Cub Cadet PRO Z 972S KW Operation Manual - Page 17

Reconfigurable Mower

Page 17 highlights

Mower Cutting Blades The blades normally factory installed on a mower afford the best grass cutting performance on the majority of grasses and mowing conditions; however, there will be occasions whereby the grass type, stage of grass growth, soil conditions, and weather conditions will require different cutting blade types. Since the mower decks are designed so that over-lap of the cutting blades generally exceed 1.5", there is no need for orientation of one cutting blade to an adjacent blade (i.e., the blades do not need to be "timed" nor synchronized). Standard set-up Stems (Dandelion, Bahia, Buckhorn, etc.) Very Lush &/or tall grass Low cut height (1 to 2") Mulch Material collection Abrasive (sandy), dry Wet Hi-lift - These are generally the best cutting blades for most grasses and mowing conditions. The Hi-Lift blades are the factory installed blades on these tractors. These blades will provide extra "lift" for the thinner leaf grasses, will handle lush grasses, and will provide maximum grass and debris discharge. These blades are generally required for material collection systems. More horsepower is required for these blades when compared to others, and they generally produce the highest noise levels. Medium-lift - These blades require less horsepower than the hi-lift, and they generally work well in wider leaf grasses and some mulch applications. Low-lift - These blades require less horsepower than hi-lift and medium-lift blades, and they generally work best with wide leaf grasses, sparse grass growth, and sandy soil conditions. They produce the lowest noise levels. Low-lift blades are configured without offset, and with a maximum amount of sharpened cutting edge. Mulch - These blades are generally designed for use in cutting decks equipped with mulch baffles. The shape of the blade generally produces higher turbulence in order that the grass can be repeatedly cut and re-cut into smaller pieces. These blades generally require more horsepower than other blades. Mulch blades work best when the grasses are cut at the highest levels, minimal lengths of grasses are removed, and grass conditions are generally dry. Note: Refer to the Attachment & Accessories section for a list of part numbers. Reconfigurable Mower Inner Baffle Installed Discharge Baffle Installed Cutting Blades Gauge Wheels Hi-lift Low = 3 to 5" Removed Installed Hi-lift High = 1 to 2-1⁄2" Low = 3 to 5" Removed Installed Hi-lift High = 1 to 2-1⁄2" Low = 3 to 5" Installed Installed Low-lift High = 1 to 2-1⁄2" Installed Removed Hi-lift/Mulch High = 1 to 2-1⁄2" Low = 3 to 5" Installed Installed Hi-lift High = 1 to 2-1⁄2" Low = 3 to 5" Removed Installed Low-lift High = 1 to 2-1⁄2" Low = 3 to 5" Installed Installed Hi-lift High = 1 to 2-1⁄2" Low = 3 to 5" Front Roller Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" Rear Rollers Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" High = 1 to 2-1⁄2" Low = 3 to 5" Table Notes: This table is a general outline of suggested settings, mowing conditions may vary. Inner Baffle: The inner baffle regulates grass discharge. Remove the inner baffle for high-volume grass and install the inner baffle for precision cutting. Discharge Baffle: The discharge baffle enhances the grass discharge pattern. The discharge baffle reduces clumping and should be removed for mulching. Gauge Wheels: The gauge wheels reduce scalping, help with precision cutting and reduce turf defacement during turns. Rear Rollers: The rear rollers reduce scalping and gives grass a striped appearance. Cutting Blades: The cutting blades cut grass, create grass lift and discharge grass through the discharge chute. Discharge Chute: The discharge chute controls the mower deck discharge and enhances the discharge pattern NOTE: To avoid damaging grass, no more than 1⁄3 of the grass height should be removed during a single cutting (i.e. if the grass is 6" tall, cut it to 4"). Section 3 - Controls & Operation 17

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17
S
ECTION
3 — C
ONTROLS
& O
PERATION
Reconfigurable Mower
Inner Baffle
Discharge
Baffle
Cutting Blades
Gauge Wheels
Front Roller
Rear Rollers
Standard set-up
Installed
Installed
Hi-lift
Low = 3 to 5”
Low = 3 to 5”
Low = 3 to 5”
Stems (Dandelion, Bahia, Buckhorn, etc.)
Removed
Installed
Hi-lift
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
Very Lush &/or tall grass
Removed
Installed
Hi-lift
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
Low cut height (1 to 2”)
Installed
Installed
Low-lift
High = 1 to
2-±⁄´”
High = 1 to
2-±⁄´”
High = 1 to
2-±⁄´”
Mulch
Installed
Removed
Hi-lift/Mulch
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
Material collection
Installed
Installed
Hi-lift
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
Abrasive (sandy), dry
Removed
Installed
Low-lift
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
Wet
Installed
Installed
Hi-lift
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
High = 1 to
2-±⁄´”
Low = 3 to 5”
Table Notes:
This table is a general outline of suggested settings, mowing conditions may vary.
Inner Baffle:
The inner baffle regulates grass discharge. Remove the inner baffle for high-volume grass and install the inner baffle for precision cutting.
Discharge Baffle:
The discharge baffle enhances the grass discharge pattern. The discharge baffle reduces clumping and should be removed for mulching.
Gauge Wheels:
The gauge wheels reduce scalping, help with precision cutting and reduce turf defacement during turns.
Rear Rollers:
The rear rollers reduce scalping and gives grass a striped appearance.
Cutting Blades:
The cutting blades cut grass, create grass lift and discharge grass through the discharge chute.
Discharge Chute:
The discharge chute controls the mower deck discharge and enhances the discharge pattern
NOTE:
To avoid damaging grass, no more than ±⁄· of the grass height should be removed during a single cutting (i.e. if the grass is 6” tall, cut it to 4”).
Mower Cutting Blades
The blades normally factory installed on a mower
afford the best grass cutting performance on
the majority of grasses and mowing conditions;
however, there will be occasions whereby the grass
type, stage of grass growth, soil conditions, and
weather conditions will require different cutting
blade types. Since the mower decks are designed
so that over-lap of the cutting blades generally
exceed 1.5”, there is no need for orientation of one
cutting blade to an adjacent blade (i.e., the blades
do not need to be “timed” nor synchronized).
Hi-lift
— These are generally the best cutting
blades for most grasses and mowing conditions.
The Hi-Lift blades are the factory installed blades
on these tractors. These blades will provide extra
“lift” for the thinner leaf grasses, will handle lush
grasses, and will provide maximum grass and
debris discharge. These blades are generally
required for material collection systems. More
horsepower is required for these blades when
compared to others, and they generally produce
the highest noise levels.
Medium-lift
— These blades require less
horsepower than the hi-lift, and they generally
work well in wider leaf grasses and some mulch
applications.
Low-lift
— These blades require less horsepower than
hi-lift and medium-lift blades, and they generally work
best with wide leaf grasses, sparse grass growth, and
sandy soil conditions. They produce the lowest noise
levels. Low-lift blades are configured without offset,
and with a maximum amount of sharpened cutting
edge.
Mulch
— These blades are generally designed for
use in cutting decks equipped with mulch baffles.
The shape of the blade generally produces higher
turbulence in order that the grass can be repeatedly
cut and re-cut into smaller pieces. These blades
generally require more horsepower than other
blades. Mulch blades work best when the grasses are
cut at the highest levels, minimal lengths of grasses
are removed, and grass conditions are generally dry.
Note:
Refer to the Attachment & Accessories
section for a list of part numbers.