Video:
Use the mobile phone to connect to the wifi switch to control two electric actuators
Operate electric lock by mobile phone via WiFi intelligent control switch
How to connect the WiFi switch to the mobile phone
Package Include:
1 x WIFI Intelligent Switch
1 x User manual
Application:
It 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 such as electric curtains, small bi-directional DC motors (two control lines), small bi-directional AC motors (three control lines), linear actuators, etc.
Feature:
Connect to the Internet via the WIFI signal of the wireless router.
Via smartphone app to control, no distance limit.
Relay Output: The output terminals are NO / NC (normally open / normally closed), serving as a switch; it can be used to operate both DC and AC equipment.
With wired control terminals: You can connect manual switches or other devices to control the WiFi switch.
With Bluetooth function, you can use your mobile phone to control the WiFi switch through Bluetooth.
It has the characteristics of reverse power protection and overcurrent protection.
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 6~24V
Output Type: Dry Relays 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: 3 CH
Working Mode: Interlocking (CH 1 and CH 2), Self-locking (CH 3)
Static Current: ≤6mA
Operating Temperature: -20°C ~ +70°C
Maximum Load Current of Relay: 10A / channel
PCB Size: 93 x 45 x 19 mm (3.7 x 1.8 x 0.75 inches)
Case Size: 115 x 90 x 42 mm (4.5 x 3.5 x 1.7 inches)
Wiring:
1) If you want to control linear actuator or small bi-directional DC motor (two control lines), do as following:
1.1 Connect the positive pole of DC power supply to terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to terminal <-> of the WiFi switch.
1.2 Connect the positive pole of the DC power to two terminals <NO> of the WiFi switch <OUT1> and <OUT2>, and connect the negative pole of the DC power supply to two terminals <NC> of the WiFi switch <OUT1> and <OUT2>.
1.3 Connect two wires of DC motor or linear actuator to two terminals <COM> of the WiFi switch <OUT1> and <OUT2>, you can change these two wires to change the rotating direction of motor or the moving direction of linear actuator.
2) If you want to control small bi-directional AC motor (three control lines), do as following:
2.1 Connect the positive pole of DC power supply to terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to terminal <-> of the WiFi switch.
2.2 Connect the live wire of the AC power supply to two terminals <NO> of the WiFi switch <OUT1> and <OUT2>, connect the neutral wire of the AC power supply to the common terminal of the AC motor.
2.3 Connect the forward and reverse connection wires of the AC motor to two terminals <COM> of the WiFi switch <OUT1> and <OUT2>, you can change these two wires to change the rotating direction of motor.
3) If you want to use the third relay control DC lamp, do as following:
3.1 Connect the positive pole of DC power supply to terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to terminal <-> of the WiFi switch.
3.2 Connect the positive pole of the DC power supply to the terminal <NO> of the WiFi switch <OUT3>, connect the terminal <COM> of the WiFi switch <OUT3> 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.
4) If you want to use a third relay control AC lamp, do as following:
4.1 Connect the positive pole of DC power supply to terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to terminal <-> of the WiFi switch.
4.2 Connect the live wire of AC power supply to the terminal <NO> of the WiFi switch <OUT3>, connect terminal <COM> of the WiFi switch <OUT3> to one side of AC lamp, and connect another side of AC lamp to the neutral wire of AC power supply.
Operation (For APP’s installation, registration, and use, please refer to the manual of the APP):
The first and second relays work in interlocking mode, and the third relay works in self-locking mode.
1) Control linear actuator or small bi-directional DC motor (two control lines):
Press the Channel1 on the APP, the relay 1 is activated, two terminals <NO> and <COM> of <OUT1> are connected, two terminals <NC> and <COM> are disconnected, DC Motor rotates in positive direction, or linear actuator extends outward.
Press the Channel1 again: the relay 1 is deactivated, two terminals <NO> and <COM> of <OUT1> are disconnected, two terminals <NC> and <COM> are connected), DC Motor or linear actuator stops.
Press the Channel2 on the APP, the relay 2 is activated, two terminals <NO> and <COM> of <OUT2> are connected, two terminals <NC> and <COM> are disconnected, DC Motor rotates in reversal direction, or linear actuator inward retracts.
Press the Channel2 again: the relay 2 is deactivated, two terminals <NO> and <COM> of <OUT2> are disconnected, two terminals <NC> and <COM> are connected, DC Motor or linear actuator stops.
2) Control small bi-directional AC motor (three control lines):
Press the Channel1 on the APP, the relay 1 is activated, two terminals <NO> and <COM> of <OUT1> are connected, two terminals <NC> and <COM> are disconnected, AC Motor rotates in positive direction.
Press the Channel1 again: the relay 1 is deactivated, two terminals <NO> and <COM> of <OUT1> are disconnected, two terminals <NC> and <COM> are connected), AC Motor stops.
Press the Channel2 on the APP, the relay 2 is activated, two terminals <NO> and <COM> of <OUT2> are connected, two terminals <NC> and <COM> are disconnected, AC Motor rotates in reversal direction.
Press the Channel2 again: the relay 2 is deactivated, two terminals <NO> and <COM> of <OUT2> are disconnected, two terminals <NC> and <COM> are connected, AC Motor stops.
3)Use the third relay to control DC lamp:
Press the Channel3 on the APP, the relay 3 is activated, two terminals <NO> and <COM> of <OUT3> are connected, two terminals <NC> and <COM> are disconnected, and the connected DC lamp is turned on.
Press the Channel3 again: the relay 3 is deactivated, two terminals <NO> and <COM> of <OUT3> are disconnected, two terminals <NC> and <COM> are connected, and the connected DC lamp is turned off.
4) Use the third relay to control AC lamp:
Press the Channel3 on the APP, the relay 3 is activated, two terminals <NO> and <COM> of <OUT3> are connected, two terminals <NC> and <COM> are disconnected, and the connected AC lamp is turned on.
Press the Channel3 again: the relay 3 is deactivated, two terminals <NO> and <COM> of <OUT3> are disconnected, two terminals <NC> and <COM> are connected, and the connected AC lamp is turned off.
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 a three-pin manual switch (with NO/NC contact) to the terminals <K1>, <K2>, <K3> 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, Motor rotates in positive direction, or linear actuator extends outward; When disconnect the terminals <K1> and <G> by the manual switch, the relay 1 is deactivated, Motor or linear actuator stops.
When connect the terminals <K2> and <G> by the manual switch, the relay 2 is activated, Motor rotates in reversal direction, or linear actuator inward retracts; When disconnect the terminals <K2> and <G> by the manual switch, the relay 2 is deactivated, Motor or linear actuator stops.
When connect the terminals <K3> and <G> by the manual switch, the relay 3 is activated, and the connected lamp is turned on; When disconnect the terminals <K3> and <G> by the manual switch, the relay 3 is deactivated, and the connected lamp is turned off.
Use the mobile phone to connect to the wifi switch to control two electric actuators
Operate electric lock by mobile phone via WiFi intelligent control switch
How to connect the WiFi switch to the mobile phone
Package Include:
1 x WIFI Intelligent Switch
1 x User manual
Application:
It 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 such as electric curtains, small bi-directional DC motors (two control lines), small bi-directional AC motors (three control lines), linear actuators, etc.
Feature:
Connect to the Internet via the WIFI signal of the wireless router.
Via smartphone app to control, no distance limit.
Relay Output: The output terminals are NO / NC (normally open / normally closed), serving as a switch; it can be used to operate both DC and AC equipment.
With wired control terminals: You can connect manual switches or other devices to control the WiFi switch.
With Bluetooth function, you can use your mobile phone to control the WiFi switch through Bluetooth.
It has the characteristics of reverse power protection and overcurrent protection.
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 6~24V
Output Type: Dry Relays 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: 3 CH
Working Mode: Interlocking (CH 1 and CH 2), Self-locking (CH 3)
Static Current: ≤6mA
Operating Temperature: -20°C ~ +70°C
Maximum Load Current of Relay: 10A / channel
PCB Size: 93 x 45 x 19 mm (3.7 x 1.8 x 0.75 inches)
Case Size: 115 x 90 x 42 mm (4.5 x 3.5 x 1.7 inches)
Wiring:
1) If you want to control linear actuator or small bi-directional DC motor (two control lines), do as following:
1.1 Connect the positive pole of DC power supply to terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to terminal <-> of the WiFi switch.
1.2 Connect the positive pole of the DC power to two terminals <NO> of the WiFi switch <OUT1> and <OUT2>, and connect the negative pole of the DC power supply to two terminals <NC> of the WiFi switch <OUT1> and <OUT2>.
1.3 Connect two wires of DC motor or linear actuator to two terminals <COM> of the WiFi switch <OUT1> and <OUT2>, you can change these two wires to change the rotating direction of motor or the moving direction of linear actuator.
2) If you want to control small bi-directional AC motor (three control lines), do as following:
2.1 Connect the positive pole of DC power supply to terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to terminal <-> of the WiFi switch.
2.2 Connect the live wire of the AC power supply to two terminals <NO> of the WiFi switch <OUT1> and <OUT2>, connect the neutral wire of the AC power supply to the common terminal of the AC motor.
2.3 Connect the forward and reverse connection wires of the AC motor to two terminals <COM> of the WiFi switch <OUT1> and <OUT2>, you can change these two wires to change the rotating direction of motor.
3) If you want to use the third relay control DC lamp, do as following:
3.1 Connect the positive pole of DC power supply to terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to terminal <-> of the WiFi switch.
3.2 Connect the positive pole of the DC power supply to the terminal <NO> of the WiFi switch <OUT3>, connect the terminal <COM> of the WiFi switch <OUT3> 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.
4) If you want to use a third relay control AC lamp, do as following:
4.1 Connect the positive pole of DC power supply to terminal <+> of the WiFi switch, and connect the negative pole of DC power supply to terminal <-> of the WiFi switch.
4.2 Connect the live wire of AC power supply to the terminal <NO> of the WiFi switch <OUT3>, connect terminal <COM> of the WiFi switch <OUT3> to one side of AC lamp, and connect another side of AC lamp to the neutral wire of AC power supply.
Operation (For APP’s installation, registration, and use, please refer to the manual of the APP):
The first and second relays work in interlocking mode, and the third relay works in self-locking mode.
1) Control linear actuator or small bi-directional DC motor (two control lines):
Press the Channel1 on the APP, the relay 1 is activated, two terminals <NO> and <COM> of <OUT1> are connected, two terminals <NC> and <COM> are disconnected, DC Motor rotates in positive direction, or linear actuator extends outward.
Press the Channel1 again: the relay 1 is deactivated, two terminals <NO> and <COM> of <OUT1> are disconnected, two terminals <NC> and <COM> are connected), DC Motor or linear actuator stops.
Press the Channel2 on the APP, the relay 2 is activated, two terminals <NO> and <COM> of <OUT2> are connected, two terminals <NC> and <COM> are disconnected, DC Motor rotates in reversal direction, or linear actuator inward retracts.
Press the Channel2 again: the relay 2 is deactivated, two terminals <NO> and <COM> of <OUT2> are disconnected, two terminals <NC> and <COM> are connected, DC Motor or linear actuator stops.
2) Control small bi-directional AC motor (three control lines):
Press the Channel1 on the APP, the relay 1 is activated, two terminals <NO> and <COM> of <OUT1> are connected, two terminals <NC> and <COM> are disconnected, AC Motor rotates in positive direction.
Press the Channel1 again: the relay 1 is deactivated, two terminals <NO> and <COM> of <OUT1> are disconnected, two terminals <NC> and <COM> are connected), AC Motor stops.
Press the Channel2 on the APP, the relay 2 is activated, two terminals <NO> and <COM> of <OUT2> are connected, two terminals <NC> and <COM> are disconnected, AC Motor rotates in reversal direction.
Press the Channel2 again: the relay 2 is deactivated, two terminals <NO> and <COM> of <OUT2> are disconnected, two terminals <NC> and <COM> are connected, AC Motor stops.
3)Use the third relay to control DC lamp:
Press the Channel3 on the APP, the relay 3 is activated, two terminals <NO> and <COM> of <OUT3> are connected, two terminals <NC> and <COM> are disconnected, and the connected DC lamp is turned on.
Press the Channel3 again: the relay 3 is deactivated, two terminals <NO> and <COM> of <OUT3> are disconnected, two terminals <NC> and <COM> are connected, and the connected DC lamp is turned off.
4) Use the third relay to control AC lamp:
Press the Channel3 on the APP, the relay 3 is activated, two terminals <NO> and <COM> of <OUT3> are connected, two terminals <NC> and <COM> are disconnected, and the connected AC lamp is turned on.
Press the Channel3 again: the relay 3 is deactivated, two terminals <NO> and <COM> of <OUT3> are disconnected, two terminals <NC> and <COM> are connected, and the connected AC lamp is turned off.
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 a three-pin manual switch (with NO/NC contact) to the terminals <K1>, <K2>, <K3> 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, Motor rotates in positive direction, or linear actuator extends outward; When disconnect the terminals <K1> and <G> by the manual switch, the relay 1 is deactivated, Motor or linear actuator stops.
When connect the terminals <K2> and <G> by the manual switch, the relay 2 is activated, Motor rotates in reversal direction, or linear actuator inward retracts; When disconnect the terminals <K2> and <G> by the manual switch, the relay 2 is deactivated, Motor or linear actuator stops.
When connect the terminals <K3> and <G> by the manual switch, the relay 3 is activated, and the connected lamp is turned on; When disconnect the terminals <K3> and <G> by the manual switch, the relay 3 is deactivated, and the connected lamp is turned off.