LCM-40BLE MEANWELL AC-DC Multi-Stage LED driver Constant Current (CC), Modular output 0.35A/0.5A/0.6A/0.7A/0..

LED driver multicorriente, adjustable CASAMBI and push button.

Specially designed for powering LEDs directly in a steady stream.

Format in plastic boxIP20.

Input range180-295Vca47-63Hz.

Current output selectable by micro-switch350, 500, 600, 700, 900 or 1050mA.

Efficiency typical:90%.

Regulationby CASAMBI.

Push-button: the LCM-40BLE has apushbutton inputCA. The function of this button can be configured with CASAMBI.

Features: Protocol CASAMBI, push for regulation, control scene, control groups... through the application CASAMBI.

Synchronization: we can sync up10 unitsvia the wires LCM-xxx-SYNC in such a way that by regulating a source other do the same regulation. So you can connect a drive LCM-BLE with other units in LCM without regulation CASAMBI.

Input class II without grounding.

Factor corrector, power>0,975to 230vac at full load.

Low ripple current, no flicker (flicker-free).

Operating temperature range of caseTcfrom-30ºCup+90ºC.

Dimensions (Length x Width x Height):123,5 x to 81.5 x 23mm.

3 years of warranty.

Manufacturer: MEAN WELL.

VIDEO - CONTROL OF THE DRIVERS LED BLUETOOTH CASAMBI OF MW.

This source is designed to work directly with leds (plates LED or COBs), not with LED strips. Must be equipment that is fed in a steady stream.

This source works on a constant Current when we connect the LEDs directly to have a voltage within the range of rensión output mode constant current and a working current equal to the output current.Be sure to adjust the output current desired using the selector outlet.
For more information please see the datasheet in the section attachments.

This version (BLE) is regulated byCASAMBIand push button CASAMBI (type CA push) that can activate scenes, groups or any event of CASAMBI. The input range is 180-295Vca and offers different levels of current, ranging from 350-1050mA.

CASAMBI is a control system based on Bluetooth technology, mesh. This means that the equipment with this system to create a network. The settings are stored in the cloud and across different devices. In such a way that if one device fails, all the others are still working perfectly and rewire the network. There is not a single point of failure. There are No cables. We have a range between devices are normally of 30 meters for indoor. While any equipment that we install is less than that distance, may function perfectly, are in charge of relaying the information if it is necessary so that we can arrive at a distance virtually unlimited, provided that each of 30 meters have a computer that will serve as a link. The technology CASAMBI has a wide range of manufacturers type type of computers, controllers, drivers, sensors, controllers, that can easily be set up with the App intuitive and then communicate between them without the use of a mobile device. In addition to the technology CASAMBI allows you to configure the equipment so that you can configure with switches or push-buttons normal with just a power off and power on quickly to regulate, change of scene, etc Has built-in functions of control of lighting circadian to reproduce the light of the sun throughout the day as well as a lot of functions that are very powerful but very easy to use. The technology CASAMBI is the easiest and more intuitive to have a system of control of intelligent lighting.

These drivers have a high efficiency (90%) and a fanless design, being able to work at temperatures (of the box) between -30 ° C and +90 ° C. housing made of plastic intended for applications with LED lighting. Suitable for indoor lighting, modern constructions and intelligent or buildings-houses refurbished for not rewiring, stairs (with two buttons on the same switch) and outdoor applications. Low ripple current, no flicker (flicker-free).

Input for protection by temperature of the LED modules. The driver has an input to connect a NTC sensor (resistance of a negative coefficient) which allows us to reduce the output current in case of excess of temperature in the LED modules. If we're not going to use this input protection, we can use it to connect a fixed resistor and adjust the output current to values lower intermediate up to 56% lower than the value selected with the DIP-Switch. For example if we want a current of 630mA we can adjust the output with the jumpers to 700mA and connect a resistor of 34kOhmnios. For more information please see the datasheet in the tab "Attachments" and you can use the Excel file to calculate the value of the resistance.