Dissipador de calor/radiador Thermaltake MS-1

The Thermaltake MS-1 M.2 2280 SSD Cooler is a compact heatsink assembly designed specifically for M.2 Gen 5 NVMe SSDs. It combines an active micro blower fan, a direct-contact copper heat pipe and an aluminum heatsink to reduce SSD temperatures and preserve sustained high read/write performance during heavy loads.

Advantages

The cooler uses an 8000 RPM micro blower fan that directs airflow through the fin stack with a rated airflow of 0.44 CFM and static pressure of 1.6 mm-H2O while producing about 16 dB(A) of noise. A Ø6 mm copper heat pipe makes direct contact with the SSD for improved thermal transfer, and the eight-fin aluminum heatsink spreads heat evenly to increase dissipation. Its compact footprint (74 x 23 x 17.9 mm) allows installation without obstructing adjacent components.

Suitable for

• Cooling M.2 Gen 5 NVMe SSDs (2280)
• Systems where sustained high read/write performance is required (gaming, content creation)
• Compact PC builds where space around the M.2 slot is limited

Key specifications

• Compatibility: M.2 2280 Gen 5 NVMe SSDs
• Fan: 20 mm micro blower, up to 8000 RPM
• Airflow: 0.44 CFM
• Static pressure: 1.6 mm-H2O
• Noise level: ~16 dB(A)
• Heat pipe: Ø6 mm copper direct-contact
• Heatsink material: Aluminum, eight-fin design
• Dimensions: 74 x 23 x 17.9 mm
• Color: Black

How to use

Install the MS-1 over a compatible M.2 2280 SSD according to the motherboard and cooler instructions: secure the SSD to the M.2 slot, align the cooler so the heat pipe makes direct contact with the drive controller and NAND area, and fasten it using the supplied mounting hardware or screws. Connect the fan header to the appropriate 5V or motherboard fan connector if required. Verify clearance with nearby components before final assembly.

Recommendations

For best results, ensure thermal pads or interface material are properly positioned between the cooler and the SSD, keep the micro blower intake unobstructed, and confirm the fan header provides the correct voltage. Periodically check for dust buildup and clean the micro fan to maintain airflow and cooling performance.