Look for any obstructions, and remove them. Turn the vacuum over so that the brush head assemble is upright. Look for any blockages in the hose that is in the upper right corner. Remove any obstructions. To clean the internal housing routes follow this guide. Turn the vacuum off. Look for any cord-like objects that are causing the brush to not spin. Unwrap the cord from the brush.
To replace the brush follow this guide. To clean your filter, follow this guide. With the machine unplugged, press the power button down and slip it off quick enough that it makes a pop noise. Do this about ten times. Plug the vacuum back in and the power should stay on. Make sure the plug is fully inserted into a fully functional electrical outlet.
To replace the power switch follow this guide. To replace the power cord follow this guide. Brush head still not spinning, cleaned internal, cleared hair from it still not doin it So frustrating, plz help. Fix Your Stuff. Dyson DC 14 Troubleshooting.
Edit Options History. Sudden loss of suction power. Blockage in hose. Blockage in brush head. Older DC17s were not recalled, but Dyson gave out and sold many of the redesigned cyclone packs. The ball design has been simplified for the DC rather than riding on a large ball that encloses the primary motor, the DC18 rides on a thin, cigar-shaped roller that provides more space for separate motor enclosure and airway paths.
The plastic wand pole has been criticised as a lowering of quality from the older metal type, and also causes the main spine of the cleaner to flex more, without the support of the metal wand [ citation needed ]. This unit has been discontinued as of July No replacement model has been announced.
None of the DC08 models had electric motorised floorheads. Like the DC07, the DC08 was fitted with an uprated motor giving it more suction power, handled by the new root 12 cyclone system the DC08 was equipped with. This higher power output could drive the main turbo floorhead without the need for an electric motor and the expensive wiring that the DC05 motorhead had.
Lower models in the DC08 range did not come with the turbine floorhead, having only the standard floorheads which were better-suited to hard flooring than carpets. Unlike the DC02, the DC08 did not have storage for its small tools in the body of the cleaner. As with the DC05, tools were stored on a small caddy attached to the suction hose.
The DC08 had a long production run; it was upgraded to the DC08 Telescope wrap after the launch of the DC11, to enable it to be stored more efficiently, and was eventually superseded by the DC Early in the production run of the DC08, in , Dyson switched production of all its vacuum cleaners from Malmesbury, UK to a new production facility in Malaysia. It had two separate dust bins and cyclone assemblies to make the machine smaller when it was packed away.
It was the replacement of the DC08, and to all intents and purposes is virtually the same in appearance and design as the DC Also available in an Issey Miyake limited edition in which the manifold on the cyclone assembly is pink instead of the standard yellow, and an Animal version with a motorised brushbar for picking up pet hair and gold cyclone manifold.
Newest to the range is the DC16 Car and Boat which is designed for car and boat cleaning, supplied with a car 12 V charger and has a blue cyclone manifold. The first Dyson Airblade, launched in , is a hand dryer for commercial customers, typically made available in public hand-washing facilities. The Dyson "Air Multiplier" was announced on 18 October as an electric fan , intended to provide smoother airflow and, having no exposed rotating blades, thus operating in a safer manner than conventional bladed fans.
The fan works by drawing air in through an inlet in the base pillar and forcing it through an outlet in the upper ring. Dyson stated that the initially-generated air flow is multiplied between 15 and 18 times for the models AM01, AM02 and AM03, projecting a smooth stream of uninterrupted air, without the buffeting effect caused by conventional fan blades. Since the original release, Dyson has produced combination electrical heater and cooling fans some with HEPA filters based on its Air Multiplier design.
In addition, some newer designs feature "Jet Focus", the ability to shift between a wider and shallower or a narrower but farther-reaching stream of air, under user control. A more-limited set of control switches is available on the body of the appliance. The design for a bladeless fan had been patented by Toshiba in , but was never marketed before the patent expired. An initial patent claim by Dyson was rejected by the Intellectual Property Office, ruling that it "cannot be considered novel or cannot be considered to involve an inventive step" compared to the earlier patent.
Like most fan heaters, it has a thermostat to control the temperature, and can also be used as a cooling fan without heat. All AM04 models made prior to 1 April are subject to a no-charge product recall for repairs because of a fire risk. It uses "Ultraviolet Cleanse" technology to clean water by running it through ultraviolet light twice before it is released.
A piezoelectric transducer in the base vibrates up to 1. It uses the same Air Multiplier technology to blow air, as well as a 0. Along with a coarse filter to trap slow particles, the unit uses low-force velocity to trap fine particles within the filter as well. As of [update] , Dyson has discontinued its basic cooling fans in favour of an extended range of combination fan air purifiers, some with optional heating.
High-end models feature automatic monitoring of indoor air quality for particulates and volatile organic compound VOC contamination, and reporting over Bluetooth or WiFi to a smartphone app. The discontinued Dyson CR01 Contrarotator is a washing machine with two counter-rotating drums, the first of its type. Each drum had 5, spin perforations to help evacuate water. The machine was first available in November The company later stopped making washing machines the same year, as they were unprofitable for the company.
In April , Dyson introduced the "Supersonic" handheld hair dryer. A Dyson Digital Motor V9 is housed in the handle. In March , Dyson announced a cordless hair straightener called the "Corrale". In , Dyson released the "Lightcycle", featuring the same heat pipe technology as the previous CSYS lights, but with Bluetooth connectivity via the Dyson Link app, and the ability to adjust the intensity and colour temperature to both the individual and their surroundings.
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Namespaces Article Talk. Views Read Edit View history. Help Learn to edit Community portal Recent changes Upload file. Download as PDF Printable version. Add links. The vacuum features an updated root cyclone and a redesigned brush roll with more power than the DC41 and a better edge cleaning system. Dyson has undergone a name change to their models, and this appears to be the same base design as the new UP13 model marketed as the "Dyson Ball Allergy".
The Dyson Small Ball replaces the DC50 small upright in , after the introduction of the EU directive on mains powered vacuum cleaners. It is very similar to the DC50, but with refinements to the motor performance, and also a change to the handle wand, in which it became a metal wand as on the DC24 to address issues with excessive flexing of the all plastic handle on the DC The powerhead has 3 levels of suction attained by a slider switch which opens and closes various valves and gates on the powerhead.
It is rated at W and 80db, in compliance with the EU regulations for mains powered vacuum cleaners. The Light Ball also has a longer reach cable than the DC40 and differing tools with the "quick release" red button system. Models designated "2" incorporate updates and improvements on the original model.
European models will also be compliant with the EU regulations for mains powered vacuum cleaners. DC63 is a small ball vacuum. The Dyson Big Ball CY23 is an alternative version of the Cinetic Big Ball cylinder, but without the cinetic technology and incorporating a pre-motor filter. Almost identical in appearance to the Dyson Cinetic Big Ball cylinder model. Image of a Dyson V6 with an attached-mini motorized head.
For specific markets e. Powered by the Dyson digital motor V6. This power-dense motor uses digital pulse technology and a neodymium magnet to spin at up to , rotations per minute. Its small size means that the machines it powers can also be small, light and powerful. The Dyson brand, as well as various reviews, claim that the V6 can have up to a minute run time. The V6 develops 28 Airwatts of suction in its extended runtime mode, and Airwatts of suction in its MAX mode, but runtime on a full charge in MAX mode is limited to 6 minutes.
Runtime on a full charge using extended run time mode is 20 minutes with the non motorised tools attached, and 15 — 17 minutes with the motorised heads attached. The V6 has been an immensely successful machine for Dyson, but did have issues such as a short runtime, a small dust cup capacity and less than easy dust cup removal, which were all addressed with the next generation of cordless models, the V8 and V7 ranges, which are due to replace the V6.
The Dyson V8 is an upgraded version of the V6 with better battery life up to 40 mins without the brush heads ,  a larger dust cup capacity, modifications to the debris emptying process Called the "Hygienic dirt ejection system" , and reported quieter operation than its predecessor due to a different noise frequency and noise dampening post motor HEPA filter.
Their motorized floor heads are driven by their own separate motors, which are a 50W main motorised powerhead with nylon and carbon fibre filaments for carpet use and hard floor dusting, a 20W "Fluffy" soft roller head for hard floor cleaning, and a 20W mini motorised head, with nylon bristles.
Runtimes of the V8 in extended run time mode are 40 minutes with non motorised tools attached, 30 minutes with the fluffy head or mini motorised head attached, and 25 minutes with the main 50W powerhead attached. In MAX mode, the run times are approximately 7 minutes regardless of what tools are fitted. The V8 also has a washable pre-motor filter so theoretically no filter replacements should be necessary during the life of the machine.
The battery on the V8 is replaceable if necessary. Based on the design and overall look of the Dyson V8, the V7, which was launched in , uses a similar digital motor and accessories. However, being a less expensive model to purchase, it has some differences to the higher priced V8. The battery can only run the V7 for up to 30 minutes on a full charge, whereas the V8 can run for up to 40 minutes.
The V7 is equipped with a 35W main motorised powerhead, compared to one with 50W on the V8, and also some models of V7 come with a 20W mini electric turbo tool of a slightly differing design to that of the V8. As it has a physically smaller battery than the V8, the V7 weighs less than the V8.
In terms of performance, the V7 produces 21 Airwatts of suction on "extended run time" mode, compared to 22 on the V8 and 28 on the V6, and it produces Airwatts as on the V6 on Max mode, compared to airwatts on the V8. Like the V8, the V7 incorporates the hygienic dirt ejection system, and the quick release "red button" tools system, and it also has the same, larger dust cup capacity of the V8. It also, like the V8, runs for up to 7 minutes, when put in Max mode. The battery can also run 40 minutes same as original V8 in the normal mode.
It has a much larger bin capacity, "point and shoot" hygienic bin emptying system, and a single "all in one" washable filter consisting of both the pre-motor and post motor filter. It has 3 motor speeds compared to 2 for the V6, V7 and V8. The Dyson V11 was released on the 27 March Its head automatically adjusts to the floor type.
The operation time limits stay the same as of the former V The V11 Outsize also has 2 click-in removable batteries that total up to minutes of run time on eco mode with a non-motorized tool. The Heurist is the upgraded version of the Eye. The Heurist, released in summer of , has a better navigation system, and now includes an LED light ring so this camera-based bot can be used in dark rooms. It was the first to use "Dual Cyclone" separation technology.
Licensed to the Japanese company Apex Inc. Dyson used the money he earned from G-Force to start up the Dyson company. The first vacuum cleaner sold under the Dyson name was the DA, launched in May It was a domestic upright model that used the patented "Dual Cyclone" technology and was made in Chippenham, England.
The DC01 had a single motor which provided the suction and also drove the brushroll directly via a single rubber toothless belt with no form of "brush control" where the user can turn off the brushroll for use on hard floors , so was mainly designed to use on carpeted floors.