Dyson DC40ALLERGY, DC39MULTIFLOOR, DC34 User Manual
No loss of suction.
No awkward moves.
Range brochure
Dyson supporting
“We look at every detail: how machines move,
how people use them, how to reduce raw
materials while staying strong. The priority
is always the same – improvement.”
JAMES DYSON
Inventor of cyclone vacuum technology
Over 35 years of invention
Ballbarrow
19 74
While renovating,
James designs
the Ballbarrow. A
wheelbarrow with a
load-spreading ball
that stops it sinking
into the mud.
Dual Cyclone™
technology
1993
Dual Cyclone™
technology and DC01,
the first vacuu m with
no loss of suction.
DC02
1995
Dyson cyclone
technology is
developed to fit the
shape of a barrel
vacuum. Within 14
months, it’s the UK’s
best-selling barrel.
Radix Cyclone™
technology
2001
Dyson develops Radix
Cyclone™ technology.
Dust and dirt is now
captured from the
airflow using eight
cyclones .
Ball™
technology
2005
No more wheels.
DC15 rides on a
ball to steer without
the awkward moves
of conventional
vacuums.
Dyson Airblade™
hand dryer
2006
The Dyson Airblade™
hand dryer uses
640km/h sheets of
air, scraping water
from hands in just
10 seconds.
Radix Cyclone™
technology +
intermediary
cyclone
2008
Improved cyclone
technology includes an
intermediary cyclone,
to capture even more
microscopic dust than
any other cyclone.
Dyson digital
motor
2009
The Dyson digital
motor is smaller than
conventional motors,
yet it spins up to
104,000rp m – five
times fast er than a
racing car engine.
DC31 Handheld
2009
The next generation
of Dyson handhelds,
powered by the
Dyson digital mot or.
It’s the most powerful
handheld.
Air Multiplier™
technology
2009
The Dyson Air
Multiplier™ fan
with no blades.
Air is amplified 15
times, giving an
uninterrupted stream
of smooth air.
Dyson Digital
Slim™
Dyson Ball™
barrel vacuum
2010 2011
The Dyson Digital
Slim™ vacuum
cleaner has twice the
suction of any other
lightweight cordless
vacuum cleaner - and
it doesn’t lose suction.
Turns on the spot. The
only barrel vacuum
cleaner with a central
steering mechanism -
for greater cont rol.
The Dyson Airblade™hand dryer was awarded the Carbon Reduction Label from the Carbo n Trust and Planet Ark for the product ’s life cycle me asurement and communicatio n of total greenhouse
gas emissions released, along with a commitment to further reduce these emissions in the next t wo years.
The Aust ralian Inte rnational Design Award™ is the in d ependent symbol of product design excellence. It represents that this produc t has been assessed by an independent pane l of Australian and
interna tional design experts who re commend that Standards Aus tralia endorse it as an example of desig n excellenc e. Australian International Design Awards. A divisio n of Standards Austr alia.
Other vacuum cleaners
lose suction
Bagless vacuum cleaners lose suction.
Although they might look similar to one another, many
other bagl ess vacuum cleaners have inefficient cyc lones.
They captur e less dirt than others so rely on filt ers to trap
it instead. Just like bag s, these disposable filters clog
during use causing suction to drop.
Bagged vacuum cleaners can lose
suction too.
James Dyson developed vacuum cyclone technology
because bagged vacuum cleaners lose suction.
When you use them, pores in the bag clog wi th
dust causing suction to dro p.
Dyson cyclone technology
doesn’t lose suction
With a Dyson vacuum cleaner there’s
no loss of suction.
Dyson vac uum cleaners don’t have bags and don’t rely on filters.
Dyson cyclone technology generates forces up to 100,000G
to separate even microscopic particl es from the airflow.
So there’s no loss of suction.
Captures more dirt than
any other cyclone
Dyson has been continually refining cyclone technology
since inventing it more than 20 years ago.
Radial Cyclone™ technology has been developed with
remodelled airflows to maximise suction. Improved flow
efficiency reduces turbulence and preserves air pressure,
so more microscopic particles are extracted by the inner
cyclones. These refinements help remove more dirt, dust,
allergens and pet hair from the home.
Cyclone gaskets
The airtight seals within the cyclone
assembly are made from materials
designed to maintain high pressure
differentials.
Self-inflating seal
Maintai ns pressure difference
in cyclone chambers.
Inner cyclones
A symmetrical array of smaller
cyclones generate centrifugal forces,
extracting microscopic particles down
to 0.5 microns in size, including mould
spores and bacteria.
Shroud
The design means t he outer
cyclone captures debris allowing
refinement of the i nner cyclone to
remove fine dust.
Vortex fingers
Guide air from inner cyclones,
reducing turbulence and noise.
Sand Pollen Allergens Bacteria
Dust and fluff
Outer cyclone
Dirty air is spu n around a vertical
axis, generating centrifugal forc es
that fling larger debris and hai r
from the airflow into the bin.
Hair and dirt
Choosing the right Dyson
vacuum cleaner
Here’s a few things to consider when choosing a new
Dyson vacuum cleaner:
Type of clean
• For the main clean, cho ose a barrel
or upright vacuum that best suits
your house size
• For quick, in-between cleans,
a handstick is ideal
• For spot cleans, choose a handheld
Type of floor
• Di fferent heads are designed fo r
improved pick-up on different surfaces
• A turbine or motorised head provides
high pick-up on carpets
• A ha r d floor tool improves pick-up on
hard floors and tiles
Allergy sufferers
• All Dyson Uprights and Barrels are
accepted by the National Asthma
Council Australia
• Dyson HEPA machines capture more
microscopic particles
• Dyson Allergy models have a mattress
tool to remove dust mite faeces
Size of house
• A full size vacuum cleaner is best
suited to family homes
• For villas or apartments, a medium
size vacuum cleaner is ideal
• In small studio s or one bedroom flats,
choose a compact vacuum cleaner
Pet hair removal
• Dyson turbine or motorhead models
are best for homes with pets
• Dyson Animal models have an extra
tool to remove pet hair from upholstery
• Consider the Groom tool accessory
for mess-free grooming of your dog
Manoeuvrability
• Dyson Ball™ Barrels pivot on the spot
and follow without the awkward moves
• Dyson Ball™ Uprights steer smoothly
with the turn of the wrist, manoeuvring
easily around furniture, obstacles and
into difficult places
BARRELS
Large - for family homes
NEW
UPRIGHTS
Large - for family homes
Medium - for villas
and apartments
Medium - for villas
and apartments
Small - for studios and
one bedroom flats
Small - for studios and
one bedroom flats
NEW
HANDHELDS
For spot cleans
HANDSTICKS
For in-between cleans
ball
No loss of suction.
No awkward moves.
Radial Cyclone™ technology
Remodelled airflows maximise suction.
Ball™ technology
Turns on the spot. The only barrel
vacuum cleaner with a central steering
mechanism – for greater control.
Ball engineering
The ball houses many of the major vacuum cleaner components:
motor, polycarbonate air ducts and cable. This lowers the centre
of gravity, making the machine easy to control.
Integrated air duct
Airflow reaches the motor
efficiently, with minimal loss
of airspeed and energy.
Cable rewind system
Positioned for balanced weight
distribution.
Centralised motor
Locat ed at the bottom
of the ball to lower the
centre of gravity.
Axle bearings
Bearings in the axle reduce
friction, enabling the ball
to rotate smoothly.
Vibration isolation mounts
Suspending the motor and
motor housing transmits less
motor noise and vibra tion.
Ball underside
The ball’s smooth surface means
it doesn’t dig into carpet pile.
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