Composant de refroidissement Alphacool 17250

The Alphacool 17250 cooling system part is a compact, vertically oriented component engineered for efficient heat transfer in liquid-cooled computer systems. Finished in matte black, it combines a narrow profile with a 1/4" connecting thread to integrate into standard loop configurations. With dimensions of 18.5 mm width, 41.5 mm depth and 185 mm height, the part is suitable for installations where space is limited but reliable flow and cooling performance are required.

Advantages

This cooling system part offers a space-conscious design that allows placement in tight chassis or custom cooling loops. The 1/4" connecting thread matches common fittings used in PC water cooling, simplifying installation and compatibility with existing components. Its vertical form factor and modest depth help maintain clearances around other hardware while supporting effective coolant circulation and heat dissipation.

Suitable for

• Custom PC liquid-cooling loops in compact or mid-tower cases
• Upgrading or replacing components in existing water cooling systems
• Builds requiring a slim, vertically mounted cooling element

Key specifications

• Color: matte black
• Connecting thread: 1/4"
• Width: 18.5 mm
• Depth: 41.5 mm
• Height: 185 mm

How to use

Install the component into your liquid-cooling loop using compatible 1/4" fittings and ensure all connections are tightened to the manufacturer’s recommended torque. Position the part vertically to match its design orientation and confirm sufficient clearance around adjacent components. After assembly, perform a pressure or leak test according to standard PC water-cooling procedures before powering the system. Monitor coolant flow and temperatures during initial operation to verify correct integration.

Recommendations

Use corrosion-resistant fittings and compatible coolant fluids recommended for PC water cooling. During installation, follow anti-static and safety precautions, and allow time for leak testing and system stabilization before sustained use.