🏷️ Basic Information Identification Make: Kenworth Model: T440 / T470 Product Name: Kenworth Truck T440 T470 Body Builder Manual PDF Download Codes Product Identifier: Kenworth T440 T470 Body Builder Manual 2010 PDF 👋 Introduction Market Position Vehicle Segment: Medium-duty conventional cab truck, versatile for various vocational applications. Target Applications: Designed for vocational use such as construction, refuse, pick-up and delivery, towing, and specialized applications. Competitive Analysis Key Competitors: Navistar International (e.g., 4300/4400 series), Freightliner (e.g., M2 series), Peterbilt (e.g., 337/348 series). Key Features Chassis Versatility: Known for its adaptable chassis that readily accepts a wide array of body types and specialized equipment. Driver Comfort: While vocational-focused, the cab offers a relatively comfortable and functional environment for the driver. Reliability: Kenworth's reputation for building durable and reliable trucks extends to the T440 and T470. 📋 Manual Details Coverage Areas Covered Models: Kenworth T440 and T470 Covered Years: 2010 Model Year Page Count Estimated Pages: Variable (Body Builder Manuals typically range from 200-800+ pages depending on complexity and options) Manual Type Type: Body Builder Manual (also known as Chassis Modification Manual or Upfitter Manual) Language Language: English Format Format: PDF Download 📖 Manual Coverage Systems Covered Chassis And Frame: Detailed information on frame types, dimensions, rail reinforcement, and mounting points for body integration. Electrical System Bodybuilder Interface: Wiring diagrams, connector locations, power access points, and specifications for bodybuilder-installed electrical components. Cooling System Bodybuilder Considerations: Guidelines for airflow modifications, radiator protection, and integration of auxiliary cooling systems. Exhaust System Bodybuilder Considerations: Information on exhaust routing, heat shielding, and modifications to accommodate bodywork. Fuel System Bodybuilder Considerations: Details on fuel tank placement, fuel line routing, and considerations for auxiliary fuel systems. Air Suspension Bodybuilder Interface: Information on air suspension components, leveling systems, and potential impacts of body mounting. Braking System Bodybuilder Considerations: Guidelines on brake line routing, protection, and potential impacts of body weight distribution. Steering System Bodybuilder Considerations: Information on steering column access and potential interferences from body installations. Propeller Shaft And Driveshaft: Considerations for driveshaft clearance and potential modifications due to body mounting. Body Mounting Locations And Procedures: Precise specifications for body mounting points, bolt torque values, and recommended mounting hardware. Cab And Interior Access: Information on cab access for wiring, air lines, and potential body-to-cab interface points. Lighting And Visibility Systems: Guidelines for integrating body lighting, marker lights, and maintaining visibility standards. Air And Pneumatic Systems: Information on air brake system components, PTO actuation, and auxiliary air supply connections. Body Builder Electrical Disconnects: Locations and procedures for disconnecting vehicle electrical systems during body installation. Procedures Included Frame Modification Guidelines: Recommendations and limitations for frame alterations, drilling, and welding. Body Attachment Techniques: Detailed methods for securely and safely attaching various types of bodies to the chassis. Wiring Installation And Integration: Step-by-step guidance for integrating bodybuilder-supplied wiring harnesses with the vehicle's electrical system. Air Line Routing And Connection: Procedures for routing and connecting air lines for body accessories and systems. Pto Installation And Interface: Instructions for installing and connecting Power Take-Off units for body functions. Diagnostic Port Access: Information on the location and use of diagnostic ports for vehicle data acquisition. Component Clearance Checks: Guidelines for ensuring proper clearances between body components and vehicle chassis/powertrain. Weight Distribution Considerations: Recommendations for maintaining proper weight balance when adding bodywork. Final Inspection And Testing: Checklists and procedures for verifying the integrity and functionality of the completed vehicle. Technical Depth Depth Of Coverage: Comprehensive, focusing on chassis modifications, electrical integration, and component interface for custom body applications. Diagnostic Focus: Provides information for troubleshooting issues arising from body modifications rather than primary vehicle diagnostics. Repair Focus: Focuses on repair procedures related to body builder modifications and their integration, not standard vehicle repairs. 📊 Manual Specifications File Format Format Type: PDF (Portable Document Format) Searchability: Typically searchable text within the PDF for efficient information retrieval. Print Quality Printability: Designed for printing; high-resolution graphics and diagrams. Binding Type Original Binding: N/A (Digital Download) Paper Type Original Paper Type: N/A (Digital Download) ⚙️ Engine Specifications Primary Engine Engine Options Common: PACCAR PX-7 (Cummins ISB6.7), PACCAR PX-8 (Cummins ISL9) - depending on specific configuration and GVWR. Engine Displacement Px7: 6.7 Liters (408 cu in) Engine Displacement Px8: 8.3 Liters (505 cu in) Performance Horsepower Range Px7: Typically 200 - 325 HP Torque Range Px7: Typically 520 - 750 lb-ft Horsepower Range Px8: Typically 240 - 350 HP Torque Range Px8: Typically 660 - 1000 lb-ft Fuel System Fuel Type: Diesel Emission Control 2010: EPA 2010 compliant, utilizing Selective Catalytic Reduction (SCR) with Diesel Exhaust Fluid (DEF). 🔧 Transmission Standard Transmission Type Standard: Allison Automatic Transmissions (e.g., 2500 RDS, 3000 RDS) are common. Optional Transmission Type Optional: Manual transmissions may be available on some configurations, often Eaton Fuller. Features Automatic Features: Features such as close-ratio gearing, engine retarder integration, and prognostic capabilities (on...