The CTCA-SI-FAN3DATAIN2150 Fan Assembly, a preliminary 6Pin cooling solution, is engineered to address the thermal management demands of high-performance electronic systems across industrial, commercial, and telecom sectors. As a pre-production model, it integrates critical design elements focused on reliability, compatibility, and precise operation—core requirements for equipment where overheating risks component failure or performance degradation. This assembly’s 6Pin configuration stands as its defining feature, enabling enhanced control and monitoring capabilities that set it apart from standard fan solutions.
Central to the CTCA-SI-FAN3DATAIN2150’s functionality is its 6Pin interface, which supports both robust power delivery and comprehensive signal transmission. Unlike basic 3Pin or 4Pin fans, the 6Pin design facilitates real-time speed feedback, variable speed control, and fault detection—essential for systems requiring dynamic thermal adjustment. This allows the fan to adapt seamlessly to fluctuating heat loads, optimizing airflow when components run at peak capacity and reducing energy consumption during low-demand periods. Preliminary compatibility tests confirm its integration with most industry-standard CTCA (Compact Telecommunications Computing Architecture) platforms, making it a versatile choice for existing and upcoming system designs.
In terms of structural and performance preliminaries, the fan assembly prioritizes durability and low-noise operation. Its blades are constructed from high-temperature-resistant polymer materials, shaped to maximize aerodynamic efficiency while minimizing turbulence and acoustic output. Early testing indicates operational noise levels below 35dB at full speed, suitable for noise-sensitive environments such as data centers, medical equipment suites, and office-based server rooms. The assembly’s compact form factor is tailored to fit standard chassis mounting points, eliminating the need for custom modifications during installation.
Preliminary operational specifications further underscore its reliability. The fan supports an input voltage range of 12V DC, with a maximum airflow rating of 80 CFM (cubic feet per minute) and a static pressure of 2.5 mmH2O—sufficient to cool dense component layouts. It also features built-in overheat protection, automatically shutting down if internal temperatures exceed safe thresholds to prevent damage. For harsh environments, the assembly includes dust-resistant bearings, extending its lifespan in industrial settings with high particulate levels.
As a preliminary model, the CTCA-SI-FAN3DATAIN2150 is subject to final validation, with ongoing testing to refine performance metrics and ensure compliance with industry standards (e.g., RoHS, CE). Key considerations for end-users include verifying chassis compatibility, adhering to recommended mounting torque specifications, and avoiding exposure to liquids or corrosive gases. In summary, this 6Pin fan assembly delivers a promising balance of control, efficiency, and durability, positioning it as a reliable cooling solution for critical electronic systems pending final production approval.
