ADDRESSABLE RGB LEDS

The T.B.RGB AD. addressable RGB fan series applies exclusive ENERMAX LED LIGHTING Technology to deliver incredibly bright and even RGB lighting.
The addressable RGB LEDs can create colourful rainbow effects and allow sycronization with supported motherboard software.
T.B.RGB AD. can be used as a standalone product with the included RGB controller or can be synchronised with supported RGB motherboards from Asus, Asrock, MSI and Gigabyte. With the patented Twister Bearing technology, the T.B.RGB AD. fan can not only provide beautiful lighting effects, but also offer superior silent performance.

Technical Specifications

Overview
UCTBRGBA12P-BP3
Fan Quantity 3x
Bearing Type
Twister Bearing
MTBF 160,000h @25°C
Number of Blades 7
Fan Dimensions
120 x 120 x 25mm
Fan Speed
500 – 1,500RPM
Fan Control Steps
LED Type
WS2812B addressable RGB
RGB Sync. Compatibility
Asus, Asrock, MSI and Gigabyte
Color Effects
Racing-Rainbow (Default), Breathing-Rainbow, Flash-Rainbow, Overlaying-Rainbow, Flow-Rainbow, Colors auto-run (8 colors), Ripple auto-run (8 colors), Overlaying-RED, Overlaying-GREEN, Overlaying-BLUE
Rated Voltage Fan
12V
Rated Current Fan
0.15 A
Rated Voltage Fan
5V
Rated Current LED
0.8 A
Total Current LED
2.4 A
Max. Current Controller
3 A
Fan Connector
4-pin PWM
RGB Sync. Connector
4-pin aRGB connector (5V/D/-/G)
Power Connector
Molex/SATA power connector 
Noise Level
14 – 22dB(A)
Air Flow
23.29 – 80,75m3/h
Air Flow
13.71 – 47,53CFM
Static Pressure
0.19 – 1.66mm-H2O
Included in the delivery
3 x T.B. RGB AD fan, 12 x screws, RGB control box, magnetic adhesive, molex power cable, SATA power cable, aRGB 3 to 1 cable (5V/D/-/G) , GIGABYTE aRGB adapter, PWM 3 to 1 cable

Dealer Information
UCTBRGBA12P-BP3
Product Dimensions 120 x 120 x 25mm
Product Weight
Product Box Dimensions 133 x 160 x 100mm
Product Box Gross Weight  0.75kg
Master Carton Dimensions 538 x 335 x 309mm
Master Carton Gross Weight 14.9kg
Master Carton Pieces 20
EAN-Code 4713157723987

 

Lighting Effects

Downloads

Datasheet EN – T.B.RGB AD 12cm
Manual – T.B.RGB AD 12cm
Product Pictures – T.B.RGB AD 12cm

Mod-Your-Case [DE] Review
Mod-Your-Case [DE] Review

3 Fan Pack | 120mm | UCTBRGBA12P-BP3

Addressable RGB LED Lighting

T.B.RGB AD. fans support addressable RGB technology for a unique RGB lighting experience with 16.8 million colours. Four halo shaped rings equipped with the ENERMAX LED Lighting Technology are smoothly worked into the frame and offer bright and even illumination without visible LED spots.

Twister Bearing Technology

The Twister Bearing Technology guarantees an exceptionally long lifetime of 160,000 hours (MTBF). The bearing shaft is fixed to the rotor and small magnet inside the bearing keeps the shaft in position. The convex surface of the shaft’s base reduces the frictional resistance and ensures a quiet and smooth fan rotation. The sleeve is made from a self-lubricating material, which prevents the bearing from draining and corrosion.

Silent Operation

The fan blades of T.B.RGB AD. are optimized for silent operation and the speed can be turned down to 500 RPM.

The fan supports full RPM control from the motherboards software via 4-pin PWM connector.

T.B.RGB AD.’s frame is equipped with rubber damping pads to prevent vibration transfer to the chassis and to ensure low noise operation.

RGB Sync

Synchronizable RGB lighting via addressable RGB header of motherboards from Asus, Asrock, MSI and Gigabyte. Programmable lighting effects via motherboards software.

Note: Addressable RGB LEDs run on 5V, do not connect them to a non-addressable 4 pin header with 12V.

Control Box

The integrated RGB control box offers quick setup of 10 pre-set lighting effects without the need of a RGB motherboard or additional software.

Modular Frame

The patented Modular Frame structure with the four halo shaped rings give T.B.RGB AD. its characteristic design.

Detachable Fan Blades

Thanks to the Twister Bearing technology T.B.RGB AD.’s fan blades can be detached for easy cleaning. Release the fan blades by appling pressure in the center of the rotor from behind.