Washing Machines - Buying Guide.
The sheer number of washing machines in the market today is enough to confuse
the uninitiated. Before you buy you should ask yourself the following questions:
How much space is there in my kitchen?
How much laundry do I wash per week?
What type of fabrics do I wash?
Once you know the answers to these you'll be well on your way to making an
informed decision.
Which washing machine?
The size of washing machine you choose will depend on the space available in
your kitchen and the amount of laundry you do each week.
Compact
If you lack space or have a limited amount of weekly washing, a compact machine
that takes a 3-4kg load may suit your needs, although it will have a limited
range of programmes compared with a full-size machine. If space is short,
stacking a washing machine with a tumble dryer may be an option, or you could
consider a washer-dryer.
Full-size
If you have a normal amount of weekly laundry and a mix of fabrics to wash,
go for a full-size machine that takes a 5-6kg load. Larger capacity 7kg models
are also available, giving you room to wash items like curtains or duvets.
If you use a tumble dryer, make sure you pick a washing machine with high
spin efficiency to reduce drying times and costs. Half-load and quick wash
are useful options to have as you probably won't always have a full load.
Large
If you have a large family and use a machine most days, then a large 8-10kg
washing machine is worth considering.
Most of the larger washing machines are American
and while they were traditionally seen as less sophisticated and
less energy efficient than European models, there are now large
8kg washing machines that are top performers. Some large machines
now employ sensor technology for a triple 'A' rating for wash,
energy and spin efficiency, so size no longer means a compromise
on wash results or efficiency.
It's worth noting that the larger exterior dimensions
of these machines mean they are more suited for use in a utility
room rather than a kitchen.
Which tumble dryer?
Venting dryers
Venting machines cost less than condensing machines, are more easily available
and work faster. Hot damp air is vented from the machine to the outside via
a hose, which can either dangle from a window or be ducted through an outside
wall using a telescopic box fitting. The need for venting does restrict where
the machine can be positioned.
Condensing dryers
The steam given off by drying clothes is turned into moisture that's collected
in a reservoir or can be pumped away via the drains if the machine is positioned
near a sink and can be plumbed in. Drying is slightly slower compared with
vented machines.
Condenser dryers have become more affordable over
the last two years, and more are being sold now than ever before.
Saving energy
Energy ratings
All washing machines and washer dryers carry an energy rating graded from A
to G for wash performance, energy efficiency and spin-drying efficiency,
with A being the best and G the worst. All ratings are based on standard
test results for a 60 C cotton wash cycle. Tumble dryers are rated for energy
efficiency. A-rated tumble dryers are rare (though they do exist). Most will
have a C or less. If you use a tumble dryer, look for a washing machine with
a spin rating between A and C to reduce drying costs.
Fuzzy Logic
Machines with Fuzzy Logic use sensor technology to continually monitor varying
conditions inside the washing machine, adjusting itself to ensure the best
wash results using as little water and energy as possible. There is no one
standard for Fuzzy Logic, so different machines will do different things,
but a typical Fuzzy Logic machine will control the main wash, the water intake,
water temperature, wash time, rinse performance and spin speed.
More sophisticated models weigh the load (so you
can't overload the machine), advise how much detergent to put in,
assess material type and water hardness, and check if the detergent
is a powder or a liquid. Some also learn from past experience,
intelligently memorising programmes and adjusting them to minimise
running costs.
Fault diagnosis
Some Fuzzy Logic models offer a diagnostic fault-finding system, which displays
a fault code if any problems occur. You can then ring this code through to
the service centre thus ensuring the engineer has the right parts to fix
it without delay.
Update facilities
Some models have Fuzzy Logic microprocessors that can be updated as and when
new technology or programmes come along. LG Electronics has already launched
several Internet- /network-enabled washing machines, which means when the
networked home becomes reality, these machines are ready to take advantage
of any benefits offered by direct Internet connection (eg for remote fault
diagnosis or downloading new programmes).
Fuzzy Logic machines are generally extremely simple
to use, as most feature 'one touch' control. They also get the
best energy ratings, and are worth paying extra for if you wash
full loads more than three times a week, as the energy-saving features
will provide worthwhile savings in water and energy usage.
How much do I need to pay?
Prices start from just under £200 to well over £1,000. While it's
true that you get what you pay for, you shouldn't fall into the trap of paying
extra for features you'll never use. You can buy a good, reliable machine for
between £300 and £600. At £600 you should expect features
such as Fuzzy Logic, high spin speeds and fabric care programmes for handwash-only
items like silks or woollens.
It's worth paying more if you want a large capacity
machine, but it's not worth paying extra for more programmes as
you'll probably only use three or four. You'll also have to pay
more if you want the machine to have a special finish such as stainless
steel or anthracite.
If you can afford it, consider machines that are
built to last for 20 years or more, compared with the usual five
to eight years. These machines are made of the highest quality
materials, and use electronic controls to reduce wear and tear,
thus prolonging life. Thanks to sophisticated electronics, they
use less water and energy, have a good wash rating and are quiet.
Some even have facilities for updating the electronics as and when
new technology arrives.
Washer-dryer benefits
Washer-dryers work on the condenser method, which means that moisture given off
by drying clothes must either be pumped away via the drains or collected in
a reservoir. Look for a machine with a good choice of programmes and a high
spin speed, which will reduce drying times and save energy.
Pros
It is cheaper than buying a separate washing machine and tumble dryer.
You will save kitchen space.
Straight-through washing and drying means that
you won't have to set the machine to dry when the wash programme
has finished (as long as the wash load doesn't exceed the capacity
of the dry cycle).
Cons
You can't wash one load while drying another.
You can't dry a full load - you can usually only
dry just 2.5kg of the 5kg wash load (or 3kg of a 6kg wash load).
However, washer-dryers with a 4kg wash and dry capacity are currently
being introduced.
Drying performance is generally not as good as
that of a tumble dryer; it's slow and isn't usually energy-efficient.
You would have to be prepared to spend around £1,200 for
a machine with advanced features such as turbo dry, which speeds
drying times.
If one part of the machine breaks, you are stuck
with neither washing nor drying.
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