Iseki TK532 Tractor 

Manufacturer:Iseki

Price:N/A

Series:TK Series

Model:TK532

Equipment Type: Compact Utility Tractors

Factory:

Full Specifications

ISEKI TK532 POWER

Engine (gross)
34hp / 25.4kW
Engine (net)
31.6hp / 23.6kW

ENGINE DETAIL

Description
Iseki E3CD diesel 3-cylinder liquid-cooled
Displacement
91.4ci / 1.5L
Bore/Stroke
3.425x3.31inches / 87x 84mm
Power (gross)
34hp / 25.4kW
Rated RPM
2600
Starter
electric
Starter volts
12
Oil capacity
5qts / 4.7L
Intake valve clearance
0.014inches / 0.356mm
Exhaust valve clearance
0.014inches / 0.356mm

ISEKI TK532 ENGINE

Description
Iseki 1.5L 3-cyl diesel

TRANSMISSION

Type
mechanical shuttle
Gears
16 forward and reverse
Oil capacity
26.4qts / 25.0L

MECHANICAL

Chassis
4x4 MFWD 4WD
Differential lock
mechanical rear
Steering
power assist
Brakes
mechanical wet disc
Cab
Open operator station. Cab available
Transmission
16-speed mechanical shuttle

CAPACITY

Fuel
7.9gal / 29.9L
Steering
0.3qts / 0.3L

HYDRAULICS

Type
open center
Pressure
1916psi / 132.1bar
Total flow
9.7gpm / 36.7lpm
Steering flow
6 gpm /22.7 lpm
Steering cap.
0.3qts / 0.3L

TRACTOR HITCH

Rear Type
I
Control
position control with available draft control
Rear lift (at ends)
2866lbs / 1300kg

POWER TAKE-OFF (PTO)

Rear PTO
independent
Rear RPM
540/1000

ISEKI TK532 TIRES

Ag front
7x16
Ag rear
12.4x24
Lawn/turf front
29x12.00-15
Lawn/turf rear
475/65D-20

DIMENSIONS

Wheelbase
67.9inches / 172cm
Length
118.9inches / 302cm
Width
53.4inches / 135cm
Height (steering wheel)
57.1inches / 145cm
Shiping weight
2557lbs / 1159kg
Ground clearance
12.2inches / 30cm

DIMENSIONS & TIRES

Wheelbase
67.9inches / 172cm
Weight
2557lbs / 1159kg
Front tire
7x16
Rear tire
12.4x24

ELECTRICAL

Ground
negative
Charging system
alternator
Charging amps
40
Battery volts
12
Battery AH
65

About Iseki Tractor

The TK532 type tractor is part of the Iseki TK Series. The TK532 is a type of Compact Utility Tractors and that is often used for Agriculture Tractors purposes. A engine powers the TK532 tractor. This configuration improves usability in the real world scenario.

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