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uniLIGHT BEC module, 8A

https://www.unilight.at/web/image/product.template/2819/image_1920?unique=71f922e

MODUL-BEC8

BEC Module up to 5A constant current, 8A peak current

Our BEC module (Battery Elimination Circuit) has been specifically developed for use with uniLIGHT.at lighting systems, offering high performance in an extremely compact design.

The module generates the required stable output voltage directly from a drive battery (up to 28V / 6S). 
Two versions are available: 
The 8V / 2S version is intended for standard lighting systems. 
The 12V / 3S version is designed for glider ACL applications.

The module is simply connected to the battery, allowing the lighting system to be operated directly from the output. Thanks to the galvanic isolation of uniLIGHT controllers, interference within the receiver system is prevented. However, compared to using a dedicated battery, wiring, motor operation, and the ESC may still introduce minor influences. Lighting systems with up to 5A continuous current and 8A peak current can be operated.

Additionally, the BEC module provides further adjustment options via small switches located on the side. 

FULL Switch
Provides the full / maximum output voltage of 8.4V for standard lighting systems or 13V for glider ACL systems.

 REDUCED - HIGH/LOW Switch
Reduces the output voltage to slightly/significantly dim the lighting system. This helps prevent glare during dusk operation or allows continuous operation at exhibitions without overheating.

Technical Data:

Operating voltage input: up to 26VDC
Output current, constant: up to 5A
Peak current: 8A
Output voltage 8V version: 8.4V / 8.0V / 6.4V
Output voltage 12V version: 13V / 12V / 9V
Weight (without cable): approx. 26g
Dimentions: 35x48x5mm

Delivery Content:

JST BEC cable M/F, mounting brackets

24.92 € 24.92 EUR 24.92 €

24.92 €

Not Available For Sale

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Function: Power Supply


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Warning Notice:

The BEC System MODUL8 is specifically designed for lighting systems and is not intended for use with RC systems. In the event of an overload, the module may shut down to protect itself from damage!