Shelly Plus RGBW PM

Device identification

• Device name: Shelly Plus RGBW PM

• Device model: SNDC-0D4P10WW

• Device SSID: ShellyPlusRGBWPM-XXXXXXXXXXXX

• Device Bluetooth ID: 0x1009

Short description

Shelly Plus RGBW PM is a Wi-Fi/Bluetooth-operated RGBW controller. It can be connected like any LED controller and allows the lighting to be controlled directly from a mobile device or tablet. It supports 3 profiles -rgbw, rgb and light. In the light profile, different LED strips (groups of lights) can be controlled independently. Power measurement functionality allows real-time tracking of the voltage, current, and power consumption.

Main features

• BLE Gateway: Facilitates communication between BLE and Wi-Fi-enabled devices.

• Wi-Fi Range extender: Retransmits the Wi-Fi signal and extends its reach.

• Scripting: Allows creating automation scenarios through scripts.

• Basic Schedules: Supports weekly schedules and routines, including setting of brightness, transition duration, and flip value of the dimming signal.

• Advanced Schedules: Supports detailed schedules and routines throughout the year with a broad range of time adjustments from seconds to months, including setting of brightness, transition duration, and flip value of the dimming signal.

• Shelly Plus Add-On compatible: The Device supports connection with the sensor interface to Shelly Plus devices.

• Auto on/off timers: Enables auto on/off timer setting.

• Local actions: Allows creating automation scenarios within the local Wi-Fi network, including setting of brightness, transition duration, and flip value of the dimming signal.

• Webhooks: Supports automation through lightweight, event-driven communication with other devices.

• Independent control for each output (channel) in light profile: Provides separate control for each output for maximum flexibility.

• Calibration (in light profile): On successful calibration, detailed information about voltage, current, and power is displayed for each channel.

• Power measurement: Precise monitoring of energy consumption.

• High frequency mode: Users can choose to increase PWM frequency to 22kHz to reduce the acoustic noise from the DC driver. This might cause non-precise colors in rgb/rgbw profiles when running at low brightness. Default frequency: 833 Hz.

• Independent control for RGB and White: Color brightness and white brightness can now be controlled independently with dimming up/down.

• Night Mode: Enables setting a specific brightness of input lights during nighttime.

• Switch/Button/Analog input mode: Allows flexible input control through switches, buttons or potentiometers (10kΩ analog input is recommended).

• Min/Max brightness: Reframes the range of the dimming signal to get more precise brightness control on the output. Affects RGB in rgbw and rgb; brightness in light.

• Button fade rate: Controls how quickly the output brightness changes while holding the button(s).

Use cases

• Power monitoring: Monitor power consumption of all connected lights in real-time. This is useful for understanding energy usage patterns and promoting energy efficiency.

• Space-efficient retrofitting: Install one of the smallest devices on the market into standard electrical wall boxes, behind power sockets, light switches, or other locations with limited space.

• Wake-up and sleep routines: Use a wide range of color and brightness levels in Night mode to simulate sunrise or sunset by gradually changing the color and brightness. Implement circadian lighting, promoting better sleep-wake cycles and supporting overall well-being by adjusting light color and intensity throughout the day.

• Child-friendly night lights: Create a comforting and child-friendly environment. Adjust colors to provide a soothing ambiance for children during bedtime.

• Seasonal or entertainment decoration: Decorate homes or commercial spaces for different seasons or holidays by adjusting the RGBW lighting. For example, use warm tones for autumn and festive colors during holidays. Set dynamic and vibrant lighting patterns for parties, gatherings, or entertainment events.

• Smart presence simulation: Set customized color and brightness levels at at any given time or based on sunrise/sunset. Enhance home security by simulating presence and turning lights on and off in a natural pattern.

• Retail and commercial displays: Use the Device for visual merchandising in retail spaces. Showcase products with dynamic lighting to attract attention and create visually appealing displays.

• Enhanced lighting control options: Integrate the Device with most of the frequently used home automation systems like Home Assistant, Google Home, Alexa, and SmartThings for expanded control options.

• Dynamic art installations: Integrate the Device into art installations or exhibitions to add dynamic and interactive lighting effects, enhancing the visual impact and engagement.

Integrations

Amazon Alexa supported capabilities

• Brightness Controller

Google Smart Home supported traits

• Brightness

Samsung SmartThings supported capabilities

• Color Control

Device electrical interfaces

Inputs

• 4 switch/button inputs on screw terminals: I1 and I4

• 2 power supply inputs on screw terminals: (+) and (Ʇ)

Outputs

• 4 outputs on screw terminals: O1, O2, O3 and O4. Same are used for R, G, B and W

Connectivity

• Wi-Fi

• Bluetooth

Safety function

• Overheating protection

• Overcurrent protection

Supported load types

• 12/24 V mono-color LED strips

• 12/24 V RGB LED strips

• 12/24 V RGBW LED strips

User interface

Inputs

• One (Control) button

  • Press and hold for 5 seconds to enable Device access point and Bluetooth connection.

  • Press and hold for 10 seconds to factory reset the Device.

  • Outputs

    • LED (monocolor) indication

      • AP (Access Point) enabled and Wi-Fi disabled:
        1 second ON / 1 second OFF

      • Wi-Fi enabled, but not connected to a Wi-Fi network:
        1 second ON / 3 seconds OFF

      • Connected to a Wi-Fi network:
        Constantly ON

      • Cloud is enabled, but not connected:
        1 second ON /5 seconds OFF

      • Connected to Shelly Cloud:
        Constantly ON

      • OTA (Over the Air Update):
        ½ sec ON / ½ second OFF

      • Button pressed and held for 5 seconds:
        ½ second ON / ½ second OFF

      • Button pressed and held for 10 seconds:
        ¼ second ON / ¼ second OFF

    The list above starts with the initial device status and the lowest priority. Every next state cancels the previous one.

Basic wiring diagrams

Legend

What are the differences between the different generations of Shelly products?

Each new generation adds more power, memory, and features:

Gen 1 offers basic control;

Gen 2 (Plus Series, Mini Series, Pro Series) adds Bluetooth, scripting, and better security;

Gen 3 improves performance, adds Matter (starting from firmware version 1.6.0 or newer) and advanced monitoring;

Gen 4 offers multi-protocol connectivity, featuring Wi-Fi 6, Bluetooth, Zigbee, and Matter.

Can I control the device via Bluetooth?

No, the protocol is used only for device inclusion, allowing for quick and easy setup through the Shelly Smart Control app.

For bluetooth control it is required to have another Bluetooth device such as Shelly BLU Button or Shelly BLU Motion to interact.

Additionally, Shelly devices can function as a BLE gateway, bridging Shelly BLU devices to your Wi-Fi network.

Is it possible to use the device without a hub?

Yes, Shelly devices (except for Wave devices) operate independently without the need for a hub. They connect directly to your Wi-Fi network, and you can control them via the Shelly Smart Control app, web interface, or through integrations with platforms like Google Home, Alexa, Home Assistant and Samsung SmartThings.