates reversal direction, or the linear actuator inward retracts. And when pressing the STOP button, two terminals "STOP" and "GND" are connected, then the motor or linear actuator stops.