Køler Dynatron K199 computers kølesystem

The Dynatron K199 is a compact 80 x 80 x 15 mm blower-style CPU cooler designed for 1U server applications and small-form-factor systems. It combines a PWM-controlled fan with a copper heatsink capable of handling up to 95 W TDP, offering targeted airflow and heat dissipation in constrained spaces. The unit’s compact dimensions and black-and-copper finish make it suitable for dense server racks and low-profile PC builds where space and directed cooling are critical.

Advantages

The cooler’s PWM fan allows automatic speed adjustment according to thermal load, reducing noise when full cooling power is not required. The copper heatsink improves thermal conductivity for more effective heat transfer from the processor. Its blower form factor delivers focused airflow through tight chassis layouts, and the small footprint enables installation in 1U servers and other compact systems.

Suitable for

• 1U rackmount servers and blade servers
• Small-form-factor and low-profile PC builds
• Systems requiring directed airflow in limited spaces
• Applications with CPUs up to 95 W TDP

Key specifications

• Model: Dynatron K199 (MPN: K199, EAN: 4711213208973)
• Fan size: 80 x 80 x 15 mm blower
• Cooling type: Copper heatsink with PWM-controlled fan
• Maximum supported TDP: up to 95 W
• Maximum fan speed: up to 5000 RPM
• Minimum air pressure: 2.083 mmH2O
• Dimensions (approx.): 85 mm × 81.5 mm × 28.5 mm
• Color: Black and copper

How to use

Install the Dynatron K199 according to your server or chassis manufacturer’s mounting instructions, ensuring correct orientation for exhaust or intake as required by the system airflow. Connect the PWM fan header to the motherboard or controller that supports PWM control so fan speed can be regulated automatically. Verify secure contact between the heatsink base and the CPU using the appropriate thermal interface material, and confirm clearance for surrounding components before powering the system.

Recommendations

For reliable operation in 1U environments, maintain unobstructed airflow paths in the chassis, monitor CPU temperatures under expected workloads, and clean the blower and heatsink periodically to prevent dust buildup that reduces cooling efficiency.