Challenger MT595D Tractor (2014)
Manufacturer:Challenger
Price:214,177(USD)
Series:MT500D Series
Model:MT595D
Equipment Type: Row-Crop Tractors
Factory: Jackson, Minnesota, USA
Full Specifications
ENGINE DETAIL
- Description
- AGCO Power turbocharged intercooled diesel/6-cylinder/liquid-cooled
- Displacemen
- 449.4ci / 7.4L
- Bore/Strok
- 4.252x5.276inches / 108x 134mm
- Emission
- Interim Tier IV
- Emission contro
- selective catalyitic reduction (SCR)
- Powe
- 240hp / 179.0kW
- Fuel syste
- electronic high pressure common rail
- Air cleane
- dual stage dry
- Starte
- electric
- Starter volt
- 12
CHALLENGER MT595D ENGINE
- Description
- AGCO Power 7.4L 6-cyl diesel
- Fuel tan
- 114gal / 431.5L
- Exhaust fluid (DEF
- 11gal / 41.6L
TRANSMISSION
- Transmissio
- AutoPower VI
- Typ
- six-speed power shift
- Gear
- 24 forward and reverse
CHALLENGER MT595D TRANSMISSION
- Description
- 24-speed six-speed power shift
MECHANICAL
- Description
- Four-wheel drive Hydraulic wet disc brakes/Cab standard with air-conditioning. AGCO System 150 (optional); AGCOMMAND (optional)
- Final drive
- inboard planetary
- Steerin
- hydrostatic power
HYDRAULICS
- Typ
- closed center load sensing (CCLS)
- Pressur
- 2900psi / 200.0bar
- Valve
- 2 to 4
- SCV flo
- 24.3gpm / 92.0lpm
- Total flo
- 29gpm / 109.8lpm 39gpm (optional) / 147.6lpm
TRACTOR HITCH
- Rear Typ
- III
- Contro
- electronic lower link draft control
- Drawba
- Cat. 2
POWER TAKE-OFF (PTO)
- Rear PT
- independent
- Clutc
- electro-hydraulic
CHALLENGER MT595D TIRES
- Standard tires (ag
- Front: 420/90R30. Rear: 480/80R46
DIMENSIONS & TIRES
- Front tir
- 420/90R30
- Rear tir
- 480/80R46
ELECTRICAL
- Groun
- negative
- Charging syste
- alternator
- Charging amp
- 175/240 *Total capacity with dual 120A alternator option
- Batterie
- 2
- Battery CC
- 600
- Battery volt
- 12
About Challenger Tractor
The MT595D model tractor belongs to the Challenger MT500D Series. The MT595D is a Row-Crop Tractors type, which is used mainly in Agriculture Tractors. A engine powers the MT595D tractor. This setting improves real-world efficiency.
