Skip to main content 

John Deere 4024 and 5030 specifications and manuals


Inter Club Navigation
home image Home Page 
   Contact Us     engine outline Engine List    Technical   video indicatorVideos  logo ball Engine Components 


We provide diesel engine manuals, bolt torques, specs
... Read More

Your Diesel Engine Specs

Basic specs are open to everyone and include images, displacement, dimensions and weight, essential bolt tightening torques, the characteristics of the engine like its power and torque.
Essential bolt tightening torques are the main bearing cap bolt torque, the connecting rod cap bolt torque and the cylinder head bolt torques.


Some Popular Engine Specs


John Deere 4024 and 5030 engine specs, workshop manuals, bolt torques

John Deere 4024 and 5030 workshop manual and spec sheets


John Deere 4024 and 5030 key diesel engine specs

JOHN DEERE ENGINE 
MODEL Explanation
e.g. in model 4024TF270 Engine
4 = Number of cylinders
24 = 2.4 liter displacement
T = Aspiration code
F = User code
01= Application Code
Aspiration Code
T = Turbocharged, no aftercooling
D = Naturally Aspirated
H = Turbocharged 
    and air-to-air aftercooled

User Code
F = OEM
Weight:
approx:
4024 - 522 lb, 237 kg
5030 - 522 lb, 237 kg (sic)

Compression ratio:
18.0:1

John Deere 4024 and 5030
Displacement
4024 - 2.4 liter
5030 - 3.0 liter

Bore - 3.39 in, 86 mm	 
Stroke - 4.13 in, 105 mm
Arrangement
John Deere 4024
4 Cyl In-Line, turbo 

John Deere 5030
5 Cyl In-Line, turbo 
Power 
4024
37-49 kW, 49-66 hp
@ 2800 rpm

5030
56-74 kW, 75-99 hp
@ 2800 rpm
Dimensions:
John-Deere 4024 approx:
Length 21.3 in, 541 mm
Width 20.2 in, 514 mm
Height 31.9 in, 810 mm

Dimensions:
John-Deere 5030 approx:
Length 25.1 in, 638 mm
Width 20.2 in, 514 mm
Height 31.9 in, 810 mm


John Deere 4024 and 5030 essential diesel engine bolt torques

Main Bearing Bolts
59 lb.ft, 80 Nm

Connecting Rod Bolts
step 1 = 18 lb.ft, 35 Nm
step 2 = + 90-100°

John Deere 4024 and 5030 diesel engine cylinder head bolt torques

Cylinder head Bolts 
4024 engines

step 1 = 81 lb.ft, 110 Nm
Refer to image
step 2 = loosen bolt #1
step 3 = 52 lb.ft, 70 Nm
step 4 = + 150-160°

4024
for bolts #2 thru #8
Repeat steps 2 thru 4
bolt by bolt

for bolts #9 and #10
Repeat steps 2 thru 3
step 4 = + 120-130°
bolt by bolt

Cylinder head Bolts 
5030 engines

step 1 = 81 lb.ft, 110 Nm
Refer to image
step 2 = loosen bolt #1
step 3 = 52 lb.ft, 70 Nm
step 4 = + 150-160°

5030
for bolts #2 thru #10
Repeat steps 2 thru 4
bolt by bolt

for bolts #11 and #12
Repeat steps 2 thru 3
step 4 = + 120-130°
bolt by bolt

John Deere 4024 and 5030 diesel engine images




Barrington Diesel Club
Phone: +27 72 754 4660
email: steve@barringtondieselclub.co.za
© copyright Steve Barrington 2016

Page Revision #8.1RS 06-17

Positive SSL