Airblade V Hand Dryer

Dyson Airblade is an electric hand dryer made by the Wiltshire, UK based company Dyson, found in public bathrooms across the United Kingdom.^[1] It was introduced in the United Kingdom in 2006 and in the United States in late 2007. In 2013 the Airblade Tap was launched, which incorporates Airblade technology into a bathroom faucet enabling washing and drying in a single unit.

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Description[edit]

Hand Dryer Dyson Airblade V HU02 Hand Dryer 110-120v - Nickel Finish. Browse Hand Dryers from Excel, Bobrick, Dyson, ASI, and Xlerator commercial hand. The Airblade also dries hands completely in just 12 seconds. Damp hands are responsible for up to 1,000 times more spreading of bacteria vs.

Instead of using a wide jet of heated air, Dyson Airblade uses a thin layer of unheated air travelling at around 400 mph (180 m/s; 640 km/h) as a squeegee to remove water, rather than using heat to evaporate the water.^[2] The Dyson Airblade is claimed by its manufacturer to dry hands in 10 seconds and to use less electricity than conventional hand dryers.^[1]

The first commercially available high-speed, horizontal-wiping air dryer was the Mitsubishi Jet Towel, invented in 1993 and available in the United States since 2005.^[3] There are several technical differences among electric hand dryers, such as airspeed, water containment, energy efficiency, use of heat, type of filter, motor lifespan and power usage.^[4]

The same technology is used by Dyson in the Air Multiplierfan to create a cooling air stream for personal comfort.

Energy efficiency[edit]

The Dyson Airblade is 69% more energy-efficient than conventional hand-dryers and 97% more cost effective than paper towels.^[5] The Airblade is cheaper to operate because it does not require hot air which greatly increases electricity consumption. The Airblade is also cheaper to operate due to decreased drying times. The Airblade V can dry off hands in 12 seconds, versus 25 for a traditional hand dryer.^[6]

Drying time[edit]

A comparative test found that both paper towels and the Airblade dried hands quickly, achieving around 90% dryness in about ten seconds, supporting Dyson's claim of approximately ten seconds of drying time.^[7] A conventional warm air dryer took about forty-seven seconds.

Hygiene[edit]

In the United States, Dyson worked with the NSF to become the only certified hand dryer under Protocol P335 for Hygienic Commercial Hand Dryers.^[8][9] The Royal Society of Public Health has given the Dyson Airblade hand dryer its first hygiene accreditation.^[10]

A paper was presented at the 17th European Congress of Clinical Microbiology and Infectious Diseases, Munich, Germany in 2007 by the University of Bradford and Dyson showing that for a set drying time of 10 seconds, the Airblade led to significantly less bacterial transfer than with the other driers (p < 0.05). When the latter were used for longer (30–35 s) the trend was for the Airblade to still perform better; however, these results did not reach statistical significance (p > 0.05). In addition the study showed that rubbing hands whilst using the driers counteracted the reduction in overall bacterial numbers at all anatomical sites.^[11]

Hygiene associated with the product has been questioned in research by the University of Westminster Trade Group, London and sponsored by the paper towel industry the European Tissue Symposium, which suggests that use increases the amount of bacteria on the fingertips by about 42%; paper towels reduced the number of bacteria by 50 to 75%, while warm air dryers increased bacteria by 194%. The report found that 'the manufacturer’s claim that the tested JAD [Airblade] is 'the most hygienic hand dryer' is confirmed .. assuming that the term 'hand dryer' refers to electric devices only because its performance in terms of the numbers of all types of bacteria remaining on the hands of users compared to paper towels was significantly worse.'^[7]

Model history[edit]

In early 2013, three new models of the Dyson Airblade were introduced: the Airblade Mk. 2, the Airblade V, and the Airblade Tap. The Mk. 2 uses a similar design as the original model, but has increased jet air speed from 400–430 mph (180–190 m/s; 640–690 km/h), and new soundproofing makes the new model quieter than the old one. The Airblade V is a hands-under hand dryer that complies with the Americans With Disabilities Act.

The Airblade Tap is a non-contact bathroom faucet that both washes and dries hands. It eliminates the need to move to a separate area to dry hands, and therefore eliminates any water dripped on the floor.^[12][13] All three hand dryers use a new Digital Slim Motor, the Dyson V4.

Controversies[edit]

On 5 December 2012, a lawsuit by competitor Excel Dryer was filed against Dyson, claiming that Dyson's advertising comparing the Airblade to the Excel Dryer Xlerator were deceptive.^[15] Dyson's advertisements stated the Xlerator produces twice as much carbon dioxide, is worse for the environment, and costs more to operate than the Airblade. Excel Dryer charged that Dyson was falsifying its comparisons by submitting a 20-second dry time for the Xlerator to the Materials Systems Laboratory at the Massachusetts Institute of Technology, rather than Excel Dryer's tested 12-second dry time, thus inflating energy consumption figures in the Airblade's favor.

In 2014, a paper was published in the Journal of Hospital Infection (2014;88:199-206), showing that high-speed hand dryers such as the Dyson Airblade can spread large numbers of a harmless test bacteria through the air in the vicinity. The Dyson company challenged the study with its own criticism of the methods and conclusions.^[16]

References[edit]

1. ^ ^ab'Dyson unveils faster hand dryer'. BBC News. 3 October 2006. Retrieved 5 January 2008.
2. ^'Dyson's Airblade dries hands with 400MPH blast of air'. 3 October 2006. Retrieved 5 January 2008.
3. ^Mitsubishi Jet Towel (27 November 2009). 'Mitsubishi Jet Towel'. Fastlec. Retrieved 10 April 2011.
4. ^Mitsubishi Jet Towel vs. Dyson Airblade Pre-Game Trash Talk and Tale of the Tape
5. ^'Dyson Calculations'. dysoncanada.ca. Retrieved 8 June 2018.
6. ^'Dyson Airblade V Product brochure'(PDF). p. 6.
7. ^ ^abA comparative study of three different hand drying methods: paper towel, warm air dryer, jet air dryer’ by Keith Redway and Shameem Fawdar of the School of Biosciences, University of Westminster London
8. ^'NSF PROTOCOL P335 Hygienic Commercial Hand Dryers'. Nsf.org. Retrieved 10 April 2011.
9. ^'Questions & Answers about the new NSF Protocol P335''(PDF). Archived from the original(PDF) on 26 November 2010. Retrieved 10 April 2011.
10. ^RSPH. 'Dyson Airblade TM hand dryer first to gain new hygiene accreditation'. rsph.org.uk. Retrieved 8 June 2018.
11. ^Snelling, AM; Saville, T; Stevens, DG; Beggs, CB (2 April 2007), Evaluation of a new ultra-rapid hand drier in relation to hand hygiene, archived from the original on 6 October 2014, retrieved 30 September 2014
12. ^'Dyson launches all-in-one hand-drying Airblade water tap'. BBC News. 4 February 2013. Retrieved 26 April 2019.
13. ^'Dyson Airblade Tap hand dryer'. Dyson airblade. Retrieved 28 March 2015.
14. ^New Dyson Airblade Hand Dryers 2013
15. ^Case 3:12-cv-30211-MAP - Docstoc
16. ^Melville, Nancy A. (9 December 2014). 'Hand Dryers Blow Bacteria Into Air, Spread Germs'. medscape.com. WebMD LLC. Retrieved 21 January 2017.

External links[edit]

Contents.Description Instead of using a wide jet of heated air, Dyson Airblade uses a thin layer of unheated air travelling at around 400 mph (180 m/s; 640 km/h) as a to remove water, rather than using heat to the water. The Dyson Airblade is claimed by its manufacturer to dry hands in 10 seconds and to use less electricity than conventional hand dryers.The first commercially available high-speed, horizontal-wiping was the Mitsubishi Jet Towel, invented in 1993 and available in the United States since 2005.

There are several technical differences among electric hand dryers, such as airspeed, water containment, energy efficiency, use of heat, type of filter, motor lifespan and power usage.The same technology is used by Dyson in the to create a cooling air stream for personal comfort.Energy efficiency The Dyson Airblade is 69% more energy-efficient than conventional hand-dryers and 97% more cost effective than paper towels. The Airblade is cheaper to operate because it does not require hot air which greatly increases electricity consumption. The Airblade is also cheaper to operate due to decreased drying times. The Airblade V can dry off hands in 12 seconds, versus 25 for a traditional hand dryer.

Drying time A comparative test found that both and the Airblade dried hands quickly, achieving around 90% dryness in about ten seconds, supporting Dyson's claim of approximately ten seconds of drying time. A conventional warm air dryer took about forty-seven seconds.Hygiene. Dyson Airblade (view from top)In the United States, Dyson worked with the to become the only certified hand dryer under Protocol P335 for Hygienic Commercial Hand Dryers. The Royal Society of Public Health has given the Dyson Airblade hand dryer its first hygiene accreditation.A paper was presented at the 17th European Congress of Clinical Microbiology and Infectious Diseases, Munich, Germany in 2007 by the and Dyson showing that for a set drying time of 10 seconds, the Airblade led to significantly less bacterial transfer than with the other driers ( p 0.05). In addition the study showed that rubbing hands whilst using the driers counteracted the reduction in overall bacterial numbers at all anatomical sites.Hygiene associated with the product has been questioned in research by the University of Westminster Trade Group, London and sponsored by the paper towel industry the European Tissue Symposium, which suggests that use increases the amount of bacteria on the fingertips by about 42%; paper towels reduced the number of bacteria by 50 to 75%, while warm air dryers increased bacteria by 194%. The report found that 'the manufacturer’s claim that the tested JAD Airblade is 'the most hygienic hand dryer' is confirmed.

Assuming that the term 'hand dryer' refers to electric devices only because its performance in terms of the numbers of all types of bacteria remaining on the hands of users compared to paper towels was significantly worse.' Model history. Airblade (AB14) Mk.

2In early 2013, three new models of the Dyson Airblade were introduced: the Airblade Mk. 2, the Airblade V, and the Airblade Tap. 2 uses a similar design as the original model, but has increased jet air speed from 400–430 mph (180–190 m/s; 640–690 km/h), and new soundproofing makes the new model quieter than the old one. The Airblade V is a hands-under hand dryer that complies with the.The Airblade Tap is a non-contact bathroom faucet that both washes and dries hands.

It eliminates the need to move to a separate area to dry hands, and therefore eliminates any water dripped on the floor. All three hand dryers use a new Digital Slim Motor, the Dyson V4.ModelYearFeaturesAirblade 00 mph (180 m/s; 640 km/h) airspeed; discontinuedAirblade AB032006400 mph (180 m/s; 640 km/h) airspeed; discontinuedAirblade Mk2 AB06/AB07/AB142013430 mph (190 m/s; 690 km/h) airspeedAirblade V AB082013'hands-under' design; 430 mph (190 m/s; 690 km/h) airspeedAirblade Tap AB09, AB10, AB112013automatic non-contact faucet with integrated hand dryerControversies. See also:On 5 December 2012, a lawsuit by competitor was filed against Dyson, claiming that Dyson's advertising comparing the Airblade to the Excel Dryer Xlerator were deceptive. Dyson's advertisements stated the Xlerator produces twice as much carbon dioxide, is worse for the environment, and costs more to operate than the Airblade. Excel Dryer charged that Dyson was falsifying its comparisons by submitting a 20-second dry time for the Xlerator to the Materials Systems Laboratory at the, rather than Excel Dryer's tested 12-second dry time, thus inflating energy consumption figures in the Airblade's favor.In 2014, a paper was published in the Journal of Hospital Infection (2014;88:199-206), showing that high-speed hand dryers such as the Dyson Airblade can spread large numbers of a harmless test bacteria through the air in the vicinity. The Dyson company challenged the study with its own criticism of the methods and conclusions.

References. 3 October 2006.

Retrieved 5 January 2008. 3 October 2006.

Retrieved 5 January 2008. Mitsubishi Jet Towel (27 November 2009).

Retrieved 10 April 2011. Retrieved 8 June 2018. (PDF). P. 6.

^ by Keith Redway and Shameem Fawdar of the School of Biosciences, University of Westminster London. Retrieved 10 April 2011.

(PDF). Archived from (PDF) on 26 November 2010. Retrieved 10 April 2011. RSPH. Retrieved 8 June 2018. Snelling, AM; Saville, T; Stevens, DG; Beggs, CB (2 April 2007), archived from on 6 October 2014, retrieved 30 September 2014.

4 February 2013. Retrieved 26 April 2019. Dyson airblade.

Retrieved 28 March 2015. Melville, Nancy A. (9 December 2014).

Retrieved 21 January 2017.External links Wikimedia Commons has media related to.