Note: This product is not suitable for US 220V electric motors.
Package Include:
1 x Receiver: S1PFCW-AC-ANT3
1 x Transmitter: CC-3-2
1 x User manual
Introduction:
This receiver is a super long range remote switch. It is developed by LORA (Long Range) wireless communication technology, so it has ultra-long working distance, ultra-high receiving sensitivity, superior anti-interference ability, and smaller power consumption. It uses a transceiver chip to implement bidirectional communication. Its ideal working distance is up to 5 kilometers, which is an excellent device for remote control and long-distance communication.
Application:
This AC 110V 220V wireless remote control switch kit, with 1 way high power 30A radio receiver and 5000 meters RF transmitter.
It can long range control single phase AC electric motor to rotate clockwise, counterclockwise and stop.
Features:
Wireless control, easy to install.
Super long working range: With the transmitter forming a complete set, the maximum working distance may reach 5000 meters in an open area.
Waterproof: The receiver has waterproof case and waterproof connector, it can be installed outdoors.
Universal input: Support 110V AC (110V~120V) used in US, Canada, etc, and 220V AC (220V~240V) used in Germany, UK, France, etc.
High Power: Each channel can work at maximum current 30A.
With limit control terminals: You can connect limit switches or sensors to stop the motor.
You can rotate a motor in the positive or reversal direction with the transmitter (remote control) from any place within a reliable distance.
Wireless RF signal can pass through walls, floors, doors or windows.
One/several transmitters can control one/several receivers simultaneously.
You can use two or more units in the same place.
Feedback Function:
The receiver and the transmitter have a Two-way working mode, so the user can know the working status of the receiver by the transmitter.
Two-way working mode: When the receiver is successfully triggered by the signal from the transmitter, it will immediately transmit a feedback signal to the transmitter, then the transmitter will send out a buzzing sound to inform you that the receiver has been successfully triggered.
Receiver Parameters:
Model No.: S1PFCW-AC-ANT3
Power Supply (Operating Voltage): AC100~240V (110V/120V/220V/240V)
Output: AC100~240V (110V/120V/220V/240V)
Channel: 1 Way
Control Mode: Momentary and Interlocking
Static Current: ≤6mA
Maximum Working Current: 30A, so motor's maximum starting current can’t exceed 30A.
Working Frequency: 433MHz
PCB Size: 140mm x 73mm x 18mm
Case Size: 192mm x 100mm x 45mm
Transmitter Parameters:
Model No.: CC-3-2
Channel/Button: 3
Button Symbol; ▲, ▇, ▼
Operating Voltage: 9V (1 x 6F22-9V battery)
Quiescent Current: 5μA
Working Current: 65mA (when the transmitter is transmitting the signal), 16mA( when the transmitter is receiving the signal).
Operating Frequency: 433.92 MHz
Modulation Mode: FSK + LORA
Feedback indication: buzzing sound
Transmitting Distance: 5000 meters / 15000 feet (theoretically)
With power switch on the side.
Unit Size: 135 x 42 x 25 mm
Suitable Transmitters:
The receiver only works with transmitter CC-3-2.
Working Range:
With the transmitter (such as CC-3-2) forming a complete set, the maximum working distance may reach 5000 meters in an open area.
The maximum working distance is based on theoretical data which would be without barriers and without any RF interference. In practice, it will be hindered by trees, walls or other construction, and will be interfered with by other wireless signals. Therefore, the actual working distance may not reach this maximum distance.
Wiring (Control ordinary single phase motor or tubular motor):
1) Connect the common line of the AC motor to terminal “COM” of the receiver;
2) Connect the positive and reversal wires of AC motor to terminals “UP” and “DOWN” of the receiver (You can exchange motor's two wires to change the rotating direction of motor);
3) Connect the live wire of AC power supply to terminal “L” of the receiver;
4) Connect the neutral wire of AC power supply to terminal “N” of the receiver;
5) Connect the ground wire to the metal housing of the AC motor.
Setting different control modes:
1) Setting Momentary mode: Turn off the second bit and the third bit of the dip switch.
The operation of Momentary mode with the transmitter CC-3-2:
Press and hold button ▲ of transmitter: Motor rotates in positive direction.
Release button ▲ of transmitter: Motor stops.
Press and hold button ▼ of transmitter: Motor rotates in reversal direction.
Release button ▼ of transmitter: Motor stops.
2) Setting Interlocking mode: Turn on the second bit of the dip switch.
The operation of Interlocking mode with the transmitter CC-3-2:
Press button ▲ of transmitter: Motor rotates in positive direction.
Press button ■ of transmitter: Motor stops.
Press button ▼ of transmitter: Motor rotates in reversal direction.
Press button ■ of transmitter: Motor stops.
Limit control terminals:
The receiver has limit control 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.
For example, you can connect a normally closed limit switch to terminals "S1", and connect another normally closed limit switch to terminals "S2".
When motor rotates in positive direction, if disconnect two terminals "S1", the motor will stop automatically.
When motor rotates in reversal direction, if disconnect two terminals "S2", the motor will stop automatically.
How to set the feedback function:
You can turn on the fourth bit of the dip switch to activate the feedback function; or turn off the fourth bit to deactivate the feedback function.
Attention: The first bit of the DIP switch on the receiver needs to be set to the ON position.
How to pair the transmitter to the receiver:
1) Press the learning button in the receiver for 1-2 seconds, until the signal LED on the receiver turns on, this indicates that the receiver enters the learning status.
2) Press any one button on the transmitter within 5 seconds, if signal LED flashes 3 times quickly and then goes off, this indicates that the pairing is successful.
3) The receiver can learn several transmitters with different codes.
How to delete all transmitters codes stored in the receiver:
Press and hold the learning button in the receiver for 3-4 seconds, the signal LED first comes on, then flashes 3 times quickly and then goes out, at this time release the learning button, this indicates that all stored codes have been successfully deleted successfully.