Thermalright TL-M12QR 120mm Reverse Blade Daisy-Chain ARGB Black 3 Fans

Thermalright TL-M12QR 120mm Reverse Blade Daisy-Chain ARGB Black 3 Fans - Image 2

Thermalright TL-M12QR 120mm Reverse Blade Daisy-Chain ARGB Black 3 Fans

1250 EGP

Part Number TL-M12QR X3 BLACK (UPC: 814256020381)
Fan Speed Up to 1500 RPM (PWM Controlled)
Max Airflow / Pressure 47.6 CFM / 1.31 mm H2O
Bearing Type S-FDB Bearing (Fluid Dynamic)
Dimensions 124 x 120 x 25 mm
Connectivity Daisy-Chain PWM & 3-Pin 5V ARGB
Warranty 1 Year

In stock

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SKU: 814256020381 Category: Case Fans Tags: 1 31 mmH2O, 120MM, 120mm ARGB Fan, 3, 3-pack, 47 6 CFM, 814256020381, ARGB, BLACK, Blade, Daisy-Chain, fans, Intake, Reverse, REVERSE BLADE, S-FDB, Thermalright, Thermalright TL-M series, TL-M12QR, TL-M12QR X3 BLACK Brand: Thermalright

Thermalright TL-M12QR 120mm Reverse Blade Daisy-Chain ARGB Black 3 Fans

The Thermalright TL-M12QR 120mm Reverse Blade Daisy-Chain ARGB Black 3 Fans facilitates elite intake synchronization through its reverse blade architecture and infinity mirror design. Specifically engineered for professionals who demand 1500 RPM thermal excursions and technically superior intake orientation without compromising visual purity, it bridges the gap between mechanical airflow and industrial-grade workstation aesthetics.

1500

Max RPM

47.6

CFM Intake

S-FDB

Bearing Logic

1 Year

Local Warranty

Why the TL-M12QR is the Elite Choice for Professionals

Reverse Intake Synchronization

Specifically, the TL-M12QR architecture utilizes reverse-pitched blades to technically facilitate air intake through the front of the fan. This architecture ensures that your technical visual assets (the infinity mirror) remain visible when mounted as intakes on the bottom or side of a chassis. Consequently, your workstation environment transitions into a professional high-efficiency ecosystem without visual compromise.

Daisy-Chain Interface Logic

The architecture features a native daisy-chain cable system, technically engineered to deliver elite cable management excursions. Moreover, the integration of PWM speed control and 5V ARGB synchronization ensure that your visual and thermal excursions stay synchronized across multi-year hardware iterations. This ensure your professional gear remains stable and secure during high-intensity technical tasks.

Industrial S-FDB Stability

Specifically, the S-FDB bearing architecture technically facilitates frictionless rotation excursions with an acoustic ceiling of 23.2 dBA. Furthermore, the 1.31 mm H2O static pressure ensure that your technical intake transitions remain stable even through restricted dust filters. Consequently, this architecture facilitates reliable performance and elite visual purity for professional technical builds.

Comprehensive Technical Specifications

Feature	Detailed Specification
Model Name	TL-M12QR X3 Black (3-Pack)
Rated Speed	1500 RPM ±10% (MAX)
Air Flow Logic	47.6 CFM (MAX) Intake Direction
Acoustic Level	23.2 dBA (MAX) Ultra-Silent
Bearing Architecture	Sony-Fluid Dynamic Bearing (S-FDB)
Interface Sync	4-Pin PWM \| 3-Pin 5V ARGB (Daisy-Chain)
Dimensions	L124 mm x W120 mm x H25 mm
EAN / GTIN	814256020381
Warranty	1 Year Limited Warranty

💡 Technical Note: Reverse Intake Orientation

Specifically, the TL-M12QR architecture technically facilitates Reverse Airflow logic. This means the fan acts as an intake when the “face” (the infinity mirror side) is pointed toward the interior of the chassis. Consequently, this ensure your professional visual excursions stay synchronized without the requirement for flipping the fan and hiding the premium infinity mirror assets. Furthermore, for elite technical synchronization, avoid connecting the 3-Pin 5V ARGB header to 12V RGB headers near-instantaneously to prevent electrical failure.

FAQ

What is the technical benefit of the Reverse Blade design?

Specifically, the architecture facilitates air intake from the front (mirror) side. Consequently, it ensure your technical visual synchronization remains visible when the fan is mounted as an intake on the bottom or side of the chassis, technically providing elite visual purity near-instantaneously.

Is the S-FDB bearing technically superior for acoustics?

Yes. The Sony-Fluid Dynamic Bearing architecture technically facilitates a fluid layer that minimizes mechanical friction excursions. This ensures your professional workstation remains ultra-silent at 23.2 dBA even during high-bandwidth technical iterations at 1500 RPM.

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