Thermalright 120mm Case Fan TL-C12C-S 3 Pack Performance PWM Cooling

Description

Product Overview

The Thermalright TL-C12C-S 120mm case fan is engineered for high-efficiency airflow while maintaining a whisper‑quiet acoustic profile. Constructed from premium copper, the fan blades are designed to maximize static pressure and move air effectively across a wide range of system configurations. With a maximum rotational speed of 1550 RPM, the fan delivers up to 66 CFM of airflow, providing robust cooling for both case ventilation and CPU cooler integration. The 4‑pin PWM connector enables dynamic speed control directly from the motherboard, allowing the fan to automatically adjust its performance based on real‑time temperature data. This intelligent regulation ensures optimal thermal management without unnecessary noise, keeping your system cool and silent during intensive workloads.

Usage

Designed for desktop computers, this fan excels in a variety of environments—from compact mini‑ITX builds where space is at a premium to full‑tower systems that demand high airflow to dissipate heat from powerful graphics cards and CPUs. Its low noise level of 25.6 dB makes it an excellent choice for home offices, media centers, and gaming rigs where acoustic comfort is essential. The fan can be mounted as a front intake, rear exhaust, or top exhaust, providing flexible installation options that suit any case layout. Additionally, the TL‑C12C‑S can be paired with compatible CPU coolers to create a hybrid cooling solution, effectively removing hot air from the CPU socket and the surrounding case interior. Whether you are building a silent workstation or a high‑performance gaming machine, this fan offers the versatility and reliability needed for sustained operation.

Why Choose Us

Thermalright has a long-standing reputation for delivering premium cooling components, and the TL‑C12C‑S continues that tradition with meticulous craftsmanship and rigorous quality testing. Each fan undergoes a multi‑stage inspection process to verify blade balance, bearing integrity, and electrical performance, ensuring that every unit meets exacting standards before it reaches the customer. The use of high‑grade copper not only improves heat dissipation but also enhances durability, resisting deformation and wear over prolonged use. Our fans are equipped with S‑FDB bearings, a proprietary design that minimizes vibration and extends lifespan, delivering consistent performance for years. Moreover, Thermalright provides comprehensive after‑sales support, including a responsive technical assistance team and a clear warranty policy, giving you confidence in your purchase. By choosing this fan, you benefit from a product that combines cutting‑edge engineering, reliable materials, and dedicated customer service.

Key Features

• Quiet operation at just 25.6 dB, perfect for noise‑sensitive environments.
• Copper fan blades deliver superior heat transfer and long‑term durability.
• 4‑pin PWM control automatically adjusts speed to match system temperature.
• High airflow of 66 CFM ensures effective cooling for both cases and CPU coolers.
• Thermalright’s dedicated support team offers reliable after‑sales assistance.

FAQ

Can this fan be used on a CPU cooler?

Yes, the TL‑C12C‑S is compatible with many CPU coolers that accept a 120mm fan. Its 4‑pin PWM connector allows it to synchronize with the cooler’s thermal sensor, providing dynamic cooling that adapts to CPU load while maintaining low noise levels.

What is the expected lifespan of the fan bearings?

The fan utilizes S‑FDB (Self‑Floating Dual) bearings, which are engineered to reduce friction and vibration. Under normal operating conditions, these bearings can last well beyond 50,000 hours of continuous use, offering reliable performance throughout the product’s life.

Is the fan suitable for high‑performance gaming rigs?

Absolutely. The fan’s high static pressure and 1550 RPM speed deliver the airflow needed to cool powerful graphics cards and CPUs. Combined with its PWM control, it can provide aggressive cooling when temperatures rise, while scaling back to quieter operation during lighter workloads.