Antec Tranquil 140 ARGB, 140mm x 25mm Case Fans, ARGB PWM Fans, 1500RPM, 89.72CFM, 1.82mmH2O, 4 Pin PWM & 3 Pin LED Connector, 120mm Fan, Tranquil ARGB Series 3 Packs (TQ140 ARGB_3PK)

Enhance your PC cooling with the Antec Tranquil 140 ARGB case fans. These 140mm x 25mm fans are designed for optimal airflow, delivering up to 89.72 CFM at a fan speed of 1500 RPM, ensuring your system remains cool under load. The fans feature a quiet operation with a static pressure of 1.82 mmH2O, making them suitable for both case ventilation and radiator cooling. The ARGB lighting adds a customizable aesthetic, allowing you to synchronize lighting effects with your system's theme or mood. Equipped with 4-pin PWM and 3-pin LED connectors, these fans offer precise speed control and vibrant lighting effects, compatible with most motherboards supporting RGB synchronization. The package includes three fans, making it a versatile upgrade or replacement set for your gaming or workstation PC. Constructed with high-quality components, the Antec Tranquil ARGB fans combine performance, style, and reliability to elevate your build's cooling and visual appeal. Whether you're building a new system or upgrading an existing one, these fans provide a seamless blend of functionality and aesthetics to meet your cooling needs while enhancing your system's overall look.

Features:

• 140mm x 25mm fan size provides effective airflow and cooling performance

• ARGB RGB lighting allows customizable visual effects to match your system theme

• PWM control enables precise fan speed adjustment for optimized noise and cooling balance

• Static pressure of 1.82 mmH2O supports effective radiator and case ventilation

• High airflow of 89.72 CFM for efficient heat dissipation

• Includes 4-pin PWM and 3-pin LED connectors for versatile motherboard compatibility

• Package contains three fans, offering a complete cooling upgrade

• Quiet operation ensures minimal noise during high-performance tasks

• Constructed with durable, high-quality materials for long-lasting reliability