Section 05 ELECTRICAL SYSTEM
Subsection 07 (GAUGE)
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1. Read Data button
2. Vehicle page tab
3. Total Hours
4. Supercharger maintenance hours (approximate time left)
4. Add the approximate time left to supercharger
maintenance hours to the total hours to calcu-
late the hours at which the next supercharger
maintenance is due.
Example: 104.08 + 95.52 = 200
The next supercharger maintenance will be due at
200 hours (Total Hours in B.U.D.S or hours indi-
cated in the information center hour meter).
5. Advise customer to bring the watercraft in for
supercharger maintenance at the calculated
"Total Hours" even if the supercharger mainte-
nance advisory message did not come on in
the information center.
If the "approximate time left to Supercharger
maintenance"
hours
cannot
be
retrieved
in
B.U.D.S. (because old cluster cannot be read
by B.U.D.S.), and the engine hours (Total Hours)
at which the last supercharger maintenance was
carried out are known, then add 100 to the last
known Total Hours at which the last supercharger
maintenance was carried out.
Once the supercharger maintenance has been
carried out, the time left to supercharger main-
tenance must be reset using the
Reset Super-
charger Maintenance
function in B.U.D.S. This
ensures the following supercharger maintenance
advisory message comes on as per normal in-
tervals.
Refer to
CLEARING MAINTENANCE
REMINDER INDICATORS
in this subsection.
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1. Reset Supercharger maintenance button
NOTE:
Replacement information centers are de-
livered already programmed.
After the information center has been replaced,
connect the watercraft to the latest applicable
B.U.D.S. software and carry out any updates (if
required). Refer to
COMMUNICATION TOOLS
AND B.U.D.S. SOFTWARE
subsection.
Once the information center has been updated
(if required), select the applicable settings as de-
scribed in
SETTING LANGUAGE AND UNITS OF
MEASUREMENT
in this subsection.
MODE/SET AND UP/DOWN
ARROW BUTTONS
Overview
The MODE/SET and UP/DOWN arrow buttons
assembly contains a series of 4 diodes for the
MODE and SET switches, and another 4 diodes
for the UP/DOWN arrow switches. Refer to
WIRING DIAGRAM
.
The center wire to the switches (pin C), is com-
mon to both sides of the switch assembly (some-
what like a ground wire). The other two wires
(pins A and B), act as signal wires for each set of
switches to the information center. They actually
each form one branch of an electronic circuit
within the information center.
Each diode (in circuit) drops a nominal 0.6 Vdc
when conducting electricity. If the circuit current
passes through all four diodes (say MODE and
SET switches open), a drop of 2.4 Vdc would be
measured across the 4 the diodes (pin B to pin C).
This 2.4 Vdc at pin B tells the gauge the MODE
and SET switches are open.
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