Equipment

Brands

AGCO Allis 9150 Tractor (1992)

Manufacturer:

AGCO Allis

Price:

64,000(USD)

Series:

9100 Series

Model:

9150

Factory:

Coldwater, Ohio, USA

Full Specifications

NEBRASKA TRACTOR TEST 1633 2

Description

Diesel 18-speed 2WD November 2 - 14, 1989 Link: Nebraska Tractor Test 1633 file PTO performance Drawbar performance Gear 3D used for power test Gear 1O used for pull test

Power at rated engine speed

151.07hp / 112.7kW

Fuel use

9.1gal/hour / 34.4l/hour

Power at rated PTO speed

150.22hp / 112.0kW

Max power

132.71hp / 99.0kW

Max pull

119.68lbs / 54kg

AGCO ALLIS 9150 POWER

Drawbar (claimed)

135hp / 100.7kW

PTO (claimed)

150hp / 111.9kW

Drawbar (tested)

132.71hp / 99.0kW

PTO (tested)

151.07hp / 112.7kW

ENGINE DETAIL

Description

Deutz diesel 6-cylinder air-cooled

Displacement

374ci / 6.1L

Bore/Stroke

4.016x4.921inches / 102 x 125mm

Rated RPM

2400

Starter volts

12

AGCO ALLIS 9150 ENGINE

Description

Deutz 6.1L 6-cyl diesel

Fuel tank

90gal / 340.7L

TRANSMISSION

Type

three-speed power shift

Gears

18 forward and 6 reverse

Description

Six forward gears, each with a three-speed power shift

MECHANICAL

Chassis

4x2 2WD/4x4 MFWD 4WD

Steering

hydrostatic power

Transmission

18-speed three-speed power shift

HYDRAULICS

Type

closed center

Valves

3

Pump flow

24gpm / 90.8lpm

TRACTOR HITCH

Rear Type

III/II

Rear lift

7212lbs / 3271kg

POWER TAKE-OFF (PTO)

Rear PTO

independent

Rear RPM

540/1000

AGCO ALLIS 9150 TIRES

Ag front

11.00-16

Ag rear

18.4R38

DIMENSIONS

Wheelbase

120inches / 304cm

Weight

12500lbs / 5670kg

DIMENSIONS & TIRES

Wheelbase

120inches / 304cm

Weight

12500lbs / 5670kg

Front tire

11.00-16

Rear tire

18.4R38

9150 SERIAL NUMBERS

1989

1001

1990

1200

1991

2001

1992

13000

ELECTRICAL

Ground

negative

Battery volts

12
The 9150 model tractor belongs to the AGCO Allis 9100 Series. The 9150 is a kind of Row-Crop Tractors and which is mostly used for Agriculture Tractors activities. A engine powers the 9150 tractor. This arrangement improves usability in the real world scenario.