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Specifications


Engine Specifications

TS

Make Kawasaki FE290

Type Gasoline

Cylinders 1

Strokes/Cycle 4

Bore 78 mm (3.071 in.)

Stroke 60 mm (2.362 in.)

Displacement 286 cm3 (17.5 cu in.)

Armature Air Gap 0.3 mm (0.012 in.)

Intake and Exhaust Valve Clearance (cold) 0.127 0.025 mm (0.005

Oil Filter Spin On Filter (Optional)

Air Cleaner Replaceable, Paper Element

Cooling Air

TH 6x4

Make Kawasaki FH601

Type Gasoline

Cylinders 2

Strokes/Cycle 4

Bore 75 mm (2.953 in.)

Stroke 76 mm (2.992 in.)

Displacement 675 cm3 (41.2 cu in.)

Armature Air Gap 0.2 - 0.4 mm (0.008 - 0.016 in.)

Intake and Exhaust Valve Clearance (cold) 0.075 - 0.125 mm (0.003 - 0.005 in.)

Oil Filter Spin On Filter

Air Cleaner Replaceable, Paper Element

Cooling Air

Drive Train

Type Continuously Variable Transmission (CVT), With Gear-Driven Transaxle

Gear Ranges Forward - Neutral - Reverse

Travel Speed (Forward) 0 - 32 km/h (0 - 20 mph)

Travel Speed (Reverse) 0 - 31.2 km/h (0 - 19.4 mph)

Drive Chain (TH 6x4) #60 Industrial Roller Chain

Traction Assist Mechanically Activated Differential Lock

Electrical System

Type 12 Volt

Battery Size 340 Cold Cranking Amps @ -18?C (0?F)

Alternator (TS) 13 Amp @ 3600 rpm (regulated)

Alternator (TH 6x4) 16.6 Amp @ 3700 rpm (regulated)

Headlights (Two) 37.5 watt halogen

Spark Plug Gap 0.80 mm (0.031 in.)

Spark Plug Torque 25 N•m (18 lb-ft)

Fuel System

Fuel Filter Replaceable Element

Fuel Gasoline

Fluid Capacities

Fuel Tank 19.7 L (5.2 gal)

Crankcase (TS, without filter) 0.9 L (0.95 qt)

Crankcase (TS, with filter) 1.2 L (1.26 qt)

Crankcase (TH 6x4, with filter) 1.6 L (1.7 qt)

Transaxle (approximate - see Changing Transaxle Oil) 5.8 L (6.1 qt)

Steering and Brakes

Steering Rack and Pinion

Brakes Mechanically Operated Internal Wet Disk

Tires

Knobby

Front 22.5x10-8

Rear 25x12-9

Heavy Duty All Purpose (HDAP)

Front 22.5x10-8

Rear 25x13-9

Turf

Front 22.5x10-8

Rear 25x12-9

Run-Flat - EMT (Extended Mobility Tire)

Front 22x11-10

Rear 25x11-10

Inflation Pressure

Front and Rear (Knobby, Turf, and Heavy Duty All Purpose (HDAP)) 41 kPa (6 psi)

Front and Rear (Run-Flat - EMT (Extended Mobility Tire)) 28-34 kPa (4-5 psi)

Dimensions

Width (overall) 1.52 m (60.0 in.)

Length (TS) (with bumper) 2.65 m (104.0 in.)

Length (TH 6x4) (with bumper) 2.76 m (109.0 in.)

Height (overall) 1.11 m (43.6 in.)

Weight (includes fuel/fluids) (TS) 415 kg (915 lb)

Weight (includes fuel/fluids) (TH 6x4) 493 kg (1087 lb)

Ground Clearance (under transaxle) (TS) 152.4 mm (6.0 in.)

Ground Clearance (under transaxle) (TH 6x4) 170 mm (6.4 in.)

Cargo Box Capacity (TS) 227 kg (500 lb)

Cargo Box Capacity (TH 6x4) 454 kg (1000 lb)

Towing Capacity (TS) 408 kg (900 lb)

Towing Capacity (TH 6x4) 635 kg (1400 lb)

Recommended Lubricants

Engine Oil John Deere PLUS-4® SAE 10W-40

TORQ-GUARD® SUPREME SAE 5W-30

Grease John Deere Multi-Purpose SD Polyurea Grease

John Deere Multi-Purpose HD Lithium Complex Grease

Transmission Oil John Deere HY-GARD® (JDM J20C)

Chain Lubricant John Deere Chain and Cable Lubricant (Moly)

(Specifications and design subject to change without notice.)

Fast Idle Engine Speed

TH 3600 r/min

TS 3600 r/min

Sound Measurements

Averaged Sound Level at Work Station According to 77/311/EEC Annex I

TH 85 dB(A) at 3600 r/min engine speed

TS 87.9 dB(A) at 3600 r/min engine speed

Sound Power According to ISO 3744

TS 102 dB(A) re: 1 pW at 3600 r/min engine speed

Vibration Measurements

Hand/Arm measured per EN 1033

TH Gator 2.0 m/s2 at 3600 r/min engine speed

TS Gator 1.7 m/s2 at 3600 r/min engine speed

Whole Body Measured per EN1032

TH Gator 0.8 m/s2 at 3600 r/min engine speed

TS Gator 0.4 m/s2 at 3600 r/min engine speed

NOTE: The value listed above represents the weighted root means square acceleration to which the whole body is subjected on a representative machine during actual transport conditions. The acceleration value depends upon the roughness of the ground, the speed at which the machine is operating and the operator weight and driving habits. Measurements were obtained through actual field data according to STD Procedure in EN 1033 and EN 1032.