Challenger MT297 Tractor Repair Workshop Manual

Product Overview

The AGCO Challenger MT297 Tractor Repair Workshop Manual is an essential guide for maintaining and repairing your Challenger tractor. Available in a convenient PDF format, this manual provides comprehensive coverage for the MT297 model, ensuring you have all the necessary information at your fingertips. The manual includes:

– Challenger Repair Manual
– Book Numbers: 790288170 & 79028569
– Language: English

Manual Details

• Challenger MT297 Compact Tractor Power Shuttle Manual: 1104 Pages
• Challenger MT297 Tractor Workshop Manual: 557 Pages

Key Features

• General Information
• Major Components
• Cooling, Air Cleaner, and Fuel Systems
• Engine
• Clutch
• Transmission
• Front Axle
• Rear Axle
• Power Steering System
• Hydraulics
• Electrical Systems

Benefits

• Comprehensive guide aiding in the efficient repair and maintenance of the MT297 tractor.
• Improves understanding of the major components and systems within the tractor.
• Assists in diagnosing and troubleshooting common issues effectively.

Usage Recommendations

• Ideal for tractor owners, repair technicians, and AGCO service centers.
• Useful for both troubleshooting minor issues and performing extensive repairs.
• Keep the manual accessible for quick reference during repair work.

Extracts

Cylinders, Pistons, and Connecting Rods

This engine does not use cylinder liners, simplifying disassembly. Made from an aluminum alloy, the pistons and connecting rod bearings, which are highly resistant to heavy loads, offer durability. Forced lubrication of the connecting rod bearings and splash lubrication of the piston and small end bushing ensure performance under high speeds, temperatures, and loads.

Cylinder Block

Water Pressure Proof: The cylinder block is considered watertight if it withstands a 3-minute water pressure test of k kgf/sq cm (71.1 psi) with no leakage.
Distortion Measurement: Flatness of the blocku2019s top surface should be checked with a straight rule and thickness gauges. Surface corrections are needed if clearances exceed 0.15 mm (0.006 in). Grounding should not exceed 0.4 mm (0.16 in) due to potential effects on compression ratio.