Systems:
• Brakes
• Carburetor
• Clutch
• Cooling System
• Diesel Fuel System
• Differential
• Engine
• Final Drive
• Front Axle
• Hydraulic Lift System
• Ignition System
• LP-Gas System
• Power Steering
• Power Take-off (PTO)
• Rear Axle
• Steering Gear
• Transmission
Engine Specifics:
Detailed engine repair and overhaul procedures, including cylinder head, piston, crankshaft, camshaft, valve train, and lubrication system servicing.
Fuel System Specifics:
Comprehensive coverage of diesel fuel injection systems (likely rotary or inline pumps), fuel filters, lines, and LP-Gas carburetor and tank systems, including adjustments and troubleshooting.
Cooling System Specifics:
Information on radiator, thermostat, water pump, fan, and hoses, including maintenance and repair of overheating or cooling issues.
Ignition System Specifics:
Coverage for gasoline engine ignition systems (if applicable to specific variants), including spark plugs, ignition coils, distributors, and timing adjustments. For diesel, this would relate to glow plug systems for cold starts.
Transmission And Drivetrain:
Detailed diagrams and procedures for manual transmission overhaul, clutch replacement, differential servicing, final drive repairs, and rear axle maintenance.
Hydraulic System Specifics:
In-depth coverage of the hydraulic lift system, including the hydraulic pump, control valve, lift cylinders, and hydraulic fluid reservoir, with troubleshooting for lift arm operation and responsiveness.
Steering And Braking:
Procedures for servicing steering gear mechanisms, power steering systems (if equipped), and brake systems (likely drum or disc brakes depending on the specific model variant), including adjustments and component replacement.
Pto And Front Axle:
Maintenance and repair procedures for the Power Take-off (PTO) system, including engagement mechanisms and any front axle or steering components.
Carburetor Specifics:
If gasoline engine variants exist, detailed carburetor troubleshooting, cleaning, rebuilding, and adjustment procedures will be included.
Procedures:
Step-by-step repair instructions, maintenance procedures, troubleshooting guidance.
Diagnostic Procedures:
The manual includes diagnostic trees and troubleshooting steps for identifying the root cause of various mechanical and operational issues.
Repair Procedures:
Step-by-step instructions for disassembling, repairing, and reassembling all major tractor components and systems.
Maintenance Procedures:
Routine maintenance tasks such as lubrication, fluid checks and changes, filter replacements, and visual inspections are thoroughly documented.
Adjustment Procedures:
Specific instructions for adjusting engine timing, valve lash, clutch engagement, brake pedal free play, and hydraulic system settings.
Troubleshooting Charts:
Diagnostic charts based on symptoms (e.g., 'engine won't start,' 'hydraulic lift is slow') for efficient problem identification.
Depth:
Detailed repair and maintenance, suitable for self-service and cost savings.
Diagnostic Charts:
Likely includes diagnostic charts for common symptoms to quickly identify potential causes.
Torque Specifications:
Essential torque specifications for critical fasteners and bolts throughout the tractor's systems.
Clearances And Tolerances:
Precise specifications for engine component clearances, bearing tolerances, and other critical measurements for proper assembly.
Wiring Diagrams:
While not explicitly stated, comprehensive shop manuals often include electrical system diagrams, which could cover basic lighting, starter, and charging systems. For tractors of this era, electrical systems were generally less complex than modern vehicles.
Special Tool Requirements:
The manual may indicate specific special tools required for certain procedures, essential for correct and safe repair.
File Type:
PDF (Portable Document Format)
Operating Systems:
Compatible with all versions of Windows & Mac
Required Software:
Adobe PDF Reader, WinZip
Print Quality Notes:
Electronic version allows for zoom functionality for clear viewing of details.
Image Resolution:
PDF format allows for high-resolution images and diagrams, providing clarity for intricate mechanical details.
Delivery:
Instant Download after payment.
Searchability:
PDF format enables text searching within the document, allowing users to quickly locate specific topics or components.
Digital Enhancements:
The electronic nature of the PDF manual enhances usability with features like bookmarking, hyperlinking (if structured), and the ability to print specific sections as needed.
Maintenance Schedule:
The manual provides detailed information for establishing comprehensive service intervals for all covered systems, including engine oil changes, filter replacements, cooling system flushes, transmission/hydraulic fluid changes, and lubrication points.
Engine Oil Change Interval:
Typical intervals for engine oil changes in this era of tractors were often around 50-100 operating hours, or annually. The manual will provide the precise recommendation for the specific engine(s).
Fluid Recommendations:
The manual will specify the correct types and viscosities of engine oil, coolant, hydraulic fluid, transmission fluid, and potentially brake fluid required for optimal performance and longevity of the Ford 6000/Commander 6000 tractors.
Hydraulic Fluid Type:
Ford tractors of this period often recommended their own brand of tractor hydraulic fluid (e.g., Ford/New Holland 134D) or equivalent fluids with similar properties, suitable for transmission, hydraulics, and wet brakes.
Coolant Specifications:
Information on the correct type of antifreeze/coolant mixture and system capacity for the engine's cooling system.
Troubleshooting Common Problems:
The manual's troubleshooting sections will address common issues encountered with these tractors, such as starting problems, hydraulic leaks, transmission issues, cooling system inefficiencies, and carburetor/fuel system problems, providing diagnostic steps and repair procedures.
Common Wear Items:
The manual will guide on maintenance and replacement of common wear items such as clutch friction plates, brake linings, hydraulic filters, and engine seals.
Ford Tractor Division:
Ford has a long and distinguished history in the agricultural machinery sector, with its tractors being instrumental in mechanizing farming for decades. The 6000 series represents a significant part of this legacy, known for their reliability and versatility.
Production Era:
While specific production years aren't stated, the Ford 6000 and Commander 6000 series are generally understood to be from the mid-to-late 1960s to early 1970s era of Ford tractor production, succeeding models like the 4000 and preceding newer series.
Commander Series Differentiation:
The 'Commander' designation often implied a slightly higher specification or a specific market focus for the tractor series, which the manual would reflect in its detailed coverage.
Manufacturing Locations:
Ford tractors during this period were largely manufactured at their facilities in North America (e.g., Highland Park, Michigan; Romeo, Michigan) and Europe, depending on the specific market.
