Kylsystemdel Alphacool 17083

The Alphacool 17083 cooling system part is a compact brass component with a nickel and silver finish designed for computer cooling assemblies. With external dimensions of 20 mm width, 36 mm depth and 40 mm height and a weight of 0.074 kg, the part contributes to heat dissipation within liquid-cooling or hybrid cooling setups. Manufactured by Alphacool for use in system-level cooling, the component's metal construction provides stable thermal contact and mechanical durability while its plated surfaces resist corrosion and maintain appearance.

Advantages

The brass construction provides good thermal conductivity and mechanical strength, while the nickel and silver finish adds corrosion resistance and a consistent surface quality. Its compact footprint allows integration into tight spaces inside computer cases and liquid-cooling loops. The part's precise dimensions make it suitable for repeatable installation and predictable thermal behavior in cooling assemblies.

Suitable for

• Custom liquid-cooling loops in desktop PCs
• Replacement or upgrade components in cooling systems
• Small form-factor builds where compact cooling parts are required
• Systems requiring corrosion-resistant metal fittings and components

Key specifications

• Material: Brass with nickel and silver finish
• External dimensions: 20 mm (width) x 36 mm (depth) x 40 mm (height)
• Weight: 0.074 kg
• Colour: Nickel, Silver
• Intended use: Computer cooling components, liquid-cooling systems

How to use

Install the Alphacool 17083 as part of a compatible cooling assembly following the system manufacturer's guidelines. Ensure mating surfaces and connections are clean and secure, and that the part is compatible with tube, block or fitting sizes used in the loop. After installation, pressure-test and visually inspect the loop for leaks before powering the system. Routine inspection during regular maintenance will help maintain thermal performance.

Recommendations

Use with compatible liquid-cooling components and approved coolant. Avoid exposure to dissimilar metals without appropriate inhibitors in the coolant to reduce galvanic corrosion. Follow manufacturer guidance for torque on threaded connections and perform leak testing after assembly.