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Useful
Information
Warranties
For me a manufacturer’s warranty
period only tells you how confident the manufacturer is with the
durability of their product. But the consumer guarantee act says a
product should last a reasonable amount of time, which is usually
way longer than the manufacturer’s warranty period. For example if
your whiteware appliance fails in under 8 years the consumers
guarantee act considers that insufficient usage and your entitled to
have it repaired or replaced free under the consumer guarantee act.
Apparently the cost of this repair or replacement should be met by
the retailer, which doesn’t seem right to me as they didn’t design
or build it so I would rather go to the manufacturer. Whoever you go
to don’t be put off if they are reluctant to honor this guarantee,
as it is not their call, it’s your right! Generally people don’t
pursue this and over the years it has led to manufacturers producing
inferior products, which end up in landfill too soon.
Here is a rough guide to how long you
should expect things to last.
Toasters, Food processors, Kettles,
Computers, Printers/Scanners, Cordless phones, Mobile phones, MP3
players
5 years +
Vacuum cleaners, TV’s, Heat pumps,
Dehumidifiers, Microwave ovens, Washing machines, Heaters
10 years+
Dishwashers,
Stoves, Clothes driers, Fridges/Freezers, Hi quality DVD/Home
Theatre systems
15 years+
Water
If electronic equipment comes into
contact with lots of water don’t automatically assume it will never
work again. If the water
was pure and clean it may not have damaged the circuitry as pure
water has quite a high resistance to electricity. Remove its
power supplies (i.e. Battery and/or power adapter) immediately, open
any compartments (i.e. battery, memory stick, tape, disc etc.) and
shake as much water off it as possible. Then place it in a warm
place (but below 50°C) for 2-3 days and hope for the best.
Its
worked for me on a few occasions and you’ve got nothing to loose.
Care
Modern
electronics is completely different than what it was 15 years ago
with many devices getting smaller. This has been achieved by the use
of extremely small components some no bigger than the size of a full
stop, and components being very tightly packed together. The problem
with all this miniaturization is that now very small foreign bodies
can now short out adjacent tracks and conductors and weak acids or
alkaloids can completely dissolve them. This means it is more
important to ensure your devices don’t get contaminated with
anything.
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