Enhance your computer’s cooling performance with this high-quality 4-pin connector Cooling Fan, designed to efficiently cool your CPU and maintain optimal operating temperatures. Crafted from durable ABS material, this cooling fan is a reliable replacement part compatible with multiple MSI laptop models and specific thermal management codes, ensuring seamless integration and effective heat dissipation. Key Features: · Premium Quality Cooling Fan: 100% brand new and made from durable ABS material, offering long-lasting performance and reliability. · 4-Pin Connector Interface: Ensures easy installation and stable power connection for efficient fan operation. · Effective CPU Cooling: Designed to provide excellent airflow and cooling to prevent overheating, enhancing your computer’s stability and lifespan. · Broad Compatibility: Compatible with AAVID THERMALLOY codes PABD19735BM 0.65A 12VDC -N322 and PABD19735BM -N395, and suitable for MSI laptop models including MS-16L1, MS-16L2, MSI GT62VR series, MSI GT62VR 6RE, MSI GT62VR 7RE, and MSI GT62VR Dominator Pro. · Compact and Lightweight Design: Measuring approximately 95 x 90 x 20 mm (3.7 x 3.5 x 0.8 inches) and weighing about 112g, it fits conveniently within your laptop’s cooling system without adding bulk. Specifications: · Condition: Brand new · Material: ABS · Color: Black and White · Current: 0.65A · Interface: 4-pin connector · Size: Approx. 95 x 90 x 20 mm (3.7 x 3.5 x 0.8 in) · Package Weight: Approx. 112g · Compatible Codes: AAVID THERMALLOY PABD19735BM 0.65A 12VDC -N322, PABD19735BM -N395 · Compatible Models: For MS-16L1, For MS-16L2, For MSI GT62VR series, MSI GT62VR 6RE, MSI GT62VR 7RE, MSI GT62VR Dominator Pro Package Includes: · 1 x Cooling Fan · 1 x Accessories Package Please note: This product may be shipped as either the new or old type randomly. Ensure acceptance of this before placing your order. Upgrade your laptop’s cooling system with this reliable and efficient cooling fan, designed to keep your CPU running smoothly under heavy workloads and prevent overheating issues.