Scag Power Equipment STC48V-26BS Manuel D’Utilisation
11
Section 3
3.3 TRACTOR (CONT'D)
Travel Speed:
Forward ................................................................................. 0-10 MPH
Reverse .................................................................................. 0-5 MPH
Forward ................................................................................. 0-10 MPH
Reverse .................................................................................. 0-5 MPH
3.4 CUTTER DECK
Type: .......................................................................................... Floating, Adjustable, Anti-scalping, Hybrid Design Combines
Out-front and Belly-mount Designs
Construction: ............................................................................. Tri-plate deck construction, top of deck consists of three steel
plates totaling nearly 1/2" of steel.,7-gauge (3/16") deck skirt.
True Cutting Width: .................................................................. 48" (122.0 cm), 52" (132.0 cm), 61" (155.0 cm)
Cutting Height Adjustment: ....................................................... Foot Operated Lever Adjustment from Operator's Seat, 1.00" to
plates totaling nearly 1/2" of steel.,7-gauge (3/16") deck skirt.
True Cutting Width: .................................................................. 48" (122.0 cm), 52" (132.0 cm), 61" (155.0 cm)
Cutting Height Adjustment: ....................................................... Foot Operated Lever Adjustment from Operator's Seat, 1.00" to
5.5" in 1/4"increments
Cutter Blades: ............................................................................. 197 Thick, Milled Edge, Wear Resistant Marbain™
Blade Engagement: ................................................................... Electric Blade Engagement Clutch with Control Panel Switch
Blade Engagement: ................................................................... Electric Blade Engagement Clutch with Control Panel Switch
Connected to the Cutter Deck via through a Belt.
Discharge Opening: ................................................................... Extra Wide Discharge Opening with Spring Loaded Discharge
Chute and Turbo Baffle
Spindles: .................................................................................... Heavy-duty 1-1/8" Top Dimension Spindle Shaft, Cast Housing,
Chute and Turbo Baffle
Spindles: .................................................................................... Heavy-duty 1-1/8" Top Dimension Spindle Shaft, Cast Housing,
Taper Roller Bearing, Low Maintenance with Top Access Grease
Fitting and Grease Overfill Relief Poppet
Fitting and Grease Overfill Relief Poppet
Spindle Pulleys: .......................................................................... Split Steel with Easily Removed Taper Hubs
Cutter Deck Belts: ...................................................................... B-section and Cogged Type with Kevlar Cord. Self-adjusting,
Self-tightening
Electric Clutch Type ................................................................... Ogura Heavy Duty PTO Clutch Brake
Cutter Deck Belts: ...................................................................... B-section and Cogged Type with Kevlar Cord. Self-adjusting,
Self-tightening
Electric Clutch Type ................................................................... Ogura Heavy Duty PTO Clutch Brake
3.6 HYDRAULIC SYSTEM
Hydraulic Oil Filter ..................................................................... 10 Micron Spin-on Element Type
Hydraulic Reservoir ................................................................... Nylon; 2-1/2 Quart Capacity
Hydraulic Reservoir ................................................................... Nylon; 2-1/2 Quart Capacity
3.7 PRODUCTIVITY
The following chart will aid you in determining how many acres your Scag mower will cut per day.
The chart is an estimate based on 8 hours per day cutting time at 6 MPH with a 20% allowance for overlap and turns.
Cutting Width:
48"
52"
61"
Acres Per Day:
18.6 20.2 23.7
-NOTE-
The machine will travel at 10 mph for
transport purposes. For best cutting
performance the forward travel speed
should be adjusted depending upon the
cutting conditions.
transport purposes. For best cutting
performance the forward travel speed
should be adjusted depending upon the
cutting conditions.