Smart Life Tuya WIFI 8CH 85-265V Door Gate Garage Opener Inching Relay Module

Welcome to Smart Home Automation.

The newly designed WIFI 8CH 85-265V Door Gate Garage Opener Inching Relay Module.

Our Relay Module is best for connecting to your existing Door Gate Garage Motor to Open/ Close or Turn Lights ON/ OFF.

All you need is Our Smart Home Devices, WiFI with constant Internet, and Electricity to power the Device. Some of Our Devices are Battery Powered so you don't have to worry about messy cables or the need to run cables.

Features;
Inching Mode (Momentary) - Once you press the Manual switch or control from the app, the relay will activate for 1-60 seconds (time adjustable on the app) and then release automatically. You can use it to control the Gate, Door opener, Computer, Elevator, Remote controller key, or any Momentary buttons.
Self-lock Mode - Once you press the Manual switch or control from the app, the relay will activate to keep ON or OFF normally. You can use it to control the Light, Fan, Humidifier, or other home appliances within AC 1-240V 10A 2200W Max 
DC Input - If your equipment is powered by 85-265V, then you can power up the board with the same power source. Please make sure the input current is enough.
Set a schedule or a Countdown Timer of when your Device should be turned ON/ OFF.
Switching mode via Tuya/ Smart Life Mobile phone App.
Supports Voice Control and Works with Amazon Alexa, Google Home.
Get alerted via Notification on your Mobile Smartphone within seconds.

Specifications;
Electrical Voltage:  AC85-265V.
Relay Load: 240V/ 10A 2200W Max. for Pure Resistive Load | 240V 2A 550W Max. for Inductive and Capacitive Load.
Wireless Frequency: WiFi Standards IEEE 802.11 b/n/g on the 2.4G Hz Only | RF433Mhz.
Panel Material: PC.
Dimensions: Box: 148 x 98 x 44mm.
Weight: 230g.

What's in the Package;
1 x Tuya WIFI 8CH 85-265V Door Gate Garage Opener Inching Relay Module.
1 x User Manual

*Please note the power input is only for the PCB Powering. The relays are Dry-contact switches without voltage output.*