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Explains the configuration and placement of cooling system components.
Describes the flow path and operation of the engine's coolant circuit.
Covers the arrangement and design considerations for fans and coolers.
Details the compensation tank, lines, and water level monitoring system.
Describes systems for heating driver cabs and passenger compartments using engine heat.
Covers the selection, resistance, and layout of piping and fittings for the cooling system.
Explains fan mounting options and performance data.
Details various methods for mounting fans to the engine.
Provides guidelines for the proper installation and mounting of radiators.
Explains how coolers and fans are connected using ducts, rings, and scoops.
Provides fundamental rules for ensuring cooling system efficiency and capacity.
Details how air intake and discharge ducts should be arranged for optimal cooling.
Explains the flexible connections for air intake and discharge ducts.
Offers guidance on calculating the dimensions for short air intake ducts.
Covers the installation and arrangement of charge air coolers.
Discusses the placement of auxiliary coolers relative to the main radiator.
Provides formulas for calculating minimum cross-sections for air ducts.
Addresses the impact of cooling air temperature rise on system capacity.
Details methods for filtering cooling air, including screens and filter mats.
Emphasizes the importance of air filtration and proper layout for engine longevity.
Explains intake vacuum pressure and its impact on combustion efficiency.
Describes different types of air cleaner systems and their applications.
Provides instructions for servicing dry-type air cleaners.
Outlines methods for calculating combustion air volume flow rate for cleaner sizing.
Covers the design, materials, and layout of combustion air piping.
Discusses acceptable temperature limits for combustion air.
Addresses methods for reducing combustion air noise.
Explains the system for managing crankcase gases.
Details the design data and pressure loss limits for the charge air cooling system.
Explains the process of pre-loading hydraulic oil tanks.
Introduces the exhaust system and the need for silencers and resistance management.
Specifies admissible exhaust back pressure values for different engine types and systems.
Describes methods and points for measuring exhaust gas back pressure.
Provides guidance on sizing exhaust pipes and calculating their resistance.
Covers the selection and length considerations for silencers and end pipes.
Details the use of flexible elements for absorbing engine movement and thermal expansion.
Explains the function and installation of the exhaust brake flap.
Offers graphical tools for calculating exhaust gas pipe resistance.
Describes the function and installation of water scrubbers for exhaust gas treatment.
Covers the installation and considerations for exhaust gas catalytic converters.
Discusses the use of heat exchangers for utilizing exhaust gas heat.
Addresses the design of exhaust end pipes to prevent water entry.
Explains the necessity and placement of condensed water separators.
Discusses heat insulation for exhaust gas manifolds and turbochargers.
Details the function, installation, and maintenance of particulate traps.
Covers the SCR system for NOx reduction in exhaust emissions.
Explains the different types of exhaust gas recirculation systems used.
Emphasizes the importance of adequate fuel supply for engine starting and performance.
Details permissible resistances and temperature limits in the fuel conveyance system.
Provides guidelines for routing and sizing fuel pipes, including material requirements.
Discusses the need for fuel heating or cooling to maintain optimal temperatures.
Covers fuel tank design, ventilation, and material considerations.
Explains the main and pre-filtering systems, including water traps and filter types.
Illustrates correct and incorrect methods for ensuring air-tight fuel connections.
Shows examples of connecting elements for setting up a low-resistance suction pipe system.
Provides instructions for installing and maintaining the fuel main filter.
Addresses special measures for fuel supply in extremely cold regions.
Details considerations for external lube oil systems, focusing on resistance and pipe sizing.
Discusses the installation and requirements for lube oil micro-filters in bypass flow.
Explains the use and connection of external oil tanks for dry sump systems.
Provides instructions for adjusting oil level marks for inclined engine installations.
Discusses general principles for engine mounting configurations, favoring flexible designs.
Details the requirements and benefits of using flexible engine mounting systems.
Explains the principles and considerations for implementing rigid engine mounting systems.
Addresses the limitations on bending torque exerted on the SAE housing during engine mounting.
Discusses the selection and design of clutches and couplings for power transmission.
Provides pre-conditions for installing cardan shafts to avoid angular velocity transmission.
Details various types of power take-off points available on the engine.
Offers general references and considerations for installing drive systems and power take-offs.
Specifies the typical location for compressor installation on the engine.
Lists the available compressor types and their sizes.
Details requirements for air-tight pipe connections and the design of intake lines.
Explains different pressure regulating systems used with compressors.
Describes how compressors are cooled and lubricated via engine systems.
Addresses the process of determining the correct compressor size based on air requirements.
Details the option of a power take-off for auxiliary steering pumps.
Explains the use of heating rods and auxiliary heating systems for coolant preheating.
Describes the use of radiator covers to maintain engine temperature in winter.
Addresses the cooling system requirements for the vibration damper.
Introduces noise sources and the importance of sound insulation measures.
Details sound insulation techniques, enclosures, and ducting treatments.
Lists examples of materials used for sound insulation and absorption.
Outlines additional measures for engine enclosures, focusing on heat dissipation.
Provides notes on detailed enclosure measures and contact for specific applications.
Explains heat generated by engine components and auxiliary systems.
Covers the calculation of required air volume for engine compartment ventilation.
Describes how to perform temperature tests under full engine load conditions.
Outlines the specific pressure measurements required during installation surveys.
Lists admissible permanent and brief temperature limits for various engine components.
Provides a diagram illustrating the locations for various measurement points.
Details starter selection, battery capacities, switches, and battery installation.
Guides on calculating cable cross-sections, voltage drops, and current densities.
Covers the selection, installation, and operation of generators and regulators.
Discusses the installation, handling, and monitoring of electronic engine control systems.
Emphasizes the importance of easy access for maintenance and adherence to schedules.
Lists maintenance tasks that require direct and simple access without complications.
Lists maintenance tasks that require removal of parts or plates for access.
Details the procedure for venting the fuel system and commissioning the engine.
Provides formulas for calculating engine performance parameters like volume flow rate and piston speed.
Outlines the physical laws governing the performance of fans and coolant pumps.
Offers a checklist for inspecting the starter motor system, including cables and relays.
References technical circulars related to engine coolant specifications.
References technical circulars regarding engine lubrication oil.
References technical circulars related to fuel specifications.
General| Configuration | Inline |
|---|---|
| Number of cylinders | 4 |
| Fuel Type | Diesel |
| Aspiration | Turbocharged |
| Cooling System | Liquid |
| Emission Standards | EU Stage IIIA / EPA Tier 3 |
| Engine Type | Diesel |
