Hauptmerkmale Leistungen Empfohlene Platzierung Prozessor Typ All-in-One-Flüssigkeitskühler Lüfterdurchmesser 8 cm Unterstützte Prozessorsteckplätze LGA 1700, LGA 2011 (Socket R), LGA 2011-v3 (Socket R), LGA 2066, LGA 3647 (Socket P), LGA 4189, Socket AM4, Buchse AM5, Socket SP3, Socket TR4, Socket sTRX4, Buchse sWRX8 Luftstrom 130,93 m³/h Menge pro Packung 1 Stück(e) Motorschnelligkeit der Pumpe 2600 RPM Ventilatoren Geschwindigkeit (min) 800 RPM Ventilatoren Geschwindigkeit (max) 6000 RPM Betriebstemperatur 0 - 60 °C Design Produktfarbe Schwarz Material Acryl, Kupfer Heizkörpermaterial Kupfer Anzahl Lüfter 3 Lüfter Anzahl der Ventilatorflügel 7 Energie Stromverbrauch Pumpe 3,2 W Spannung der Pumpe 6 - 13.5 V Gewicht und Abmessungen Breite 79 mm Heizungs-Breite 8 cm Heizungs-Tiefe 28,4 cm Heizungs-Höhe 6 cm Tiefe 64 mm Schlauch-/Rohrlänge 1,27 cm Leitungsdurchmesser 7,6 mm Höhe 54,3 mm Gewicht 3,17 kg Abmessungen Gebläse (B x T x H) 80 x 80 x 25 mm Lieferumfang Verpackungsart Box Montageset
The Alphacool 11972 All-in-One liquid CPU cooler is a compact, highly efficient cooling solution designed for users who want reliable processor cooling in a space-saving 8 cm form factor. Featuring a closed-loop design, this AIO cooler comes ready to use out of the box: pump, radiator and fan are pre-assembled and pre-filled, eliminating the need for manual filling or complex installation steps. With its black finish, the cooler blends seamlessly into most PC builds and professional environments.
Technically, the system is based on a liquid-cooling circuit in which a pump circulates coolant through a compact radiator and cooling block. The 8 cm radiator format is especially suitable for small form factor systems, HTPCs, industrial PCs or narrow housings where standard 120 mm or larger radiators would not fit. The radiator and fan combination is optimised for effective heat dissipation from modern processors, helping to maintain stable temperatures under load and thus support consistent performance and longer component life. The closed design reduces evaporation and maintenance requirements compared to open custom loops.
In terms of applications, this AIO cooler is ideal for office PCs, home systems, media centres and compact gaming or workstation builds where a balance of cooling performance, noise reduction and space efficiency is required. The liquid-based heat transport allows heat to be removed more effectively from the CPU area than with many conventional air coolers of similar size, which is especially beneficial in confined cases with restricted airflow. Thanks to the self-contained system, the cooler is also suitable for users who want the advantages of water cooling without needing in-depth knowledge of custom water loops.
The main advantages of the Alphacool 11972 include its easy installation, the maintenance-reduced all-in-one concept, and its compact construction. Pre-filled and sealed hoses simplify assembly and minimise the risk of installation errors. The black design supports an understated, professional look and matches well with a wide variety of hardware components. By keeping CPU temperatures lower and more stable, the cooler can help reduce thermal throttling and fan ramp-up, which in turn may result in a quieter overall system and improved working comfort.
Alphacool is a specialised manufacturer in the field of liquid cooling solutions for PCs and professional applications. The company is known for its focus on modular water-cooling components, innovative radiator and block designs, and products that are tailored to both enthusiasts and professional users. Alphacool frequently emphasises long-term usability and replaceable components in many of its product lines, which can help extend hardware life cycles and reduce electronic waste. Where Alphacool employs durable materials and designs for extended service life, this can contribute to fewer replacements and thus lower resource consumption over time. By choosing products from a manufacturer that focuses on robust cooling solutions and long-term usability, customers can support a more sustainable approach to PC hardware, contributing in a modest but meaningful way to resource conservation and a longer useful life of their systems.