2014 YAMAHA GRIZZLY 700 ECO mode

[x] Cancel search: ECO mode

Page 33 of 174

YAMAHA GRIZZLY 700 2014  Owners Manual 4-3
4
EBU30530Coolant temperature warning light “ ” 
This warning light comes on when the engine over-
heats. When this occurs during operation, stop the
engine as soon as it is safe to do so and

Page 35 of 174

YAMAHA GRIZZLY 700 2014  Owners Manual 4-5
4
EBU30493Multi-function display The multi-function display is equipped with the fol-
lowing:●a speedometer●an odometer●two tripmeters (which show the distance trav-
eled since they were las

Page 36 of 174

YAMAHA GRIZZLY 700 2014  Owners Manual 4-6
4Clock mode
Pushing the “CLOCK” button switches the display
between the clock mode “CLOCK” and the hour
meter mode “HOUR” in the following order:
CLOCK 
→ HOUR  → CLOCK
To set the

Page 62 of 174

YAMAHA GRIZZLY 700 2014  Owners Manual 6-1
6
EBU19881
OPERATION
EBU19901Read the Owner’s Manual carefully before riding
the ATV. If there is a control or function you do not
understand, ask your Yamaha dealer.
WARNING
EWB00631Read the Ow

Page 147 of 174

YAMAHA GRIZZLY 700 2014  Owners Manual 8-55
8
EBU25092Lubricating the steering shaft The steering shaft must be lubricated by a Yamaha
dealer at the intervals specified in the periodic
maintenance and lubrication chart.TIPFor parts equippe

Page 164 of 174

YAMAHA GRIZZLY 700 2014  Owners Manual 10-2
10
Engine oil:Recommended brand:YAMALUBE
Type:
SAE 5W-30, 10W-30, 10W-40, 15W-40, 20W-40 or 20W-
50
Recommended engine oil grade: API service SG type or higher, JASO standard MA
Engine oil quanti

Page 165 of 174

YAMAHA GRIZZLY 700 2014  Owners Manual 10-3
10
Clutch:Clutch type:Wet, centrifugal automaticTransmission:Primary reduction system:V-belt
Secondary reduction system: Shaft drive
Secondary reduction ratio:
41/21  × 24/18 ×  33/9 (9.544)
Tr

Page 166 of 174

YAMAHA GRIZZLY 700 2014  Owners Manual 10-4
10
Tire air pressure (measured on cold tires):Recommended:Front: 35.0 kPa (0.350 kgf/cm², 5.0 psi)
Rear: 30.0 kPa (0.300 kgf/cm², 4.4 psi)
Minimum:
Front: 32.0 kPa (0.320 kgf/cm², 4.6 psi)
Rea
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