Universal WiFi controller Shelly Plus UNI

Shelly Plus UNI universal WiFi controller

With Shelly Plus Uni you will gain full control over your electrical devices, no matter where you are. With the controller you can remotely control lighting, heating or ventilation using your smartphone, tablet, computer or home automation system. It is equipped with two solid-state relays with potential-free contacts, a pulse counter, analog inputs and two digital inputs. It can operate autonomously on a local Wi-Fi network or be controlled via cloud-based home automation services. It also has a built-in web interface that allows you to monitor and control the device, as well as customize its settings.

Control from a distance

Whether you're at work, on vacation or simply in another part of the house, you can check and freely control devices connected to the Shelly Plus UNI - all you need is Internet access! This universal module is also compatible with popular platforms such as Google, Samsung SmartThings and Alexa. So you can easily integrate it into your existing systems and enjoy an even wider range of possibilities.

Manufacturer

Shelly

Model

Plus UNI

Power supply

8-24 VAC; 9-28 VDC; 5 VDC (stabilized, via +5 VDC and GND)

Power consumption

< 1 W

Resistance of digital inputs

50 kΩ

Trigger voltage of digital inputs

1.5 V (active low level)

Maximum switching voltage

30 V

Maximum switching current

300 mA

Voltmeter

0-15 VDC / 0-30 VDC (dual band)

Trigger voltage counter pulse input

1.5 V (active low level)

Maximum pulse frequency of the counter

1 kHz

Supported external sensors

One DHT22 or up to five DS18B20s

Wi-Fi protocol

802.11 b/g/n

Wi-Fi range

Up to 30 m indoors and up to 50 m outdoors

Bluetooth protocol

4.2

Bluetooth range

Up to 10 m inside and up to 30 m outside

CPU

ESP32

Flash memory

4 MB

Schedules

20

Webhooks (URL shares)

20 with 5 URLs per webhook

Scripts

Yes

MQTT

Yes

CoAP

No

Dimensions

40 x 21 x 7 mm

Weight

8,5 g

Ambient temperature

-20°C to 40°C

Humidity

30% to 70% RH