be quiet! PURE ROCK SLIM 2 Processorkøler 9,2 cm sølv 1 stk.

The be quiet! PURE ROCK SLIM 2 is a compact CPU cooler designed for small cases and quiet multimedia systems. It features a 92 mm rifle-bearing fan with a maximum speed of 2000 RPM and a compact heatsink in a silver finish. With dimensions of 97 mm (W) × 58 mm (D) × 135 mm (H) and a TDP rating of 130 W, this cooler balances space savings with sufficient cooling performance for many mainstream processors.

Advantages

The cooler offers low-noise operation (measured max. 25.4 dB(A)) thanks to its rifle bearing fan and optimized fan curve. Its slim profile and small footprint make installation in compact or small-form-factor cases easier while providing reliable heat dissipation. The silver finish provides a neutral appearance that fits most builds.

Suitable for

• Compact desktop builds and small-form-factor cases
• Quiet multimedia PCs and home office systems
• Mid-range CPUs up to approximately 130 W TDP
• Systems requiring a low-profile cooler to ensure component clearance

Key specifications

• Type: Cooler
• Fan diameter: 92 mm
• Maximum fan speed: 2000 RPM
• Bearing: Rifle bearing
• Dimensions (W × D × H): 97 × 58 × 135 mm
• Weight: 0.385 kg
• TDP: 130 W
• Supported sockets: Socket AM5, Socket AM4, LGA 1700, LGA 1200 (H5), LGA 1155 (H2), LGA 1151 (H4), LGA 1150 (H3)
• Colour: Silver

How to use

Install the PURE ROCK SLIM 2 on a compatible motherboard following the manufacturer's mounting instructions for the target socket. Ensure the cooler is oriented to provide optimal airflow through the case and that there is sufficient clearance above memory modules and other components. Connect the fan cable to the CPU fan header and configure fan control in BIOS or the operating system for desired noise and cooling balance.

Recommendations

For best results in compact systems, pair the cooler with a case that supports good front-to-rear airflow and verify CPU TDP compatibility. Regularly clean the fan and heatsink from dust to maintain low noise and cooling efficiency.