Specifications - Snapper SW20 Series Operator's Manual

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Specifications
NOTE:Specifications are correct at time of printing and are subject to change without notice,
*Actual sustained equipment horsepower likely to be lower due to operating limitations and environmental factors.
ENGINE:
13 HP* Kawasaki
TRANSMISSIONS:
HvdroGear ZH-KMBB-3A5A-1LLX(LH)
HvdroGear ZH-GIVIBB-3A5A-1LLX (RH)
Make Kawasaki
Model FH381V Type ZT2800
Hydranlic R uid SAE 20W-50 motor oil
Hereepower 13@3600 rpm Speeds Forward: 0-6MPH (0-9.66 km/h)
Displacement 26.3Cu.in (431cc) @3400 rpm Reverse: 0-3MPH (04.83km/h)
Electrical System 12VoltClutch Coil, 1 3amp. Continuous Torque 180ft. Ibs.(244 N.m.)
Od Capacity
1.9US
qt. ( 1,8 L)
w/Filter
Output
Maximum Weight 440Ibu.(200Kg)
17 HP* Kawasaki
oeAxle
Make Kawasaki
Model FH541V
Hemepower 17 @ 3600rpm
Displacement 35.7Cu.in (585 cc)
Electrical S ystem 12 Volt ClutchCoil,13 amp.
Oil Capacity 1.9 US qt. ( 1,8 L) w/Filter
CHASSIS:
Fuel Tank
Rear WheeJs
Frent Wheels
Capacity: 5.5 GalloNs (20,82 L)
Tire Size: 18 x 6.50 - 8 (36")
Tire Size: 18 x 8.50 - 8 (48")
Inflation Pressure: 15 psi (1,03 bar)
Tire Size: 9 x 3.50 - 4
Inflation Pressure: 25 psi (1,72 bar)
DIMENSIONS:
Overall Length
36" Model: 76" (193 crn)
48" Model: 72" (183 cm)
Overall Width
36"Model:
37" (93,9 cm)
48"Model: 49"(124,5 cm)
Height
42"(106,5 cm)
Weight (apx..)
36"Model: 480Ibs.(218kg)
48"Model: 600Ibs.
(272 kg)
Engine Power Rating information
The gross power rating labels for individual gas engine models meet or exceed SAE (Society of Automotive Engineers) code
J1940 (Small Engine Power & Torque Rating Procedure) and rating performance has been obtained and corrected in
accordancewith SAE J1995 (Revision 2002-05). Actual gross engine power may be lower and is affected by, but not limited
to, ambient operating conditions and engine to engine variability. Given both the wide array of products on which engines are
placed, and the variety of environmental issues applicable to operating the equipment, the gas engine will not develop the
rated gross power when used in a given piece of power equipment (actual "on-site" or net power). This difference is due to a
variety of factors including, but not limited to, accessories (air cleaner, exhaust, charging, cooling, carburetor, fuel pump,
etc.), application limitations, ambient operating conditions (temperature. humidity, altitude), and engine to engine variability.
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