Package Include:
1 x WIFI Intelligent Switch
1 x Transmitter: C-4
1 x User manual
Application:
This WiFi switch is suitable for a variety of automation occasions, such as industrial, agricultural, commercial, and home intelligence. Through smartphones and the Internet, we use this WiFi switch to achieve remote control of various devices. It has four dry relay outputs and can remote control different AC or DC equipment on land, water, and air, such as lights, doors, windows, lamps, sockets, locks, sirens, outlets, heaters, motors, fans, winches, curtains, blinds, linear actuators, electric solenoid valves, and security alarm systems. The applications are endless.
Feature:
Connect to the Internet via the WIFI signal of the wireless router.
Via smartphone app to control, no distance limit.
Relay Output: This switch is dry relay output; it can be used to operate both DC and AC equipment. The output terminals are normally / open normally closed, serving as a switch.
With working mode button: 12 different working modes can be switched.
With working mode display screen: Different numbers on the LED screen correspond to different working modes.
With wired control terminals: You can connect manual switches or other devices to control the WiFi switch.
With remote control function, you can use the remote to achieve control.
With Bluetooth function, you can use your mobile phone to control via Bluetooth.
It can be operated by mobile phone and the remote at the same time.
It offers APP for Android or iOS, and APP is free to use.
The Android version of the app supports a variety of Android phones or tablets.
The iOS version of the app supports a variety of iPhone, iPad and iPod Touch.
The APP supports English, French, German, Spanish, Russian and other languages.
Timing function: You can set the device to run automatically at different times of the day.
Support for custom scene settings, can get out of the phone to achieve automatic control.
With the sharing function, you can share this device with other mobile phones for common operation.
WIFI Switch Parameters:
Operating Voltage: DC 7~30V
Output Type: Dry Relay Output (With Normally Open and Normally Closed Terminals)
Working Voltage Range of Relay: AC 110~240V or DC 0~28V
Suitable Wires for Connecting Terminals: 22-12 AWG
Channel: 4 CH
12 Selectable Working Modes: Self-locking, Momentary, Interlocking, Mixed modes
Static Current: ≤6mA
Operating Temperature: -20°C ~ +70°C
Maximum Load Current of Relay: 7A / channel
PCB size: 94 x 73 x 21mm (3.7 x 2.9 x 0.8 inches)
Case size: 100 x 80 x 28mm (3.9 x 3.2 x 1.1 inches)
Transmitter Parameters:
Model: 0021003 (C-4)
With Sliding Cover: Slide up when it doesn’t work (to protect the button). Slide down the button will appear.
Channel/Button: 4
Button Symbol: A, B, C, D
Operating Voltage: 12V (1 x 23A -12V battery)
Operating Current: 6mA
Operating Frequency: 433Mhz
Encoding Chip: PT2262 / PT2264 / SC2262
Encoding Type: Fixed code by soldering, up to 6561 codes
Transmitting Distance: 100m / 300ft (theoretically)
Modulation Mode: ASK
Unit Size: 58 x 39 x 16mm (2.3 x 1.5 x 0.6 inches)
Wiring for DC motor or linear actuator:
If you want to control DC linear actuator or small bi-directional DC motor (two control lines), do as following:
Please refer to the connection diagram below, and each two relays can be connected to a DC motor or linear actuator, so 4 relays can be used to connect two DC motors or linear actuators.
1. Connect the positive pole of DC power supply to the terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to the terminal <-> of the WiFi switch.
2. Connect the positive pole of the DC power supply to the terminal <NO> of each two relays, and connect the negative pole of the DC power supply to the terminals <NC> of each two relays.
3. Connect two wires of DC motor or linear actuator to the terminal <COM> of each two relays, and you can exchange these two wires to change the rotating direction of motor or the moving direction of linear actuator.
Wiring for AC motor:
If you want to control small bi-directional AC motor (three control lines), do as following:
Please refer to the connection diagram below, and each two relays can be connected to an AC motor, so 4 relays can be used to connect two AC motors.
1. Connect the positive pole of DC power supply to the terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to the terminal <-> of the WiFi switch.
2. Connect the live wire of the AC power supply to the terminal <NO> of each two relays, connect the neutral wire of the AC power supply to the common wire of the AC motor.
3. Connect the forward and reverse wires of the AC motor to the terminal <COM> of each two relays, and you can exchange these two wires to change the rotating direction of motor.
Wiring for DC lamp:
If you want to control DC lamp, do as following:
Please refer to the connection diagram below, and each relay can be connected to a DC lamp, so 4 relays can be used to connect 4 lamps.
1. Connect the positive pole of DC power supply to the terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to the terminal <-> of the WiFi switch.
2. Connect the positive pole of the DC power supply to the terminal <NO> of the relay, connect the terminal <COM> of the relay to the positive pole of the DC lamp, and connect the negative pole of the DC lamp to the negative pole of the DC power supply.
Wiring for AC lamp:
If you want to control AC lamp, do as following:
Please refer to the connection diagram below, and each relay can be connected to an AC lamp, so 4 relays can be used to connect 4 lamps.
1. Connect the positive pole of DC power supply to the terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to the terminal <-> of the WiFi switch.
2. Connect the live wire of AC power supply to the terminal <NO> of the relay, connect one side of AC lamp to the terminal <COM> of the relay, and connect another side of AC lamp to the neutral wire of AC power supply.
How to set 12 different working modes:
Each time the mode button is pressed, the number on the LED screen changes, and different numbers correspond to different working modes.
LED Screen display "1": Four channels are self-locking mode.
LED Screen display "2": Channel 1 is momentary mode, and the other three channels are self-locking mode.
LED Screen display "3": Channels 1 and 2 are momentary mode, and channels 3 and 4 are self-locking mode.
LED Screen display "4": Channels 1, 2 and 3 are momentary mode, and channel 4 is self-locking mode.
LED Screen display "5": Four channels are momentary mode.
LED Screen display "6": Channels 1 and 2 are interlocking mode, and channels 3 and 4 are interlocking mode.
LED Screen display "7": Four channels are interlocking mode.
LED Screen display "8": Channels 1, 2 and 3 are interlocking mode, and channel 4 is self-locking mode.
LED Screen display "9": Channels 1, 2 and 3 are interlocking mode, and channel 4 is momentary mode.
LED Screen display "A": Channels 1 and 2 are interlocking mode, and channels 3 and 4 is momentary mode.
LED Screen display "B": Channels 1 and 2 are interlocking mode, and channels 3 and 4 are self-locking mode.
LED Screen display "C": Channels 1 and 2 are interlocking mode, channel 3 is self-locking mode, and channel 4 is momentary mode.
Operation in different working modes:
Note: For APP’s installation, registration, and use, please refer to the manual of the APP.
1. Self-locking mode:
1) The operation via the APP:
Press the button 1 on the APP, the relay 1 is activated, two terminals <NO> and <COM> of <Relay 1> are connected, two terminals <NC> and <COM> are disconnected.
Press the button 1 again: the relay 1 is deactivated, two terminals <NO> and <COM> of < Relay 1> are disconnected, two terminals <NC> and <COM> are connected.
Press the button 2 on the APP, the relay 2 is activated, two terminals <NO> and <COM> of < Relay 2> are connected, two terminals <NC> and <COM> are disconnected.
Press the button 2 again: the relay 2 is deactivated, two terminals <NO> and <COM> of < Relay 2> are disconnected, two terminals <NC> and <COM> are connected.
Press the button 3 on the APP, the relay 3 is activated, two terminals <NO> and <COM> of < Relay 3> are connected, two terminals <NC> and <COM> are disconnected.
Press the button 3 again: the relay 3 is deactivated, two terminals <NO> and <COM> of < Relay 3> are disconnected, two terminals <NC> and <COM> are connected.
Press the button 4 on the APP, the relay 4 is activated, two terminals <NO> and <COM> of < Relay 4> are connected, two terminals <NC> and <COM> are disconnected.
Press the button 4 again: the relay 4 is deactivated, two terminals <NO> and <COM> of < Relay 4> are disconnected, two terminals <NC> and <COM> are connected.
2) The operation via the transmitter:
Press the button A on the transmitter, the relay 1 is activated; Press the button A again: the relay 1 is deactivated.
Press the button B on the transmitter, the relay 2 is activated; Press the button B again: the relay 2 is deactivated.
Press the button C on the transmitter, the relay 3 is activated; Press the button C again: the relay 3 is deactivated.
Press the button D on the transmitter, the relay 4 is activated; Press the button D again: the relay 4 is deactivated.
2. Momentary mode:
Note: For the channel in non-momentary mode, its operating time can be set via the APP.
1) The operation via the APP:
Press and hold the button 1 on the APP, the relay 1 is activated, two terminals <NO> and <COM> of <Relay 1> are connected, two terminals <NC> and <COM> are disconnected.
Release the button: The relay 1 is deactivated, two terminals <NO> and <COM> of <Relay 1> are disconnected, two terminals <NC> and <COM> are connected.
Press and hold 2 on the APP, the relay 2 is activated, two terminals <NO> and <COM> of <Relay 2> are connected, two terminals <NC> and <COM> are disconnected.
Release the button: The relay 2 is deactivated, two terminals <NO> and <COM> of <Relay 2> are disconnected, two terminals <NC> and <COM> are connected.
Press and hold the button 3 on the APP, the relay 3 is activated, two terminals <NO> and <COM> of <Relay 3> are connected, two terminals <NC> and <COM> are disconnected.
Release the button: The relay 3 is deactivated, two terminals <NO> and <COM> of <Relay 3> are disconnected, two terminals <NC> and <COM> are connected.
Press and hold the button 4 on the APP, the relay 4 is activated, two terminals <NO> and <COM> of <Relay 4> are connected, two terminals <NC> and <COM> are disconnected.
Release the button: The relay 4 is deactivated, two terminals <NO> and <COM> of <Relay 4> are disconnected, two terminals <NC> and <COM> are connected.
2) The operation via the transmitter:
Press and hold the button A on the transmitter, the relay 1 is activated; Release the button: The relay 1 is deactivated.
Press and hold the button B on the transmitter, the relay 2 is activated; Release the button: The relay 2 is deactivated.
Press and hold the button C on the transmitter, the relay 3 is activated; Release the button: The relay 3 is deactivated.
Press and hold the button D on the transmitter, the relay 4 is activated; Release the button: The relay 4 is deactivated.
3. Interlocking mode:
Note: The interlocking mode set via the mode button can be used to control DC motor. Only the interlocking mode set by the APP can be used to control 3-wire AC motor.
1) For the interlocking mode set via the mode button:
1.1 The operation via the APP:
If relay 1 and 2 are in interlocking mode:
Press the button 1 on the APP, the relay 1 is activated.
Press the button 2 on the APP, the relay 2 is activated, and then the relay 1 is deactivated.
If 4 relays are in interlocking mode:
Press the button 1 on the APP, the relay 1 is activated.
Press the button 2 on the APP, the relay 2 is activated, and then the relay 1 is deactivated.
Press the button 3 on the APP, the relay 3 is activated, and then the relay 2 is deactivated.
Press the button 4 on the APP, the relay 4 is activated, and then the relay 3 is deactivated.
1.2 The operation via the transmitter:
If relay 1 and 2 are in interlocking mode:
Press the button A on the transmitter, the relay 1 is activated.
Press the button B on the transmitter, the relay 2 is activated, and then the relay 1 is deactivated.
If 4 relays are in interlocking mode:
Press the button A on the transmitter, the relay 1 is activated.
Press the button B on the transmitter, the relay 2 is activated, and then the relay 1 is deactivated.
Press the button C on the transmitter, the relay 3 is activated, and then the relay 2 is deactivated.
Press the button D on the transmitter, the relay 4 is activated, and then the relay 3 is deactivated.
2) For the interlocking mode set by the APP:
2.1 The operation via the APP:
If relay 1 and 2 are in interlocking mode:
Press the button 1 on the APP, the relay 1 is activated.
Press the button 2 on the APP, the relay 2 is activated, and the relay 1 is deactivated at the same time.
If 4 relays are in interlocking mode:
Press the button 1 on the APP, the relay 1 is activated.
Press the button 2 on the APP, the relay 2 is activated, and the relay 1 is deactivated at the same time.
Press the button 3 on the APP, the relay 3 is activated, and the relay 2 is deactivated at the same time.
Press the button 4 on the APP, the relay 4 is activated, and the relay 3 is deactivated at the same time.
2.2 The operation via the transmitter:
If relay 1 and 2 are in interlocking mode:
Press the button A on the transmitter, the relay 1 is activated.
Press the button B on the transmitter, the relay 2 is activated, and the relay 1 is deactivated at the same time.
If 4 relays are in interlocking mode:
Press the button A on the transmitter, the relay 1 is activated.
Press the button B on the transmitter, the relay 2 is activated, and the relay 1 is deactivated at the same time.
Press the button C on the transmitter, the relay 3 is activated, and the relay 2 is deactivated at the same time.
Press the button D on the transmitter, the relay 4 is activated, and the relay 3 is deactivated at the same time.
Wired control terminals:
The WiFi switch has wired control terminals, and you can connect external devices, sensors, or manual switches to these terminals, then use them to control the WiFi switch.
You can connect the manual switches (with NO/NC contact) to the terminals <K1>, <K2>, <K3>, <K4> and <G>, then use the manual switches to control the WiFi switch.
When connect the terminals <K1> and <G> by the manual switch, the relay 1 is activated; When disconnect the terminals <K1> and <G> by the manual switch, the relay 1 is deactivated.
When connect the terminals <K2> and <G> by the manual switch, the relay 2 is activated; When disconnect the terminals <K2> and <G> by the manual switch, the relay 2 is deactivated.
When connect the terminals <K3> and <G> by the manual switch, the relay 3 is activated; When disconnect the terminals <K3> and <G> by the manual switch, the relay 3 is deactivated.
When connect the terminals <K4> and <G> by the manual switch, the relay 4 is activated; When disconnect the terminals <K4> and <G> by the manual switch, the relay 4 is deactivated.