1 x WiFi to radio converter (including power adapter)
1 x receiver: S1PFC-AC
1 x transmitter: CV-4-2
1 x user manual
This intelligent control kit includes a WiFi-RF converter, receiver
and RF remote control. The receiver has a set of relay outputs that
can be used to connect an AC motor that rotates in the
positive/inverse direction. The user can use the remote control to
control the AC motor connected to the receiver, or use the
smartphone to control the AC motor connected to the receiver
1. It can remote control various devices using mobile phones and
the Internet. It can be used in electric curtains, retractable
hangar, roller shutters, projection screens, awnings, winches,
conveyors or other appliances and equipment with AC motors. It can
control the rotation of the AC motor in the positive or reverse
2. Especially in a place without a network, the user can use this
product to control the mobileareil application remotely via the
mobile phone and the Internet.
3. This product also has superior timing and delay functions that
provide a variety of complex timing controls, delay control and
automatic cycle control. As a result, it has richer and smarter
control functions than traditional remote controls.
The WiFi to radio converter is connected to the Internet via the
wireless router's WiFi signal. We use the APP mobile phone to
operate the WiFi to radio converter.
The WiFi to radio converter can learn the signal from the radio
remote control and control the mobile radio application by
transmitting the same radio signal.
Thanks to these two principles, the mobile phone can be transformed
into a universal remote control that allows remote control of
First, we use our mobile phone to download the mobile app, register
an account and log in. Then connect WiFi to the Radio Converter to
the wireless router and operate the mobile app to learn radio
signals from the "ON" and "OFF" buttons on the remote. Finally, we
can use the phone to control the AC motor connected to the
Wireless control and easy to install.
The radio receiver is a power output; it can be used to operate an
A radio receiver with overcurrent protection.
You can turn on/off devices controlled by the transmitter (remote
control) from any location at a safe distance.
You can turn your smartphone-controlled device on/off from any
WiFi Radio Converter Parameters:
Dimensions: 62mm x 62mm x 20mm
Operating voltage: 5V/1A (powered by Micro USB interface)
WiFi operating frequency: 2.4GHz
Working distance of the radio system: 50 to 100 meters (in open
Working temperature: -40°C~85°C
It can learn up to 4 remote controls and can control up to 16
Supports learned radio remote control frequency controls: MHz
Most fixed code and teach-in code remote controls are supported,
such as PT2260, PT2262, PT2264, PT2264, PT2264, EV1527, etc.
Dynamic rolling codes and encrypted remote controls are not
Infrared signal remote controls such as TV and air conditioning
remote controls are not available.
It can be remotely controlled by a mobile phone application in any
location where there is a mobile phone signal.
The Android version of the application adapts to a variety of
mobile phones or Android tablet systems.
The iOS version of the application adapts to a variety of Apple
phones or Apple devices such as the iPhone, iPad and iPod Touch.
The application has language versions such as English, French,
German, Spanish, Russian and other languages.
Multiple work modes: auto lock, interlock, timer, timing, cycle
work and custom scenes.
Control modes: Interlock and Momentary.
Power supply (Operating voltage): CA100~240V (110V/120V/220V/240V)
Output: CA100~240V (110V/120V/220V/240V)
Working frequency: 433MHz
Channels: 1 CH, it can work with 1 AC motor
Maximum working current: 30A/each channel, therefore maximum
starting motor current cannot exceed 30A.
PCB Size: 140mm x 73mm x 18mm
Case Size: 192mm x 100mm x 45mm
Symbol button: , , 2 x
Operating voltage: 12V (1 battery 23A -12V, can be used for 12
Operating current: 15mA
Operating frequency: 433MHz
Transmission distance: 500m/1500feet (theoretically)
If you stretch the telescopic antenna, it can have an extra working
range, which is twice as large as be