Smart Bulb MR16 (RGBCW)

Updated: 18 Jan 2025

Product specifications

Measurements
Weight
40 g
Measurements (box)
Length (package)
5.3 cm
Width (package)
5.3 cm
Height (package)
6.7 cm
Weight (package)
40 g
Specifications
Power supply mode
100_240v_ac_50_60_hz
Connectivity
Zigbee
Panel material
abs_pc_material
Product color
White
Safety features
Overload
Short Circuit
thermal_protection
Mounting
screw_in_mounting
Consumption
5.00W
Wave
Category
SKU
PW-LIGHT-MR16
Manufacturer
PIERRE

The PIERRE Wave - Smart Bulb MR16 (RGBCW) offers flexible and advanced lighting control, ideal for accent and directional lighting. Featuring a full RGB color range and adjustable cool to warm white light (2700K to 6500K), this 5W smart bulb provides a brightness output of 400-420 lumens. 

Users can control the color, brightness, and warmth via mobile app, allowing them to create customized lighting for any setting—from relaxing warm light to vibrant colors for special occasions. Built with energy efficiency and long-lasting performance in mind, this bulb has an estimated lifespan of 25,000 hours, making it a durable option for smart home lighting. The MR16 base ensures easy installation in compatible spotlight and track lighting fixtures.

Warranty
Standard product warranty of 2 years.
User manual Collapse

Print user manual for Smart Bulb MR16 (RGBCW)

Technical specification

Power supply mode

100-240V AC 50-60 Hz

Consumption

5.00W

Connectivity

Zigbee

Panel material

ABS+PC material

Product color

White

Mounting

Screw-in mounting

Safety features

Overload, Short Circuit, Thermal Protection

Base Type

MR16

Light Type

RGBCW (RGB + Cool White + Warm White)

Dimmable

Yes

Color Temperature (CCT)

2700K ~ 6500K

Color Options

16 million colors, adjustable white tones (warm to cool)

Beam Angle

120°

Lumen

250 - 499 lm

System requirements

The PIERRE Wave system is a user-friendly solution for integrating and managing smart devices through a central platform. The system consists of the following components:

A - Required Elements:

  1. PIERRE Wave Products: These smart devices, including lighting, thermostats, sensors, and other appliances, connect wirelessly to the PIERRE Wave Gateway. They provide essential functions and capabilities for the system.
  2. PIERRE Wave Gateway: The central unit linking all PIERRE Wave devices, the gateway manages communication and data exchange, ensuring security and stability. It supports remote access and control, with the default Berlin display interface, though users can choose any PIERRE display model.

B - Optional Elements:

  1. Mobile PIERRE App: This app allows users to manage and monitor the system from their smartphone or tablet, offering real-time updates and remote access. It provides convenience but is not necessary for basic system operation.
  2. Router: An optional component that enables internet connectivity, allowing devices to be accessed and controlled remotely.

  1. System Operation: The gateway can connect to the router via Wi-Fi or LAN for internet connectivity, enhancing remote management capabilities. PIERRE Wave products communicate wirelessly with the gateway, which acts as the central hub. This bidirectional communication allows data to flow both ways, enabling users to send commands and receive status updates through the Mobile PIERRE App. The app facilitates effective management and real-time feedback on device statuses.
App-to-Device Pairing

Please scan the QR code to download PIERRE application
 

Log in with you Username and Password
 

Open Settings and press "Add Wave I/O"

Press and hold the Reset Key for 10 seconds (use a small, thin object like a paperclip) until the Indicator Light starts flashing

  1. Indicator Light
  2. Reset Key
  3. PIERRE Wave Gateway 
     

Press "Find Devices"
 

PIERRE application will show the list of available devices. Press "Add found devices"
 

Enter Name, Role and Group settings and Save it
 

When the Light indicator stops flashing, the PIERRE Wave pairing process is finished
 

Is there something missing?
Give feedback for this page
Back to Top