Bluetooth Mesh LED Driver for Intelligent lighting
A LCM/PWM-IoT Series Bluetooth Mesh LED Driver from MEAN WELL is an AC/DC LED driver that allows you to easily control a wide range of LED luminaires through the APP and thus achieve optimal energy and asset management.
Achieve top energy and asset management
As the 5G telecommunication booms, intelligent lighting is the market trend no matter in wired or wireless control. The ultimate goal is to integrate all lighting fixtures and home devices into the same network and control these devices through the APP.
MEAN WELL, the world’s top pioneer manufacturer of standard power supplies in industrial, medical and critical applications, has responded to the intelligent lighting trend with the LCM-IoT and PWM-IoT series with Bluetooth mesh module. With effective light control, you’ll successfully reduce energy consumption and cut costs.
LED Drivers with three Bluetooth mesh modules
To the LCM-40/60BLE series, i.e. the LED drivers with CASAMBI Bluetooth mesh module, two Bluetooth mesh module brands were added:
- Tuya from China and
- Silvair from Poland.
The LCM-IoT and PWM-IoT series with all three Bluetooth mesh modules are your key to easy LED lighting control and the reduced power consumption.
Check out LED driver series Models:
Switch to intelligent control
In all models of LED drivers with Bluetooth mesh module several functions, such as grouping, scenario, and timer schedule can be conveniently set through APP.
In addition, you can use third-party compatible devices such as wall-switch or light sensor devices to build up your own intelligent lighting control system.
Bluetooth Mesh LED Driver’s Features
- Constant current control, current adjustable with dip switch (LCM series)
- Constant voltage control 12 V/24 V/48 V (PWM series)
- Flicker-free design
- Plastic housing and class II design without FG
- Built-in active PFC function and efficiency up to 92%
- Dimming functions: Bluetooth and Push dim (LCM-BLE series)
- Surge protection with 2 KV (L-N)
- Protections: short circuit/overvoltage/overheating
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