Aircon Maintenance: DIY or Hire a Pro?
In a recent survey, we asked our audience about their preferences for aircon maintenance, and the results are in: 78% of respondents prefer hiring professionals! If you choose to leave it to the experts, we've got you covered with a guide to evaluate the quality of their service.
On the other hand, if you're keen on taking the DIY route, you can use this step-by-step guide to help you ensure that you're performing all the necessary steps correctly.
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2. HIRE PROFESSIONAL DIY
78% 22%
We conducted a recent survey on social media to
gauge the audience's preference regarding air
conditioning maintenance: whether they prefer
performing it themselves or hiring a professional. Here
are the survey results.
3. The preference for hiring professionals over choosing DIY
for basic air conditioning maintenance may could be
because of following reasons:
Why?
Lack of knowledge
Convenience
Assurance of quality
Less effort and time required
For those unfamiliar with air
conditioning maintenance and who
have opted to hire professionals
seeking reassurance that the
necessary tasks are carried out
correctly, we have created a
guideline to help you evaluate
whether the hired professional
effectively completed their job.
4. Ensure proper heat exchange and system efficiency by
inspecting the evaporator and condenser coils. When the
system is less efficient, it consumes more electricity,
leading to higher energy bills.
Check the Coils
STEP 1
5. Maintain clear condensate drains and pipes to prevent
leaks and mould. The drain removes AC-generated water
formed through indoor air cooling and moisture removal.
Blockages lead to overflow and damage to walls, ceilings,
floors, and other structures. Regular maintenance
prevents costly repairs.
Inspect the
Condensate Drain &
Pipes
STEP 2
6. AC systems contain motors, capacitors, and relays, which
can overheat and fail due to loose connections, causing
premature failures, costly repairs, and safety hazards like
sparking and fires. Regular checks and tightening can
decrease accidents and protect people and property.
Inspect and
Tighten Electrical
Connections
STEP 3
7. Check refrigerant levels and add more if needed. Low
levels may indicate a leak or other problems. Refrigerant
circulates through the AC system, absorbing indoor heat
and releasing it outside to cool the indoor space. Low
levels force the AC to run longer, increasing energy
consumption. Leaks can result from age, corrosion, or
other factors over time.
Check Refrigerant
Levels
STEP 4
8. Examine the fan blades for dirt or
debris affecting performance, and
inspect the motor for signs of wear,
corrosion, or electrical problems. Also,
be on the lookout for any unusual
noises, vibrations, or wobbling.
Inspect Fan
and Fan Motor
STEP 5
9. Verify thermostat settings and calibration for precise
temperature control. It acts as your air conditioner's
control centre, determining when the cooling system
activates or deactivates according to your chosen
temperature. Proper calibration ensures desired comfort
and energy efficiency.
Inspect Thermostat
STEP 6