________________________________________________________________________________

John Deere 3164D Engine

The John Deere 3164D is an inline, 3-cylinder, 4-stroke cycle diesel engine belonging to the legacy 300 Series OEM engine family. Introduced originally to power agricultural wheel tractors (such as the John Deere 1035) and various industrial power units, it established a long-standing reputation for reliability and heavy-duty performance. It features a naturally aspirated design, heavy-duty vertical inline block layout, and direct mechanical injection, engineered explicitly for serviceability and sustained high-torque outputs in demanding operations.

The engine utilizes an overhead valve (OHV) configuration layout with two valves per cylinder (one intake, one exhaust) actuated via a block-mounted camshaft, pushrods, and rocker arm assemblies. In accordance with standard workshop maintenance protocols, the required valve clearance checking and adjustment specifications must be performed while the engine is completely cold. Cylinder Bore: 102 mm (4.02 in). Piston Stroke: 110 mm (4.33 in). Total Displacement: 2.7 Liters (164 cubic inches). Compression Ratio: 16.2:1.

The fuel system relies on a mechanical direct injection configuration. Fuel is extracted from the supply tank through a primary fuel filter and water separator element designed to catch contaminants prior to reaching the injection pump. High pressure is achieved using a mechanically driven distribution-type or inline fuel injection pump timed directly to the engine gear train. The injection pump feeds individual high-pressure mechanical fuel lines linked directly to multi-hole fuel injector nozzles situated vertically in the cylinder head, spraying atomized diesel fuel straight into the piston combustion bowls. The system requires ultra-low sulfur diesel (ULSD) and utilizes an overflow return circuit to loop unburned cooling fuel from the injectors back to the tank.

The engine features a full-pressure lubrication system supplied by a positive-displacement internal gear-driven oil pump. Lubricating oil is forced through an integrated system passage network to supply the crankshaft main bearings, connecting rod journals, and overhead rocker assemblies. The setup includes a spin-on, full-flow oil filter element equipped with a bypass valve to safeguard oil delivery during cold-start pressures or filter restriction conditions. Factory-approved lubricants specify John Deere Torq-Gard or Plus-50 oil formulations.

The thermal control system is a closed-loop liquid cooling architecture utilizing forced centrifugal water pump circulation. The circulation pathway includes an engine-mounted thermostat to manage rapid engine block warm-up and regulate operating temperatures. Air bleed protocols require standard gravity purging via a system purge valve. The cooling medium mandates a 50/50 mix of distilled water and heavy-duty ethylene glycol-based antifreeze with integrated conditioners conforming to ASTM D4985 (JDM H24A2) standards to prevent cylinder liner cavitation, corrosion, and scale buildup.

General Technical Data

Engine Specifications

Engine Model ............... John Deere 3164D
Engine Type ............... 4-cycle inline 3-cylinder direct injection liquid-cooled diesel
Number of Cylinders ............... 3
Cylinder Arrangement ............... Vertical in-line
Engine Bore, in (mm) ............... 4.02 (102.0)
Engine Stroke, in (mm) ............... 4.33 (110.0)
Displacement, cu.in (L) ............... 164 (2.7)
Rated Engine Power, hp (kW) ............... 45-52 (33.5-38.8)
Rated Engine Speed, rpm ............... 2200-2500
Peak Torque, lb-ft (Nm) ............... 118-125 (160-170) at 1300-1500 rpm
Low Idle Speed, rpm ............... 650-700
High Idle Speed, rpm ............... 2400-2650
Aspiration Type ............... Naturally Aspirated
Compression Ratio ............... 16.2:1
Firing Order ............... 1-2-3
Combustion Chamber ............... Direct injection
Camshaft Drive Type ............... Helical gear train drive train
Cylinder Block Material ............... High-strength cast iron
Cylinder Head Material ............... Heavy-duty alloy cast iron
Rotation Direction from Flywheel ............... Counter-clockwise
Lubrication System ............... Full-pressure recirculation system
Oil Pump Type ............... Gear-driven displacement pump
Oil Filter Type ............... Full-flow spin-on cartridge
Cooling System ............... Forced liquid circulation
Water Pump Type ............... Belt-driven centrifugal pump
Air Cleaner Type ............... Dry dual element or oil bath option
Starting System Type ............... Electric starter motor direct engagement
Electrical System Voltage, V ............... 12
Alternator Output, A ............... 35-55

Fuel System

Fuel Injection Pump Type ............... In-line mechanical or rotary distributor
Front Plate Opening Diameter, in (mm) ............... 1.80 (45.72)
Fuel Injection Timing, deg BTDC ............... 14-18
Injection Nozzle Type ............... Multi-hole capsule nozzle assembly
Injection Nozzle Opening Pressure, psi (bar) ............... 3100-3350 (213.7-231.0)
Fuel Transfer Pump Type ............... Mechanical diaphragm type cam-actuated
Fuel Transfer Pump Delivery Pressure, psi (bar) ............... 4.4-7.3 (0.3-0.5)
Primary Fuel Filter Type ............... Replaceable treated paper cartridge
Secondary Fuel Filter Type ............... Final stage fine coalescing water separator
Fuel Tank Supply Line I.D, in (mm) ............... 0.31 (8.0)
Fuel Tank Return Line I.D, in (mm) ............... 0.25 (6.3)
Maximum Fuel Return Line Backpressure, psi (bar) ............... 2.0 (0.14)
Fuel Injection Line O.D, in (mm) ............... 0.25 (6.35)
Fuel Injection Line I. D, in (mm) ............... 0.078 (2.0)
Recommended Fuel Grade ............... Ultra-low sulfur diesel number 2-D or 1-D
Governor Type ............... Mechanical centrifugal mechanical
Injection Pump Lubrication ............... Internal engine pressurized oil loop feed
Fuel Shutoff Valve Control Type ............... 12V electric solenoid

Dimensions and Weight

Overall Length, in (mm) ............... 28.4 (720)
Overall Width, in (mm) ............... 21.6 (550)
Overall Height, in (mm) ............... 33.1 (840)
Dry Weight, lbs (kg) ............... 715 (325)
Wet Weight, lbs (kg) ............... 765 (347)

Maintenance Data

Service Information

Cylinder Compression Pressure, psi (bar) ............... 350-400 (24.1-27.6)
Oil Pressure at Rated Speed, psi (bar) ............... 35-50 (2.4-3.4)
Oil Pressure at Cold Start Conditions, psi (bar) ............... 65-75 (4.5-5.2)
Oil Pressure at Low Idle Speed, psi (bar) ............... 12-15 (0.83-1.03)
Oil Pressure Relief Valve, psi (bar) ............... 60 (4.14)
Normal Operating Coolant Temperature Range, F (C) ............... 180-202 (82.2-94.4)
Thermostat Start-to-Open Temperature, F (C) ............... 180 (82.2)
Thermostat Fully Open Temperature, F (C) ............... 202 (94.4)
Cooling System Pressure Cap, psi (bar) ............... 7.0-10.0 (0.48-0.69)
Maximum Coolant Temperature, F (C) ............... 215 (101.6)
Intake Valve Lash, Cold, in (mm) ............... 0.014 (0.36)
Exhaust Valve Lash, Cold, in (mm) ............... 0.018 (0.46)

Engine Oil and Coolant

Engine Oil Type .................. SAE 10W-30, SAE 15W-40, or JD Plus-50
API Service Classifications ......................... CD, CE, CF-4, or CG-4
Engine Oil Capacity with Filter, qt (L) ............... 6.3 (6.0)
Engine Oil Capacity without Filter, qt (L) ............... 5.3 (5.0)
Cooling System Capacity, Engine Only, qt (L) ............... 5.8 (5.5)
Cooling System Capacity with Radiator, qt (L) ............... 12.7 (12.0)

Service Intervals

Change oil and filter ............... Every 150 hours
Inspect air cleaner ............... Every 250 hours
Replace air cleaner ............... Every 1000 hours
Replace fuel filter ............... Every 250 hours
Valve clearance adjustment ............... Every 500 hours
Fuel system inspection ............... Every 600 hours
Change coolant ............... Every 1000 hours
Compression test ............... Every 600 hours
Inspect belt tension ............... Every 100 hours

Service Specifications

Cylinder Liner Bore Inside Diameter, in (mm) ............... 4.0195-4.0215 (102.095-102.146)
Cylinder Liner Bore Out-of-Round Maximum, in (mm) ............... 0.002 (0.051)
Cylinder Liner Bore Taper Maximum, in (mm) ............... 0.003 (0.076)
Cylinder Head Flatness Distortion ............... 0.002 (0.051)
Cylinder Block Flatness Distortion, in (mm) ............... 0.003 (0.076)
Crankshaft Main Journal Outside Diameter, in (mm) ............... 3.1235-3.1245 (79.337-79.362)
Crankshaft Main Journal Maximum Out-of-Round, in (mm) ............... 0.001 (0.025)
Crankshaft Main Bearing Shell-to-Journal Clearance, in (mm) ............... 0.0015-0.0040 (0.038-0.102)
Crankpin Journal Diameter, in (mm) ............... 2.7485-2.7495 (69.812-69.837)
Crankpin Journal Max Taper Out-of-Round, in (mm) ............... 0.001 (0.025)
Connecting Rod Bearing Shell-to-Journal Clearance, in (mm) ............... 0.0015-0.0035 (0.038-0.089)
Crankshaft End Play, in (mm) ............... 0.0015-0.0145 (0.038-0.368)
Connecting Rod Big-End Side Play, in (mm) ............... 0.005-0.012 (0.127-0.305)
Connecting Rod Small-End Bushing Inside Diameter, in (mm) ............... 1.3762-1.3768 (34.955-34.971)
Piston Skirt Outside Diameter, in (mm) ............... 4.0145-4.0160 (101.968-102.006)
Piston-to-Cylinder Liner Total Clearance, in (mm) ............... 0.0045-0.0060 (0.114-0.152)
Piston Pin Bore Inside Diameter, in (mm) ............... 1.3754-1.3758 (34.935-34.945)
Piston Pin Outside Diameter, in (mm) ............... 1.3748-1.3750 (34.920-34.925)
Piston Pin-to-Piston Bushing Clearance, in (mm) ............... 0.0004-0.0010 (0.010-0.025)
Top Ring Groove Width, in (mm) ............... 0.096-0.098 (2.44-2.49)
Second Ring Groove Width, in (mm) ............... 0.095-0.096 (2.41-2.44)
Oil Ring Groove Width, in (mm) ............... 0.188-0.189 (4.78-4.80)
Top Ring Side Clearance, in (mm) ............... 0.0025-0.0045 (0.063-0.114)
Second Ring Side Clearance, in (mm) ............... 0.0020-0.0040 (0.051-0.102)
Oil Ring Side Clearance, in (mm) ............... 0.0015-0.0035 (0.038-0.089)
Top Ring End Gap, in (mm) ............... 0.013-0.025 (0.33-0.64)
Second Ring End Gap, in (mm) ............... 0.010-0.022 (0.25-0.56)
Oil Ring End Gap, in (mm) ............... 0.010-0.025 (0.25-0.64)
Intake Valve Head Diameter, in (mm) ............... 1.74 (44.2)
Exhaust Valve Head Diameter, in (mm) ............... 1.54 (39.1)
Intake Valve Stem Outside Diameter, in (mm) ............... 0.3115-0.3125 (7.912-7.938)
Exhaust Valve Stem Outside Diameter, in (mm) ............... 0.3110-0.3120 (7.899-7.925)
Intake Valve Guide Bore Inside Diameter, in (mm) ............... 0.3140-0.3155 (7.976-8.014)
Exhaust Valve Guide Bore Inside Diameter, in (mm) ............... 0.3140-0.3155 (7.976-8.014)
Intake Valve Stem-to-Guide Clearance, in (mm) ............... 0.0015-0.0040 (0.038-0.102)
Exhaust Valve Stem-to-Guide Clearance, in (mm) ............... 0.0015-0.0040 (0.038-0.102)
Intake Valve Face Angle ............... 45 degrees
Exhaust Valve Face Angle ............... 45 degrees
Intake Valve Seat Angle ............... 45 degrees
Exhaust Valve Seat Angle ............... 45 degrees
Valve Spring Free Length, in (mm) ............... 2.12 (53.85)
Camshaft Journal Outside Diameter (№1), in (mm) ............... 2.247-2.248 (57.07-57.10)
Camshaft Journal Outside Diameter (№2), in (mm) ............... 2.217-2.218 (56.31-56.34)
Camshaft Journal Outside Diameter (№3), in (mm) ............... 2.187-2.188 (55.55-55.58)
Camshaft Bearing Bore Inside Diameter, in (mm) ............... 2.250-2.252 (57.15-57.20)
Camshaft Journal-to-Bearing Oil Clearance, in (mm) ............... 0.002-0.005 (0.051-0.127)
Camshaft End Play, in (mm) ............... 0.003-0.009 (0.076-0.229)
Cam Lobe Height (Intake), in (mm) ............... 1.745 (44.32)
Cam Lobe Height (Exhaust), in (mm) ............... 1.745 (44.32)
Rocker Arm Shaft Outside Diameter, in (mm) ............... 0.789-0.790 (20.04-20.07)
Rocker Arm Bushing Inside Diameter, in (mm) ............... 0.791-0.792 (20.09-20.12)
Tappet Body Outside Diameter, in (mm) ............... 0.747-0.748 (18.97-19.00)
Tappet Guide Bore Inside Diameter, in (mm) ............... 0.750-0.751 (19.05-19.08)
Tappet-to-Block Guide Clearance, in (mm) ............... 0.002-0.004 (0.051-0.102)

Tightening Torques

Cylinder Head Cap Screw (Step 1), lb-ft (Nm) ............... 75 (101.7)
Cylinder Head Cap Screw (Step 2), lb-ft (Nm) ............... 110 (149.1)
Cylinder Head Cap Screw (Step 3), lb-ft (Nm) ............... 110 (149.1)
Connecting Rod Cap Bolt (Step 1), lb-ft (Nm) ............... 40 (54.2)
Connecting Rod Cap Bolt (Step 2), lb-ft (Nm) ............... 65 (88.1)
Main Bearing Cap Fastener Retaining Bolt, lb-ft (Nm) ............... 100 (135.6)
Flywheel Retaining Cap Screw Fastener Mounting Hub, lb-ft (Nm) ............... 85 (115.2)
Flywheel Housing-to-Engine Cylinder Block Mounting Cap Screws, lb-ft (Nm) ............... 35 (47.5)
Crankshaft Front Vibration Damper Pulley Central Bolt, lb-ft (Nm) ............... 150 (203.4)
Rocker Arm Shaft Support Clamp Support Base Mounting Nuts, lb-ft (Nm) ............... 35 (47.5)
Cylinder Head Rocker Arm Valve Cover Screws, lb-in (Nm) ............... 96 (10.8)
Timing Gear Front Cover Case Mounting Bolts, lb-ft (Nm) ............... 25 (33.9)
Camshaft Thrust Thrust Alignment Mounting Screws, lb-ft (Nm) ............... 15 (20.3)
Fuel Injection Pump Drive Gear Retaining Shaft Lock Nut, lb-ft (Nm) ............... 45 (61.0)
Fuel Injection Pump Flange-to-Front Block Mounting Nuts, lb-ft (Nm) ............... 25 (33.9)
Fuel Injector Capsule Clamping Hold-Down Nut Caps, lb-ft (Nm) ............... 30 (40.7)
High Pressure Fuel Injection Lines Connective Fitting Nuts, lb-ft (Nm) ............... 20 (27.1)
Oil Pump Assembly Assembly Attachment Mount Bolts, lb-ft (Nm) ............... 25 (33.9)
Oil Sump Pan Perimeter Drain Attachment Flange Bolts, lb-ft (Nm) ............... 15 (20.3)
Oil Pan Bottom Main Central Drain Plug, lb-ft (Nm) ............... 35 (47.5)
Water Pump Assembly-to-Cylinder Block Connection Screws, lb-ft (Nm) ............... 25 (33.9)
Intake Manifold Flange Attachment Assembly Fasteners, lb-ft (Nm) ............... 25 (33.9)
Exhaust Manifold Flange Heat-Resistant Stud Fasteners, lb-ft (Nm) ............... 35 (47.5)
Thermostat Housing Water Outlet Elbow Attachment Screws, lb-ft (Nm) ............... 25 (33.9)
Starter Motor Flange-to-Housing Rigid Attachment Screws, lb-ft (Nm) ............... 35 (47.5)
Alternator Mounting Bracket Pivot Base Attachment Bolt, lb-ft (Nm) ............... 35 (47.5)
Alternator Adjusting Strap Slider Locking Cap Screw, lb-ft (Nm) ............... 20 (27.1)
Crankcase Oil Pressure Sensor Plug, lb-ft (Nm) ............... 12 (16.3)
Coolant Jacket Core Expansion Bay Plugs, lb-ft (Nm) ............... 15 (20.3)

________________________________________________________________________________________

• John Deere Engines Specs
  
• John Deere 3029D Specs
  
• John Deere 3029DF120 Specs
  
• John Deere 3029HFG03 Specs
  
• John Deere 3029T Specs
  
• John Deere 3029TF120 Specs
  
• John Deere 3029TF270 Specs
  

______________________________________________________________________________________

________________________________________________________________________________________

_______________________________________________________________________________________

________________________________________________________________________________________

________________________________________________________________________________________

________________________________________________________________________________________

________________________________________________________________________________________

________________________________________________________________________________________

________________________________________________________________________________________