Now finally also with us the Black ICE Nemesis radiators. The Black Ice® Nemesis® GTS radiators are the next generation of computer radiators from Hardware Labs. These radiators offer an improved cooling performance when using
The Kaze Flex RGB PWM series combines the award-winning technology of the Kaze Flex fans with an optical revision and RGB LEDs. The all-black frame and decouplers emphasize the translucent fan blades illuminated by eight LEDs. A 4-pin 12V RGB connector allows regulation by standard RGB controllers. Thanks to an additional pass-through plug, several fans can be chained together. The outstanding performance of the Kaze Flex range remains untouched. The Sealed Precision FDB bearing ensures a service life of more than 120 000 hours. Three performance levels offer an individual solution for every application. A regular RGB fan version is also available. Technical Details Dimensions: 120 x 120 x 27 mm Fan Speed: 300 - 1200 ± 10% rpm Noise Level: 4.0 - 24.9 Airflow: 16.6 - 51.17 CFM = 28.2 - 86.9 m³/h Static Pressure: 0.0763 - 1.05 mmH²O | 0.75 - 10.3 Pa Voltage: 12 V Amperage: 0,09 A / 0,13 A / 0,40 A Amperage LED: 0,40 A / 0,40 A / 0,40 A Power Input: 1,08 W / 1,56 W / 5,52 W Weight: 140 g Connector: 4-pin, 4-pin 12V RGB Accessory: Molex-Adaptor, 4x screws Bearing: Sealed Precision Fluid Bearing MTTF: 120.000 Hours (25°C)
Die Kaze Flex RGB PWM Lüfterserie vereint die mehrfach ausgezeichnete Technik der Kaze Flex Lüfter mit einer optischen Überarbeitung und RGB LED Beleuchtung. Die ganz in schwarz gehaltenen Rahmen und Entkoppler betonen die durch acht LEDS beleuchteten, transluzenten Lüfterblätter. Ein Standard 4-Pin 12V RGB Anschluss ermöglicht die Steuerung durch eine Viehlzahl unterschiedlicher RGB Controller der gängigen Mainboardhersteller. Dank einer durchgeschliffenen Buchse können auch mehrere Lüfter in Reihe geschaltet werden. Die hervorragenden Leistungsdaten der Kaze Flex Reihe bleiben dabei unangetastet. Auch hier sorgt das Sealed Precision FDB Lager für eine Lebensdauer von über 120.000 Stunden. Je nach Anwendungszweck gibt es drei verschiedene Leistungsstärken. RGB LED Beleuchtung Acht ringförmig um den Lüftermotor angeordnete RGB LEDs erzeugen eine durchgängige und kräftige Beleuchtung über die transluzenten Lüfterblätter. Die LEDs werden über ein standard 4-Pin RGB Kabel betrieben und lassen sich so über die gängigen Systeme verschiedener Mainboardhersteller direkt steuern. Kompatibel sind, unter anderem, RGB Systeme wie ASUSTM Aurora Sync, ASRockTM RGB LED, MSITM Mystic Light Sync und GigabyteTM RGB Fusion. Sealed Precision FDB Um hohe Laufruhe und Langlebigkeit zu garantieren, nutzen die Lüfter aus der Kaze Flex Reihe ein in sich geschlossenes Flüssigkeitslager (Sealed Precision FDB). Das Lager und die Spindel sind komplett aus hochwertigem, komprimiertem Metall gefertigt und werden durch einen speziellen, bis zu 250C° resistenten Ölfilm geschmiert. Dies verringert die Reibung drastisch und sorgt so für hohe Laufruhe und reduzierten Verschleiß, was in einer durchschnittlichen Lebensdauer von 120.000 Stunden resultiert. Integrierte Entkoppler Die Kaze Flex Lüfterserie wurde mit vibrations- und stoßdämpfenden Gummipolstern an den tunnellosen Schraubenlöchern ausgestattet. Diese Entkoppler verhindern effektiv die Weitergabe von eventuell auftretenden Vibrationen und tragen zu einem geräuscharmen Betrieb bei. Vielseitige Einsatzmöglichkeiten Die Kaze Flex RGB PWM Lüfterserie ist in drei Leistungsstärken verfügbar und bietet eine individuelle Lösung für jeden Anwendungsbereich. Alternativ ist außerdem eine ungeregelte RGB Variante erhältlich. Ausstattung Die Kaze Flex 120 RGB Lüfter sind je einem 50 cm langen, gesleevtem Anschlußkabel, sowie einem 4-Pin RGB Kabel mit einem zuschätzlichen, durchgeschliffenem Stecker. Dem Lüfter liegt außerem ein Adapter für den direkten Anschluß an einem Netzteil bei. Techniche Daten Abmessungen: 120 x 120 x 27 mm Lüfterdrehzahl: 300 - 800 ± 10% upm Geräuschpegel: 4,0 - 14,5 dBA Luftdruchfluss: 16,6 - 43,03 CFM = 28,2 - 73,1 m³/h Statischer Druck: 0,0763 - 0,49 mmH²O | 0,75 - 4,8 Pa Betriebsspannung: 12 V Stromstärke: 0,09 A / 0,13 A / 0,40 A Stromstärke LEDs: 0,40 A / 0,40 A / 0,40 A Leistungsaufnahme: 1,08 W / 1,56 W / 5,52 W Gewicht: 140 g Anschluss: 4-pin, 4-pin 12V RGB Zubehör: 3 zu 4-pin Molex-Adapter, 4x Schrauben Lager: geschlossenes Flüssigkeitslager MTTF: 120.000 Stunden (25°C)
Die Kaze Flex RGB Lüfterserie vereint die mehrfach ausgezeichnete Technik der Kaze Flex Lüfter mit einer optischen Überarbeitung und RGB LED Beleuchtung. Die ganz in schwarz gehaltenen Rahmen und Entkoppler betonen die durch acht LEDS beleuchteten, transluzenten Lüfterblätter. Ein Standard 4-Pin RGB Anschluss ermöglicht die Steuerung durch eine Viehlzahl unterschiedlicher RGB Controller der gängigen Mainboardhersteller. Dank einer durchgeschliffenen Buchse können auch mehrere Lüfter in Reihe geschaltet werden. Die hervorragenden Leistungsdaten der Kaze Flex Reihe bleiben dabei unangetastet. Auch hier sorgt das Sealed Precision FDB Lager für eine Lebensdauer von über 120.000 Stunden. Je nach Anwendungszweck gibt es drei verschiedene Leistungsstärken. Eine per PWM gesteuerte Version ist ebenfalls verfügbar. RGB LED Beleuchtung Acht ringförmig um den Lüftermotor angeordnete RGB LEDs erzeugen eine durchgängige und kräftige Beleuchtung über die transluzenten Lüfterblätter. Die LEDs werden über ein standard 4-Pin RGB Kabel betrieben und lassen sich so über die gängigen Systeme verschiedener Mainboardhersteller direkt steuern. Kompatibel sind, unter anderem, RGB Systeme wie ASUSTM Aurora Sync, ASRockTM RGB LED, MSITM Mystic Light Sync und GigabyteTM RGB Fusion. Sealed Precision FDB Um hohe Laufruhe und Langlebigkeit zu garantieren, nutzen die Lüfter aus der Kaze Flex Reihe ein in sich geschlossenes Flüssigkeitslager (Sealed Precision FDB). Das Lager und die Spindel sind komplett aus hochwertigem, komprimiertem Metall gefertigt und werden durch einen speziellen, bis zu 250C° resistenten Ölfilm geschmiert. Dies verringert die Reibung drastisch und sorgt so für hohe Laufruhe und reduzierten Verschleiß, was in einer durchschnittlichen Lebensdauer von 120.000 Stunden resultiert. Integrierte Entkoppler Die Kaze Flex Lüfterserie wurde mit vibrations- und stoßdämpfenden Gummipolstern an den tunnellosen Schraubenlöchern ausgestattet. Diese Entkoppler verhindern effektiv die Weitergabe von eventuell auftretenden Vibrationen und tragen zu einem geräuscharmen Betrieb bei. Vielseitige Einsatzmöglichkeiten Die Kaze Flex RGB Lüfterserie ist in drei Leistungsstärken verfügbar und bietet eine individuelle Lösung für jeden Anwendungsbereich. Alternativ ist außerdem eine RGB PWM Variante erhältlich. Ausstattung Die Kaze Flex 120 RGB Lüfter sind je einem 50 cm langen, gesleevtem Anschlußkabel, sowie einem 4-Pin RGB Kabel mit einem zuschätzlichen, durchgeschliffenem Stecker. Dem Lüfter liegt außerem ein Adapter für den direkten Anschluß an einem Netzteil bei. Technische Daten Abmessungen: 120 x 120 x 27 mm Lüfterdrehzahl: 1.800 upm Geräuschpegel: 14,5 dBA / 24,9 dBA / 35,8 dBA Luftdruchfluss: 79,76 CFM = 135,5 m³/h Statischer Druck: 2,40 mmH²O / 25,3 Pa Betriebsspannung: 12 V Stromstärke: 0,09 A / 0,13 A / 0,40 A Stromstärke LEDs: 0,40 A / 0,40 A / 0,40 A Leistungsaufnahme: 1,08 W / 1,56 W / 5,52 W Gewicht: 140 g Anschluss: 3-pin Zubehör: 3 zu 4-pin Molex-Adapter, 4x Schrauben Lager: geschlossenes Flüssigkeitslager MTTF: 120.000 Stunden (25°C)
Die Kaze Flex RGB Lüfterserie vereint die mehrfach ausgezeichnete Technik der Kaze Flex Lüfter mit einer optischen Überarbeitung und RGB LED Beleuchtung. Die ganz in schwarz gehaltenen Rahmen und Entkoppler betonen die durch acht LEDS beleuchteten, transluzenten Lüfterblätter. Ein Standard 4-Pin RGB Anschluss ermöglicht die Steuerung durch eine Viehlzahl unterschiedlicher RGB Controller der gängigen Mainboardhersteller. Dank einer durchgeschliffenen Buchse können auch mehrere Lüfter in Reihe geschaltet werden. Die hervorragenden Leistungsdaten der Kaze Flex Reihe bleiben dabei unangetastet. Auch hier sorgt das Sealed Precision FDB Lager für eine Lebensdauer von über 120.000 Stunden. Je nach Anwendungszweck gibt es drei verschiedene Leistungsstärken. Eine per PWM gesteuerte Version ist ebenfalls verfügbar. RGB LED Beleuchtung Acht ringförmig um den Lüftermotor angeordnete RGB LEDs erzeugen eine durchgängige und kräftige Beleuchtung über die transluzenten Lüfterblätter. Die LEDs werden über ein standard 4-Pin RGB Kabel betrieben und lassen sich so über die gängigen Systeme verschiedener Mainboardhersteller direkt steuern. Kompatibel sind, unter anderem, RGB Systeme wie ASUSTM Aurora Sync, ASRockTM RGB LED, MSITM Mystic Light Sync und GigabyteTM RGB Fusion. Sealed Precision FDB Um hohe Laufruhe und Langlebigkeit zu garantieren, nutzen die Lüfter aus der Kaze Flex Reihe ein in sich geschlossenes Flüssigkeitslager (Sealed Precision FDB). Das Lager und die Spindel sind komplett aus hochwertigem, komprimiertem Metall gefertigt und werden durch einen speziellen, bis zu 250C° resistenten Ölfilm geschmiert. Dies verringert die Reibung drastisch und sorgt so für hohe Laufruhe und reduzierten Verschleiß, was in einer durchschnittlichen Lebensdauer von 120.000 Stunden resultiert. Integrierte Entkoppler Die Kaze Flex Lüfterserie wurde mit vibrations- und stoßdämpfenden Gummipolstern an den tunnellosen Schraubenlöchern ausgestattet. Diese Entkoppler verhindern effektiv die Weitergabe von eventuell auftretenden Vibrationen und tragen zu einem geräuscharmen Betrieb bei. Vielseitige Einsatzmöglichkeiten Die Kaze Flex RGB Lüfterserie ist in drei Leistungsstärken verfügbar und bietet eine individuelle Lösung für jeden Anwendungsbereich. Alternativ ist außerdem eine RGB PWM Variante erhältlich. Ausstattung Die Kaze Flex 120 RGB Lüfter sind je einem 50 cm langen, gesleevtem Anschlußkabel, sowie einem 4-Pin RGB Kabel mit einem zuschätzlichen, durchgeschliffenem Stecker. Dem Lüfter lie gt außerem ein Adapter für den direkten Anschluß an einem Netzteil bei. Techniche Daten Abmessungen: 120 x 120 x 27 mm Lüfterdrehzahl: 1.200 upm Geräuschpegel: 14,5 dBA / 24,9 dBA / 35,8 dBA Luftdruchfluss: 51,17 CFM = 86,9 m³/h Statischer Druck: 1,05 mmH²O / 10,03 Pa Betriebsspannung: 12 V Stromstärke: 0,09 A / 0,13 A / 0,40 A Stromstärke LEDs: 0,40 A / 0,40 A / 0,40 A Leistungsaufnahme: 1,08 W / 1,56 W / 5,52 W Gewicht: 140 g Anschluss: 3-pin Zubehör: 3 zu 4-pin Molex-Adapter, 4x Schrauben Lager: geschlossenes Flüssigkeitslager MTTF: 120.000 Stunden (25°C)
DEMCiflex Dust Filter 140mm White DF0689Toote kirjeldus inglise keeles:If you open your PC again after half a year, perhaps to install new hardware, one wonders most of the time whether the Rechenknecht is not better to call a vacuum cleaner. What makes it easier on the one hand - imagine just how much more often the room would have to be cleaned if all the dirt was not collected as a precaution by the computer - means elsewhere consuming cleaning of the PC interior. In addition, dust in the housing is the main reason for overheating and thus for possible, unstable operation. Although a cleaning time-to-time can not be prevented, however, the effort can be significantly reduced. A simple and cost-effective solution are dust filters, which are placed in front of the sucking fans. Once installed, it is no longer necessary to dedust the entire interior with all its inaccessible corners and sensitive components, only the filters. DEMCiflex offers a particularly easy-to-retrofit solution, which in this case is suitable for 140 mm fans. Here, the filter is simply placed from the outside of the housing on the fan opening and is held there magnetically. There are therefore no screws or the like necessary, so there is no compatibility restriction. Since not all fan positions are magnetically attractive, an additional frame to the scope of delivery is glued to the back and on which the filter is held. The filter itself consists of a very tightly woven and durable polyester fabric. This special material is also used in clinics, for example to keep operating theaters dust-free. At the same time, the net is well permeable to air and therefore hinders the airflow only slightly. Of course, this effect diminishes with increasing dust, which is why the filter should occasionally be removed and cleaned. Due to the special mounting method, the removal of the fan is again very easy and fast. Afterwards, the dust can either be brushed, shaken, washed off and even scraped off with stubborn dirt. Note:The area around the used fan slot should be flat if possible and have no protruding parts. Otherwise, these may impair adhesion to the substrate. Technical details:Size (frame): 153 x 153 mmSize (filter): 129 x 129 mmCompatibility: 140 mm fan slotMaterial (filter): polyester meshColor: white (frame), white (filter)Mounting: magnetic bracket + mounting frameAdvantages: Fast installation No compatibility restriction Easy and quick cleaning Effective filter effect with high air permeability Durable fabric
DEMCiflex Dust Filter 140mm Round Black/White DF0495Toote kirjeldus inglise keeles:If you open your PC again after half a year, perhaps to install new hardware, one wonders most of the time whether the Rechenknecht is not better to call a vacuum cleaner. What makes it easier on the one hand - imagine just how much more often the room would have to be cleaned if all the dirt was not collected as a precaution by the computer - means elsewhere consuming cleaning of the PC interior. In addition, dust in the housing is the main reason for overheating and thus for possible, unstable operation. Although a cleaning time-to-time can not be prevented, however, the effort can be significantly reduced. A simple and cost-effective solution are dust filters, which are placed in front of the sucking fans. Once installed, it is no longer necessary to dedust the entire interior with all its inaccessible corners and sensitive components, only the filters. DEMCiflex offers a particularly easy-to-retrofit solution, which in this case is suitable for 140 mm fans. Here, the filter is simply placed from the outside of the housing on the fan opening and is held there magnetically. There are therefore no screws or the like necessary, so there is no compatibility restriction. Since not all fan positions are magnetically attractive, an additional frame to the scope of delivery is glued to the back and on which the filter is held. The filter itself consists of a very tightly woven and durable polyester fabric. This special material is also used in clinics, for example to keep operating theaters dust-free. At the same time, the net is well permeable to air and therefore hinders the airflow only slightly. Of course, this effect diminishes with increasing dust, which is why the filter should occasionally be removed and cleaned. Due to the special mounting method, the removal of the fan is again very easy and fast. Afterwards, the dust can either be brushed, shaken, washed off and even scraped off with stubborn dirt. Finally, a few notes on the installation: First, the question arises, which fans have to be covered at all. As already mentioned, this applies exclusively to the sucking fans. But which are they? The safest way to recognize this is on the fan itself, with two arrows on the outside or inside of the fan frame. If one of the two arrows points towards the interior or if the rotor suspension is aligned with the interior, this is an aspirating fan. These are usually located on the front, side and bottom, whereas the rear and cover fans usually carry the air out of the housing and therefore need not be filtered. In order to maximize the filter effect, an overpressure in the housing can be generated. This means that more volume of air is forced into the housing than is being sucked out of the housing by other fans at the same time. This prevents air (and with it the dust) from entering the interior through other openings that may not have been filtered. If all fans are the same size, you should blow more fans into the housing than pull out. In this case, the power supply is to be counted as an additional, extracting fan, as long as it does not receive its supply (fan side) directly from the outside (occurs at floor mounting). If different fans with different sizes and speeds are used, the respective air volumes (m³ / h) in the data sheets give a good reference value, whereby in turn the total volume of the suction fans must be higher than that of the blowing out fans. Note: The area around the used fan slot should be flat if possible and have no protruding parts. Otherwise, these may impair adhesion to the substrate. Technical details:Size (frame): Ø approx. 152 mmSize (filter): Ø approx. 127 mmCompatibility: 140 mm fan slotMaterial (filter): polyester meshColor: black (frame), white (filter)Mounting: magnetic bracket + mounting frameAdvantages: Fast installation No compatibility restriction Easy and quick cleaning Effective filter effect with high air permeability Durable fabric
DEMCiflex Dust Filter 120mm Black/White DF0381Toote kirjeldus inglise keeles:Product description:If you open your PC again after half a year, perhaps to install new hardware, one wonders most of the time whether the Rechenknecht is not better to call a vacuum cleaner. What makes it easier on the one hand - imagine just how much more often the room would have to be cleaned if all the dirt was not collected as a precaution by the computer - means elsewhere consuming cleaning of the PC interior. In addition, dust in the housing is the main reason for overheating and thus for possible, unstable operation. Although a cleaning time-to-time can not be prevented, however, the effort can be significantly reduced. A simple and cost-effective solution are dust filters, which are placed in front of the sucking fans. Once installed, it is no longer necessary to dedust the entire interior with all its inaccessible corners and sensitive components, only the filters. DEMCiflex offers a particularly easy-to-retrofit solution, which in this case is suitable for 120 mm fans. Here, the filter is simply placed from the outside of the housing on the fan opening and is held there magnetically. There are therefore no screws or the like necessary, so there is no compatibility restriction. Since not all fan positions are magnetically attractive, an additional frame to the scope of delivery is glued to the back and on which the filter is held. The filter itself consists of a very tightly woven and durable polyester fabric. This special material is also used in clinics, for example to keep operating theaters dust-free. At the same time, the net is well permeable to air and therefore hinders the airflow only slightly. Of course, this effect diminishes with increasing dust, which is why the filter should occasionally be removed and cleaned. This is very simple in many ways. Firstly, it is easy to see if cleaning is necessary again - as soon as the white filter fabric has a gray haze, you should do this task. Due to the special mounting method, the removal of the fan is again very easy and fast. Afterwards, the dust can either be brushed, shaken, washed off and even scraped off with stubborn dirt. Finally, a few notes on the installation: First, the question arises, which fans have to be covered at all. As already mentioned, this applies exclusively to the sucking fans. But which are they? The safest way to recognize this is on the fan itself, with two arrows on the outside of the fan frame. If one of the two arrows points towards the interior, it is an aspirating fan. These are usually located on the front, side and bottom, whereas the rear and cover fans usually carry the air out of the housing and therefore need not be filtered. In order to maximize the filter effect, an overpressure in the housing can be generated. This means that more volume of air is forced into the housing than is being sucked out of the housing by other fans at the same time. This prevents air (and with it the dust) from entering the interior through other openings that may not have been filtered. If all fans are the same size, you should blow more fans into the housing than pull out. In this case, the power supply is to be counted as an additional, extracting fan, as long as it does not receive its supply (fan side) directly from the outside (occurs at floor mounting). If different fans with different sizes and speeds are used, the respective air volumes (m³ / h) in the data sheets give a good reference value, whereby in turn the total volume of the suction fans must be higher than that of the blowing out fans. Note: The area around the used fan slot should be flat if possible and have no protruding parts. Otherwise, these may impair adhesion to the substrate. Figure 4 shows an example configuration on a housing (not included). As can be seen, the use of LED fans is possible because the transparent material hardly hampers the lighting. Technical details:Size (frame): 128 x 128 mmSize (filter): 105 x 105 mmCompatibility: 120 mm fan slotMaterial (filter): polyester meshColor: black (frame), white (filter)Mounting: magnetic bracket + mounting frameAdvantages: Fast installation No compatibility restriction Easy and quick cleaning Effective filter effect with high air permeability Durable fabric
Alphacools's fittings go new ways in looks, quality of manufacturing, colours and choice. The inner diameter of these fittings truly deserves the „high flow“ attribute! The first three colours, Chrome, Deep Black and Shiny Copper offer something for every taste. The product matching series are designed to look elegant in every system, highlighting the individual design of the computer. The limits are endless with these Alphacool fittings in combination with Alphacool tubing! With a new process during chromatising the surface finish is completely connected with the brass body, hence ensuring permanent intense colours and peeling of the chrome layer. The Alphacool name in blue lettering on some of the fittings additionally underlines the individuality of these items. Functionality of this connector:This manifold is very practical and offers many advantages thanks to its innovative design: Barely any thread length restrictions, almost no flow resistance and mounting possibilities are aplenty. Technical specifications:Material: Brass, chromatizedColour: Deep Black Dimensions: Length: 30mmWidth: 21mmHeight: 21mm Extent of delivery:1 x Alphacool HF 3-way connection terminal G1/4 inner thread - Deep Black This product has been reviewed for you:ModdingbaseXtremesystems (Engl.) (userreview)PT-reviews (Pt)
With the new compression fittings from Alphacool for Plexi, brass or carbon tubes, Alphacool is taking a further step towards perfection and quality. The first two colours, chrome and deep black, offer great variety. The fully coordinated product series allows each system to shine in its own right, and individuality has no limits when paired with the Alphacool Plexi and brass tubes! The colouring is bound fast to the brass surface with a new chromatization process. This ensures the longevity of the intense colour and prevents chipping of the chrome layer. An Alphacool logo on the connector emphasizes the distinctive nature of this product once again. The Function of this Connector is:This connector is used to connect two 16mm Plexi, brass or carbon tubes at a 90° angle. Dimensions: Width: 41.5mm Height: 41.5mm Technical Details: Material: brass, chromatized Colour: deep black Scope of Delivery: 1 x Alphacool HT 13mm HardTube Compression Fitting 90° L-Connector for Plexi, brass tubes - knurled - Deep black
EK-Quantum Magnitude Accent - Red is an interchangeable inner aesthetic frame for EK's new Magnitude water block. This red accent is best used on Magnitude water blocks with translucent tops where the LED’s shine inwards, or for those without LED implementation. This Magnitude accent is made of anodized aluminum. Available in several different colors and materials, these accent frames are compatible only with EK-Quantum Magnitude CPU water blocks Made in Europe - Slovenia!
The revolution in fitting design! It simplifies the installation of your water cooling system and offers a closure that surpasses anything you've ever seen before. Equipped with 4 pre-installed O-rings.
With the Thermaltake Pacific Compression Series, you get a complete solution for enthusiasts and custom PC manufacturers that meets the requirements of building and installing a complete water cooling system. With durable G1/4" copper fittings coated with chrome, every detail is taken seriously. Only compatible with PETG Tube 5/8" (16mm) OD to make your system a showcase for everyone with Thermaltake's high quality components.
Alphacools's fittings go new ways in looks, quality of manufacturing, colours and choice. The inner diameter of these fittings truly deserves the „high flow“ attribute!The first three colours, Chrome, Deep Black and Shiny Copper offer something for every taste. The product matching series are designed to look elegant in every system, highlighting the individual design of the computer. The limits are endless with these Alphacool fittings in combination with Alphacool tubing!With a new process during chromatising the surface finish is completely connected with the brass body, hence ensuring permanent intense colours and peeling of the chrome layer. The Alphacool name in blue lettering on some of the fittings additionally underlines the individuality of these items.Functionality of this connector:A double nipple with two 1/4“ outer threads is very useful for the extension of fittings or connection of components with an inner thread to a manifold or similar components with an inner thread,Technical specifications:Material: Brass, chromatizedColour: deep BlackDimensions:Length: 4mmWidth: D18mmExtent of delivery:1x Alphacool double nipple G1/4 outer thread to G1/4" outer thread with O-ring - deep blackThis product has been reviewed for you:Xtremesystems (Userreview) (engl.)PT-Reviews (pt)
Alphacools's fittings go new ways in looks, quality of manufacturing, colours and choice. The inner diameter of these fittings truly deserves the „high flow“ attribute! The first three colours, Chrome, Deep Black and Shiny Copper offer something for every taste. The product matching series are designed to look elegant in every system, highlighting the individual design of the computer. The limits are endless with these Alphacool fittings in combination with Alphacool tubing! With a new process during chromatising the surface finish is completely connected with the brass body, hence ensuring permanent intense colours and peeling of the chrome layer. The Alphacool name in blue lettering on some of the fittings additionally underlines the individuality of these items. Functionality of this connector:A bushing with two 1/4“ inner threads comes in handy for the extension of fittings or for connection of a component with an outer thread to a fitting. Technical specifications:Material: Brass, chromatizedColour: Deep Black Dimensions:Length: 22mmWidth: D17mm Extent of delivery:1 x Alphacool HF socket 2 x G1/4 inner thread - Deep Black This product has been reviewed for you:ModdingbaseXtremesystems (Engl.) (userreview)PT-reviews (Pt)
The EK-Quantum Magnitude is the new ultimate bespoke CPU water block from EK that brings the highest cooling performance with the lowest possible flow restriction. The AM4 version of the water block is using a specific combination of flow distribution insert, mounting pressure, and cold plate geometry tailored for the IHS and chiplet layout of AMD AM4 socket processors. Different from any mounting structure used by other water blocks that are usually black and mundane plates, the design accentuates an integrated H-shaped, three-dimensional frame with premium finishes that firmly cradles the main body in place while the screws are morphed into a sophisticated design detail. Specialized manufacturing techniques were deployed to create this truly unique product. Not a single component of Magnitude was made using mass production techniques; instead, every single piece was CNC machined separately, out of a solid piece of material. This version of the water block features a nickel-plated copper cold plate with a high-grade glass-like top CNC machined out of cast acrylic. A CNC machined solid brass insert made it possible to significantly enlarge and optimize the cooling engine. Compared to previous generations of water blocks, the fin array has a 50% bigger surface area, all contained in a smaller footprint to ensure maximum compatibility even with mITX motherboards. The copper cold plate uses 0.40mm wide microchannels and 0.26mm thick microfins to maximize the thermal transfer with minimal flow restriction. Since EK-Quantum Magnitude was engineered from the ground up for each specific socket, the AM4 version features an offset insert that directs more flow over the AMD Ryzen CPU chiplets with the I/O die still getting plenty of flow to keep it cool. The aesthetic interchangeable inner frame is also machined out of a single piece of brass, which is subsequently nickel-plated. The aesthetic frame can be replaced with color-anodized aluminum variants that perfectly match EK-Quantum Torque fitting lineup or with a white POM acetal piece that can be used as a light dispersion element for addressable D-RGB LEDs. The aesthetic interchangeable inner frames are sold separately. Elegantly concealed under the aesthetic inner frame is a LED strip boasting the incredible 30, individually addressable D-RGB diodes that shine inward and illuminate the translucent top. The addressable D-RGB is using an industry-standard 3-pin 5V digital LED connector (Pinout: +5V, Data, Blocked, Ground). The mounting mechanism is a three-dimensional H shaped aluminum piece that makes the screws a seamless part of the water block. Strong edges and chamfers root this award-winning icon firmly among the EK-Quantum line. Did we say award-winning? EK-Quantum Magnitude is bearing the prestigious iF Design award for its bold and different approach to the CPU water block mounting mechanism. The cold plate of the Magnitude water block is intentionally machined into a convex shape to align with the concave shape of the CPU IHS. However, if you are interested in a flat cold plate that works perfectly with lapped CPUs or aftermarket IHSs, EK is providing a special, flat bare copper as well as nickel-plated copper cold plates that are sold separately. The Magnitude is supplied with an additional, thicker jet plate. If the user concludes that his CPU IHS is exceptionally concave (poor thermal paste spread after mounting), the curvature of the water block cold plate can be adjusted by using this secondary jet plate. It will make the center of the contact area bow by an additional 0.1mm outwards, for it to make better contact with the IHS. Technical specifications: - D-RGB cable length: 50cm - D-RGB connector standard 3-pin (+5V, Data, Blocked, Ground) CPU socket compatibility: - AMD AM4 Enclosed: - EK-Quantum Magnitude Water Block - Mounting mechanism with all necessary springs, screws, and washers - AMD AM4 Socket compatible backplate - Additional jet plate - 0.6P - Thermal Grizzly Hydronaut (1.0g) Thermal Paste - Allen (Hex) key - 2.5mm Made in Slovenia, EU
The EK Quantum Vector RE RTX 3070 from EK is a complete cooler for the Founders Edition of the RTX 3070 from Nvidia. The high-quality workmanship and the nickel-plated copper material used for the heat sink are striking. The nickel-plated copper covers all important areas of the graphics card, such as GPU, memory and voltage converter. The optimised channel structure results in very efficient and reliable cooling. Visually, the black acetal lid stands out, which is rounded off by a metallic trim. In addition, the cooler has four G1/4" connections, which, however, are found on the short side instead of on the upper long side as usual. Technical Data Dimensions: 205 x 98 x 21 mm Material Base: Nickel-Plated Copper Material Cover: Acetal Thread: 4x G1/4" Compatibility NVIDIA GeForce RTX 3070 (Founders Edition) Scope of Delivery EK-Quantum Vector RE RTX 3070 series high-performance water block Mounting mechanism with screw-in brass standoffs Necessary mounting screws, nuts, and washers 2x Nickel plated brass plug G1/4” EK-Loop Multi Allen Key (6mm, 8mm, 9mm) Thermal pads Thermal grease EK-TIM Ectotherm (1g)
With the HEATKILLER® V, Watercool is starting a new generation of coolers for the current Nvidia RTX 30 graphics cards. Equipped with unique highlights, the current version of the HEATKILLER® V presents what is technically feasible. With an increased number of cooling fins, the cooling performance is increased directly above the graphics processor and thus the most important area is improved. The radiator base, milled from a solid block, establishes contact with all relevant components. The trend-setting dual-layer inflow distributes the water simultaneously on two levels. This ensures an air flow that is at least 30 percent higher than that of our previous generation. The broad and symmetrical flow paths reduce dead spots (standing water) to a minimum and accelerate the flow. The overall result increases not only the maximum cooling capacity but also the flow rate of the HEATKILLER® V. Thanks to the newly designed spacers made of high-performance plastic (PEEK), the 10mm solid copper block is ideally isolated from the circuit board. In addition to the technical innovations, the design of the cooler is also impressive. The screwless cover makes the entire block look like it was cast from a single source. The symmetrically designed channels underline the look of the cooler and make it a unique eye-catcher. Technical specifications: Base plate material: electrolyte copper Material cover: acrylic glass Cover material: black anodized aluminum Connection terminal material: Acetal Dimensions: (LxWxH): 230 x 119 x 21 mm Connection: 4x G ¼ inch (DIN ISO 228-1) Weight: Pressure tested: 2 bar Compatibility: Nvidia Geforce RTX 3080/3090 Scope of delivery: 1x HEATKILLER® V 1x mounting material Thermal Grizzly Kryonaut thermal paste
Optimised for Static Pressure During the development of the new P14 PWM PST, special emphasis was placed on a focused airstream and thus a high static pressure. The fan guarantees extremely efficient cooling, even with increased air resistance. Therefore, the P14 PWM PST is particularly suitable for use on heatsinks and radiators. More Efficient Technology The motor is powered by a Neodym-Iron-Boron-Magnet ring of the newest generation, which allows the new P14 PWM PST to run much more efficiently than its predecessors. This saves energy and lowers the coil temperature without comprimising the performance. Maximum Quietness, Minimum Vibration Even at low speeds the operating sound of the new ARCTIC motor is barely noticeable. Due to a sinus-magnetizing the new motor only creates about 5 % of the vibration from commutation of a regular DC-motor without filter. Consequently, there is no need for rubber spacers due to the steady and smooth torque of the new motor. Extended Life Span A 10 °C lower motor temperature roughly doubles the life span of a fan. The new ARCTIC motor has a four times longer service life through its low coil temperature. Consequently, we have extended the warranty to 10 years. 200 to 1700 RPM regulated via PWM PST With a wide range of regulation and the PWM Sharing Technology (PST), the P14 PWM PST fan speed can be controlled synchronously with all your other fans together. This keeps noise at a minimum while guaranteeing maximum cooling performance when needed. High Quality Bearing Thanks to an alloy/lubricant combination developed in Germany, friction within the bearing is reduced and greater efficiency is achieved. As a result, there is less heat development as well as less bearing noise, which means you can enjoy a longer service life from your fan. Technical Data Performance Fan Speed: 200 - 1700 rpm Airflow: 72.8 CFM/ 123.76 m³/h Static Pressure: 2,40 (mm/H2O) Noise Level: 0.3 Sone Fan Fan Frame: Standard Controll Typ: PST Connector: 4-Pin Connector + 4 Pin Socket Fan Bearing: Fluid Dynamic Bearing Electric Characteristics Typical Voltage: 12 V DC Starting Voltage: 3.9 V Current: 0.12 A Cable Lenght: 400 mm Size & Weight Lenght: 140 mm Width: 140 mm Height: 27 mm Weight: 194 g
140 mm PWM-Lüfter, mit Sealed Precision FDB-Lagern für hohe Lebensdauer & Laufruhe, 300 - 1.200 U/Min bei max. 19,4 dB(A), 28,5 - 114,3 m³/h Airflow, 2,81 mmH2O Luftdruck, mit RGB-Beleuchtung
