Tuya Smart Wifi Motor Switch Module Rf 433 Radio Remote Control 4ch Inching Relay For Google Home [Remote Control ]: Wherever you are, you can use "TUYA" or "SMART LIFE" APP to remotely control garage doors, computers, fans, curtains, fireplaces or other household appliances.[Independently control 4 devices]:It is the new 4-channel which can make you remotely turn on/off 4 independently.[3 powerful working modes ]: You can access self-locking, interlock and inching mode on APP directly.[433MHz RF Control]:With a 433.92MHz RF receiver module built-in, it can be controlled by the 433MHz remote controller(not included remote controller).[Power On state]:You can set the power-on state to: ON/OFF/KEEP. When the device is powered back on,the switch status of the device will be determined by the power-on state you set.[Timer]:Time Schedule function will help you never forget to turn off the appliances,the device will execute at the time you need. For example, you can set it to at 9 a.m. from Monday to Friday week.[Share]:With the sharing function, you can share the device with your family or . Of course, if you ' like , you can take back their control at any time.[Smart Scenes]:You can create smart scenes in order that one Tuya device can trigger on/off another one or gather multiple devices into one group and tap to run .And you can also use IFTTT to realize scene linkage between multi platform devices.[Voice Control]:Compatible with , Google Assistant,.[Easy to Set Up]:Just support 2.4G WiFi network connection. Download TUYA or Smart Life APP and register an account. Then the instructions to complete the WiFi configuration.Input voltage:AC 85-250V, -USB 5V input.Max current:2200W / 10A.WiFi standard:2.4GHz802.11 b/gsize: 8 x 7.5 x 2.5cmMaterial: plasticcolour: WhitePackage Contents:1 x Tuya Smart Wifi Motor Switch ModuleOnly the above package content, other products are not included.Note: Light and different displays may cause the color of the item in the a little different from the real thing. The measurement allowed error is +/- 1-3cm.