Target Audience:
Primarily professional technicians, but also valuable for experienced farm equipment mechanics and serious DIY owners with mechanical aptitude.
Value Proposition:
Provides critical technical data essential for maintaining, diagnosing, and repairing the Deutz Allis 6250, reducing downtime and repair costs.
Instant Access:
Immediate availability via PDF download, allowing users to access repair information without delay.
Comprehensive Coverage:
Covers a wide range of systems and procedures, aiming to be a complete resource for the tractor.
Manual Coverage Scope:
Comprehensive repair and maintenance procedures for the Deutz Allis 6250 Tractor.
Estimated Page Count:
Detailed page count not specified in product description, but typical for a workshop manual of this nature would be 500-1000+ pages.
Manual Format:
PDF Download
Language:
Likely English, standard for Deutz Allis technical documentation.
Engine Systems:
Engine overhaul, diagnostics, fuel system, lubrication system, cooling system, exhaust system, starting and charging systems.
Powertrain Systems:
Transmission overhaul (e.g., power shift, gear drive), differential, final drives, PTO (Power Take-Off) operation and repair.
Hydraulic Systems:
Hydraulic pump, control valves, cylinders, hydraulic fluid specifications, troubleshooting, and repair of the implement lift system.
Chassis And Steering:
Front axle repair, steering system components, brake system overhaul, chassis lubrication points and procedures.
Electrical Systems:
Wiring diagrams, starter motor, alternator, battery service, lighting systems, instrument cluster diagnostics.
Maintenance Procedures:
Routine maintenance schedules, oil changes, filter replacements, lubrication, fluid level checks, troubleshooting common maintenance issues.
Diagnostic Procedures:
Systematic troubleshooting guides for various mechanical and electrical faults, fault code interpretation (if applicable).
Repair Procedures:
Detailed step-by-step instructions for component disassembly, inspection, repair, and reassembly.
Special Tool Requirements:
Identification and usage instructions for specialized tools required for specific repair or maintenance tasks.
Diagnostic Capabilities:
Advanced diagnostics for identifying and resolving complex mechanical and electrical issues, often with logic trees and symptom-based troubleshooting.
Rebuild Specifications:
Detailed specifications for component rebuilds, including torque values, clearance measurements, and wear limits.
Assembly Procedures:
Comprehensive instructions for complete component and system assembly, ensuring correct installation and function.
File Type:
PDF (Portable Document Format)
Printability:
Designed to be printable for workshop use, with clear diagrams and legible text.
Binding Typical:
N/A (Digital download, printing and binding would be user's responsibility).
Paper Quality Recommendation:
N/A (Digital download, but for workshop use, durable paper like cardstock or laminated pages for frequently referenced sections is recommended).
Text Searchability:
Likely includes searchable text, allowing for quick location of specific information.
Engine Make Model Family:
Likely Deutz or a rebadged engine common in agricultural tractors of the era, specific model varies by sub-series.
Displacement Typical:
Typical for tractors of this class would be in the range of 3.0L to 6.0L, often naturally aspirated diesel.
Horsepower Range:
Estimated to be in the 70-120 HP range, depending on specific configuration and engine variant.
Torque Specifications:
Manual would detail specific torque figures for critical engine components like cylinder head bolts, main bearings, and connecting rods.
Injection System:
Likely mechanical rotary or inline injection pump, with detailed service and timing procedures.
Transmission Type Standard:
Likely a synchronized manual transmission or a basic powershift transmission, depending on the specific 6250 variant.
Transmission Type Optional:
Possible option for a more advanced powershift or a creeper gearset in some models.
Pto Speeds:
Manual would detail PTO engagement, speeds (e.g., 540/1000 RPM), and maintenance.
Instrument Cluster:
Basic analog gauges for fuel, temperature, oil pressure, tachometer, and hour meter. Diagnostic indicators for charging system and potentially oil pressure warnings.
Brake System Type:
Typically hydraulic wet disc brakes for durability and performance.
Traction Control:
N/A (Tractors of this era typically did not feature electronic traction control systems).
Electrical System Voltage:
12V negative ground system standard.
Engine Oil Change Interval:
Typically 250-500 operating hours or annually, whichever comes first. Manual will specify exact interval and oil type.
Transmission Fluid Change Interval:
Generally 1000-2000 operating hours. Manual will detail fluid type and interval.
Engine Oil Specification:
Likely API CD/CE or newer, with specific viscosity grade (e.g., 15W-40). Manual will provide exact OEM specification.
Hydraulic Fluid Specification:
Typically John Deere Hy-Gard, or an equivalent multi-purpose tractor hydraulic fluid (M2C134-D). Manual will specify.
Coolant Specification:
Standard heavy-duty ethylene glycol coolant with appropriate corrosion inhibitors. Manual will specify type and mixture ratio.
Common Wear Items:
Clutch wear, hydraulic pump seals, PTO clutch packs, electrical connectors prone to corrosion, and exhaust manifold leaks can be common on older tractors.
Transmission Reliability:
While generally robust, powershift units can develop issues if not maintained properly, particularly with fluid changes and filter maintenance.
Fuel System Maintenance:
Diesel fuel system components, especially injectors and injection pumps, require clean fuel and regular filter changes to prevent premature wear.
Deutz Allis Corporation:
Deutz Allis was a significant player in the agricultural machinery market, formed from the agricultural division of Allis-Chalmers and later acquired by KHD (Klockner-Humboldt-Deutz) of Germany, known for its robust and reliable tractors.
6250 Series Era:
The 6250 model likely falls within the late 1980s to early 1990s production era, representing a mid-range utility tractor for its time.
Manufacturing Location Typical:
Tractors were typically manufactured in the United States (e.g., West Allis, Wisconsin) or potentially at KHD facilities in Europe.
