Zalman CNPS9X ECO DS Computerkølesystem Processorkøler Luftkøler 12 cm sort 1 stk.

ZALMAN CNPS9X ECO DS is a low-profile CPU cooler with a 92mm fan designed for compact desktop systems and HTPCs. It supports processors with up to 120W TDP and provides active air cooling via a small footprint heatsink and fan assembly. The cooler is intended for mainstream CPUs where case height or internal clearance is limited and offers a balance of cooling performance and space-efficient design.

Advantages

The compact low-profile heatsink and 92mm fan provide effective airflow in constrained environments while keeping overall cooler height minimal. Support for processors up to 120W TDP allows use with a wide range of mainstream CPUs. The design emphasizes straightforward installation and compatibility with small form-factor cases, delivering practical heat dissipation without requiring a large tower cooler.

Suitable for

• Small form-factor desktop PCs
• Home theater PCs (HTPCs)
• Office workstations with limited internal clearance
• Systems where a low-profile cooler is required to clear RAM or case panels

Key specifications

• Fan size: 92 mm
• Thermal design power (TDP) support: up to 120 W
• Form factor: low-profile heatsink with active fan
• Cooling type: air cooling

How to use

Install the ZALMAN CNPS9X ECO DS following the motherboard and case manufacturer guidelines for low-profile coolers. Ensure the mounting brackets align with the CPU socket and apply an appropriate amount of thermal paste between the CPU heat spreader and the heatsink base. Secure the heatsink and connect the 92mm fan to the motherboard fan header for power and speed control. Verify that the cooler clears surrounding components such as RAM modules and side panels before closing the case.

Recommendations

Use the cooler in systems whose processors have a TDP at or below 120W and in enclosures with limited vertical space. For optimal performance, ensure unobstructed airflow in the case and periodically clean the fan and heatsink fins to remove dust buildup.