Husqvarna WHF5223 / 966947006 Lawn Mower User Manual


 
TECHNICAL DATA
46 - Husqvarna
WH5223 WH6123
Engine
Manufacturer Kawasaki Kawasaki
Type FH680V FH680V
Power 23 hp* / 17.2 kW 23 hp* / 17.2 kW
Oil capacity excluding lter 1.8 qt / 1.7 liter 1.8 qt / 1.7 liter
Oil capacity including lter 2 qts / 1.9 liter 2 qts / 1.9 liter
Engine oil (See viscosity diagram) SAE 10W30, 10W40, 5W20,
5W30, API SF-SJ
SAE 10W30, 10W40, 5W20,
5W30, API SF-SJ
Fuel Min 87 octane unleaded (Max
ethanol 10%, Max MTBE 15%)
Min 87 octane unleaded (Max
ethanol 10%, Max MTBE 15%)
Fuel tank capacity 6 gallons / 22.7 liters 6 gallons / 22.7 liters
Spark plugs / gap BPR5ES / .030" / 0.75 mm BPR5ES / .030" / 0.75 mm
Cooling Air cooled Air cooled
Air lter Heavy duty canister Heavy duty canister
Alternator 12V 12V
Starter Electric Electric
Transmission
Transmission Hydraulic pump Hydraulic pump
Speed and direction controls
Speed forward 0-7.0 mph / 0-11.3 km/h 0-7.0 mph / 0-11.3 km/h
Speed reverse 0-2.5 mph / 0-4.0 km/h 0-2.5 mph / 0-4.0 km/h
Brakes Mechanical parking brake Mechanical parking brake
Front caster tires, smooth tread 410/ 350-5, 4 ply 410/ 350-5, 4 ply
Rear tires, turf pneumatic 18 x 6.5-8 18 x 6.5-8
Tire pressure 15 PSI / 103 kPa / 1 bar 15 PSI / 103 kPa / 1 bar
Equipment
Cutting Width 52" / 132 cm 61" / 155 cm
Cutting Height 1.5 - 5" / 3.8 - 12.7 cm 1.5 - 5" / 3.8 - 12.7 cm
Productivity 1.8 acres /h 7290 m
2
/h 2.4 acres /h 9720 m
2
/h
Overall Dimensions
Weight 670 lbs / 304 kg 750 lbs / 340 kg
Overall Machine Length 79" / 201 cm 80" / 203 cm
Base Machine Height 38-45" / 96.5-114 cm 38-45" / 96.5-114 cm
Base Machine Width 50½" / 128 cm 50½" / 128 cm
Overall Width, Chute Up 53" / 135 cm 62" / 157 cm
Overall Width, Chute Down 49" / 122.5 cm 74" / 188 cm
*The power rating of the engines indicated is the average net power output (at specied rpm) of a typical
production engine for the engine model measured to SAE standard J1349/ISO1585. Mass production engines
may differ from this value. Actual power output for the engine installed in the nal machine will depend on the
operating speed, environmental conditions and other variables.