DENSO New Common Rail System for HINO E13C Service Manual
정가
$133.00
할인가
$133.00
정가
단가
/ 단위
할인
품절
🏷️ Basic Information Identification Make: Hino Model: E13C Engine Family: E13C System Manufacturer: Denso System Type: Common Rail System System Component: Injection Pump Codes Publication Id: 00400061E Product Name: DENSO New Common Rail System for HINO E13C Service Manual PDF Download Filename: DENSO Inj. Pump Common Rail HINO E13C servman 2004.PDF 👋 Introduction Market Position Target Audience: Professional Hino diesel technicians, heavy-duty repair shops, fleet maintenance personnel Value Proposition: Provides essential, manufacturer-authorized technical data for servicing a critical engine component Competitive Analysis Competitor Manuals Focus: Broader vehicle service manuals may cover the E13C engine but lack the specialized depth on the Denso common rail system and its injection pump. Key Features Manufacturer Authorization: Information directly from Denso, the system supplier, ensuring accuracy and compliance with design specifications. Component Specificity: Highly focused on the injection pump, providing detailed insights not found in general engine manuals. Diagnostic Support: Crucial for diagnosing and rectifying performance issues related to fuel delivery and injection pressure. 📋 Manual Details Coverage Areas Engine Application: Hino E13C Engine System Focus: Denso New Common Rail System Component Focus: Injection Pump Page Count Number Of Pages: 23 Manual Type Manual Category: Service Manual Manual Specialization: Component Service Manual Language Primary Language: English Format Digital Format: PDF Download 📖 Manual Coverage Systems Covered Common Rail Components: High-pressure fuel pump, injectors, fuel rail, pressure sensors, control valves (SCV/Solenoid) Fuel Delivery System: Low-pressure fuel supply, filtration, high-pressure generation Electronic Control Unit Integration: Interaction and diagnostic protocols for the ECU's control of the common rail system Procedures Included Disassembly And Assembly: Detailed step-by-step instructions for the high-pressure fuel pump Inspection And Testing: Procedures for checking pump wear, pressure regulation, and component integrity Troubleshooting: Diagnostic flowcharts and common fault identification for common rail system issues related to the injection pump Maintenance: Component-specific maintenance tasks and checks related to the injection pump Calibration And Adjustment: Procedures for ensuring correct operation and pressure delivery of the injection pump Technical Depth Diagnostic Level: Advanced diagnostic procedures for common rail system faults Repair Scope: Component-level repair and rebuilding of the Denso high-pressure fuel pump Specification Detail: Precise torque values, clearance measurements, and pressure specifications for pump components 📊 Manual Specifications File Format File Type: PDF Searchability: Likely text-searchable, enabling efficient information retrieval Print Quality Digital Rendering: High-resolution, suitable for on-screen viewing and printing Binding Type Delivery Method: Digital Download (No physical binding) Paper Type Physical Equivalent Description: If printed, would typically be on durable, matte paper for workshop use ⚙️ Engine Specifications Primary Engine Engine Code: E13C Engine Type: Heavy-Duty Diesel Engine Displacement: 12.9 Liters (12,900 cc) Configuration: Inline 6-cylinder Aspiration: Turbocharged and Intercooled (Typical) Performance Typical Horsepower Range: 360 HP - 520 HP (Varies by application) Typical Torque Range: 1400 Nm - 2200 Nm (Varies by application) Fuel System Fuel Injection Type: Common Rail Direct Injection (CRDI) Fuel Injection Pressure: Up to 2,000 bar (Approximate, varies with operating conditions) Fuel Type: Diesel Fuel (Low Sulfur Diesel, ULSD) Injection Pump Model Series: Denso HP4/HP5 (Typical for this era and technology) 🔧 Transmission Standard Transmission Type Typical: Heavy-duty manual transmission or automatic transmission (e.g., Allison, Eaton Fuller, Hino proprietary) Optional Optional Transmission Types: Various heavy-duty automatic transmissions depending on vehicle application (truck, bus, etc.) Features Transmission Control: Engine ECU integrated with transmission control module for optimal shift points and fuel economy. 📐 Dimensions Exterior Vehicle Application Context: The E13C engine is commonly found in Hino heavy-duty trucks (e.g., Profia series) and buses, so dimensions are highly variable by chassis and configuration. Weights Engine Weight Approximate: Engine dry weight typically ranges from 800 kg to 1000 kg, depending on ancillaries. 🛡️ Safety Features Ratings Vehicle Safety Standards: Compliance with relevant heavy-duty vehicle safety standards (e.g., FMVSS in North America, ECE in Europe). Active Features Engine Management Safety: ECU-controlled fuel injection management for emissions compliance and operational safety. Passive Features Engine Construction: Robust cast-iron block and cylinder head construction for durability. 💡 Technology Features Infotainment Vehicle Infotainment Context: This manual focuses on the engine's fuel system, not vehicle infotainment. Driver Assistance Engine Control Features: Electronic engine control unit (ECU) manages injection timing, duration, and pressure for optimal performance, emissions, and efficiency. Connectivity Diagnostic Interfaces: The manual will cover procedures related to diagnostic trouble codes (DTCs) read via OBD-II or proprietary diagnostic tools, interfacing with the ECU. 🔧 Maintenance Service Intervals Fuel Filter Replacement Typical: Refer to specific vehicle maintenance schedule, typically 20,000 - 40,000 km, or as per diagnostic indicators. Injection Pump Overhaul Interval Guideline: No fixed interval; based on performance degradation, diagnostic codes, or mileage exceeding 500,000 km in ideal conditions. Fluid Specifications Fuel Recommendation: ASTM D975 Grade No. 2-D or equivalent low sulfur diesel fuel. Refer to vehicle owner's manual for precise specification. Lubrication Recommendation: Common rail systems are lubricated by the diesel fuel itself. Fuel quality and cleanliness are...
Various heavy-duty automatic transmissions depending on vehicle application (truck, bus, etc.)
Features
Transmission Control:
Engine ECU integrated with transmission control module for optimal shift points and fuel economy.
📐 Dimensions
Exterior
Vehicle Application Context:
The E13C engine is commonly found in Hino heavy-duty trucks (e.g., Profia series) and buses, so dimensions are highly variable by chassis and configuration.
Weights
Engine Weight Approximate:
Engine dry weight typically ranges from 800 kg to 1000 kg, depending on ancillaries.
🛡️ Safety Features
Ratings
Vehicle Safety Standards:
Compliance with relevant heavy-duty vehicle safety standards (e.g., FMVSS in North America, ECE in Europe).
Active Features
Engine Management Safety:
ECU-controlled fuel injection management for emissions compliance and operational safety.
Passive Features
Engine Construction:
Robust cast-iron block and cylinder head construction for durability.
💡 Technology Features
Infotainment
Vehicle Infotainment Context:
This manual focuses on the engine's fuel system, not vehicle infotainment.
Driver Assistance
Engine Control Features:
Electronic engine control unit (ECU) manages injection timing, duration, and pressure for optimal performance, emissions, and efficiency.
Connectivity
Diagnostic Interfaces:
The manual will cover procedures related to diagnostic trouble codes (DTCs) read via OBD-II or proprietary diagnostic tools, interfacing with the ECU.
🔧 Maintenance
Service Intervals
Fuel Filter Replacement Typical:
Refer to specific vehicle maintenance schedule, typically 20,000 - 40,000 km, or as per diagnostic indicators.
Injection Pump Overhaul Interval Guideline:
No fixed interval; based on performance degradation, diagnostic codes, or mileage exceeding 500,000 km in ideal conditions.
Fluid Specifications
Fuel Recommendation:
ASTM D975 Grade No. 2-D or equivalent low sulfur diesel fuel. Refer to vehicle owner's manual for precise specification.
Lubrication Recommendation:
Common rail systems are lubricated by the diesel fuel itself. Fuel quality and cleanliness are paramount.
Known Issues
Common Rail Pressure Drops:
Can be caused by worn injection pump, leaky injectors, faulty pressure regulator, or sensor issues.
Injection Pump Wear:
Wear on internal components can lead to reduced fuel delivery pressure and power loss. The manual will detail inspection points.
Injector Nozzle Clogging:
Due to fuel contamination or poor fuel quality, leading to poor spray patterns and engine misfires.
📚 Vehicle History
Brand Heritage
Hino Truck Division:
Hino Motors, Ltd. is a subsidiary of Toyota Motor Corporation, renowned for its commercial vehicles, trucks, and buses.
Model Evolution
E Series Engines:
The E13C is part of Hino's E-series engine family, developed for heavy-duty applications requiring significant power and torque.
Common Rail Adoption:
The E13C was one of Hino's engines that adopted Denso's common rail technology to meet evolving emissions standards and improve fuel efficiency.
Production
Production Period Context:
The E13C engine with Denso common rail systems was prevalent in Hino vehicles from the early 2000s onwards, with updates to meet Euro emissions standards.
🏆 Awards & Recognition
Recognitions
Engine Performance Recognition:
The E13C engine is recognized for its robust performance in demanding heavy-duty applications.
Ratings
Emissions Compliance Ratings:
Engines equipped with this system are designed to meet various emissions regulations (e.g., Euro IV, EPA standards) prevalent around its production period.
Certifications
System Supplier Certification:
Denso is a globally recognized Tier 1 automotive supplier, indicating adherence to stringent quality and performance standards.