Suzuki 2010 SX4 SportBack Automobile User Manual


 
7-14
INSPECTION AND MAINTENANCE
80J23-03E
NOTE:
When it is difficult to remove the oil filter,
we recommend you take your vehicle to
your SUZUKI dealer for oil filter replace-
ment.
Refill with Oil and Check for Leaks
1) Pour oil through the filler hole and
install the filler cap.
For the approximate capacity of the oil,
refer to the “Capacities” item in the
“SPECIFICATIONS” section.
2) Start the engine and look carefully for
leaks at the oil filter and drain plug. Run
the engine at various speeds for at least
5 minutes.
3) Stop the engine and wait about 5 min-
utes. Check the oil level again and add
oil if necessary. Check for leaks again.
80J014
Engine Coolant
Selection of Coolant
To maintain optimum performance and
durability of your engine, use SUZUKI
Genuine Coolant or equivalent.
NOTE:
If you replace the engine coolant other
than the SUZUKI LLC: Super (Blue), follow
the schedule of SUZUKI LLC: Standard
(Green). To see the detail of the mainte-
nance schedule, refer to “Periodic Mainte-
nance Schedule” in this section.
This type of coolant is best for your cooling
system as it:
Helps maintain proper engine tempera-
ture.
Gives proper protection against freezing
and boiling.
• Gives proper protection against corro-
sion and rust.
CAUTION
When replacing the oil filter, it is rec-
ommended that you use a genuine
SUZUKI replacement filter. If you use
an after-market filter, make sure it is
of equivalent quality and carefully fol-
low the manufacturer’s instructions
and precautions.
CAUTION
Oil leaks from around the oil filter or
drain plug indicate incorrect installa-
tion or gasket damage. If you find any
leaks or are not sure that the filter
has been properly tightened, have
the vehicle inspected by your SUZUKI
dealer.
EXAMPLE
CAUTION
SUZUKI LLC: Super (Blue) coolant;
SUZUKI LLC: Super (Blue) coolant is
already diluted to the proper percent-
age. Do not dilute with distilled water
additionally. Doing so may result in
the possibility of freezing coolant
and/or overheating.