Package Include:
1 x Receiver: S1UA-DC-ANT3
1 x Transmitter: CK-DC
1 x User manual
Application:
This wireless remote control kit (Model 0023012) consists of a transmitter (CK-DC) and a receiver (S1UA-DC). It is used to wirelessly control another DC / AC device via a DC voltage output signal from one device. And it can be used for synchronous wireless control of various home, industrial or agricultural equipments, such as wireless control of the warning host and the warning horn, wireless control of the lights, wireless synchronization control of the equipments and so on.
Key Features:
Wireless control, easy to install.
Working Range: Up to 500m (15,00 ft) in open areas.
Waterproof: The receiver has waterproof case and waterproof connector, it can be installed outdoors.
Four operating voltage versions: DC 6V, 9V, 12V, 24V optional.
Relay Output: This receiver is dry relay output; it can be used to operate both DC and AC equipment. The output terminals are NO / NC (normally open / normally closed), serving as a switch. That means you should also connect a separate power supply to equipment.
Each channel can work at maximum current 10A, such as 120W/12V, 60W/6V, 90W/9V, 240W/24V, 1100W/110V, 2200W/220V.
Working Mode: Interlocking
With external antenna, the receiver has a farther working range.
Reliable Signal: RF signal can pass through walls, floors, doors, or windows, but it will lose some operating range.
Safety Features: Reverse voltage and overcurrent protection.
Interference: Two or more receivers may be used in the same area without interference.
Receiver S1UA-DC-ANT3 Parameters:
| Parameters | Detail |
|---|---|
| Operating Voltage Options | 6VDC (model S1UA-DC06), or 9±1VDC (model S1UA-DC09), or 12±1VDC (model S1UA-DC12), or 24±2VDC (model S1UA-DC24) (specify when ordering) |
| Working Frequency | 433.92MHz |
| Output Type | Relay Output (With Normally Open and Normally Closed Terminals) |
| Channel | 1 CH |
| Load Capacity | 240VAC or 28VDC, Max 10A/channel |
| Working Mode | Interlocking |
| Suitable Wires for Connecting Terminals | 22-12 AWG |
| Operating Temperature | -20 °C ~ +70 °C |
| PCB size | 88 x 80 x 18 mm (3.5 x 3.1 x 0.7 inches) |
| Case size | 153 x 90 x 55 mm (6.0 x 3.6 x 2.2 inches) |
Transmitter CK-DC Parameters:
| Parameters | Detail |
|---|---|
| Operating Voltage | 12~24V DC |
| Triggering Method | When the input wires get the DC voltage signal, the transmitter sends a wireless signal "ON". When the input wires lose the DC voltage signal, the transmitter sends a wireless signal "OFF". |
| Operating Frequency | 433.92MHz (315MHz can be customized) |
| Transmission Distance | 500m / 1500ft (theoretically) |
| PCB size | 73 x 73 x 19 mm (2.9 x 2.9 x 0.8 inches) |
| Case size | 110 x 86 x 40 mm (4.3 x 3.4 x 1.6 inches) |
Working Principle:
Transmitter CK-DC is a special remote control that is triggered by 12~24V DC Power ON and OFF conditions. It has 2 input wires for connecting an DC voltage signal from an equipment, such as outlet, warning host, detector, sensor, Programmable Logic Controller, DC siren, DC light or other DC equipment.
When an DC voltage is supplied to its input wires, it will transmit a wireless signal "ON". When the input wires stop getting DC voltage, it will transmit a wireless signal "OFF".
This transmitter can be combined with different types of receivers to form a wireless control system, and this system is used to wirelessly control another device via an DC voltage signal or an DC output signal from one device.
How to adjust the transmitter's oscillation resistance:
Short two pins of F02 with a jumper cap, the oscillator resistor is set to 1.5MΩ.
Do not short two pins of F01 and F02, the oscillator resistor is set to 2.2MΩ.
Short two pins of F01 with a jumper cap, the oscillator resistor is set to 3.3MΩ.
Short two pins of F01 and F02 with jumper caps respectively, the oscillator resistor is set to 4.7MΩ.
Usage and operation:
If you want to control the device A by the 12V / 24V DC output signal of the device B, do as following:
1. Connect the device A to the receiver's output terminal.
2. Connect the DC output terminal of device B to the input terminal of the transmitter.
3. When device B outputs an DC signal to the transmitter, the transmitter will emit a wireless signal "ON". When the receiver receives this wireless signal, it will activate its relay to turn on the device A.
4. When device B stops outputting an DC signal to the transmitter, the transmitter will emit a wireless signal "OFF". When the receiver receives this wireless signal, it will deactivate its relay to turn off the device A.