Case IH 5140, 6140, 7140 Axial-Flow Tier 4B combine pdf service manual  - Case IH manuals - CASE-47795177-EN
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Case IH 5140, 6140, 7140 Axial-Flow Tier 4B combine pdf service manual

CASE-47795177-EN
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Pages: 3669

File size: 165.25 MB

Language: English

Models: AXIAL-FLOW® 5140, AXIAL-FLOW® 6140, AXIAL-FLOW® 7140, Tier 4B (final)

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Document type
Service manual
Language
English
Machinery type
combine

Case IH is a global agricultural equipment manufacturer that provides a wide range of farm machinery and equipment for different agriculture sectors, including planting, harvesting, tillage, and material handling. The company has a long history, dating back to the 1840s when it started as a company producing threshing machines.

Over the years, the company has grown and expanded its operations, now producing equipment for various agriculture industries. Case IH offers a wide range of products, including tractors, combine harvesters, planters, tillage tools, balers, and sprayers, among others.

In terms of manuals for their products, Case IH provides comprehensive and detailed manuals for all their equipment. These manuals are designed to help farmers and operators better understand and operate the equipment safely and efficiently.

The manuals include detailed information about the equipment, including specifications, features, and benefits, as well as detailed instructions on how to use and maintain the equipment. They also provide troubleshooting tips and other useful information that can help farmers and operators keep the equipment in good working condition.

In addition to printed manuals, Case IH also provides electronic manuals that can be accessed online or through a mobile device. These electronic manuals offer the same level of detail and information as printed manuals, but they are more convenient and accessible.

Overall, Case IH is a reliable and trusted brand that provides high-quality agricultural equipment and detailed manuals to support farmers and operators in their daily operations.

In 1842 businessman Jerome Case established JI Case in Rochester, Wisconsin. A year later, the company changed the place of registration to the town of Racine in the same state, as its location was closer to the water and facilities on which it was possible to build and repair agricultural machinery, the production of which decided to tackle Jerome. At the new location, the company was registered under the name Racine Threshing Machine Works. In 1963, Casey's business associates were three farmers: Massena Erskine, Robert Baker, and Stefan Bull. Later they were given the nickname of the Big Four in agricultural production, and Case himself was later noted as the first American to use a steam engine for agriculture.

In 1865, the symbol of the company was presented - the eagle, completely repeating the talisman of the legendary Wisconsin regiment of the Civil War in the United States. In turn, the first design success of Kais was the steam harvester, created in 1869. Later this machine was placed in the Smithsonian Museum in Washington, DC. With his combines, Jerome Case took first place in 1879 at the Paris exhibition in France. These several cars were the first machines of Case, who were sent abroad. The first of those thousands that were later exported internationally in large quantities.

At the same time, Case also created a steam tractor based on one of its engines. In 1884, Jerome Case visited one of the farms in Minnesota, where his technique was used, as he heard rumors that the car was not working. It turned out to be true. Outraged by the fact that he would not be able to take the car with him and repair it, the next day Jerome burned it, and when he returned to Wisconsin, he ordered the owner of the destroyed tractor to be delivered to the owner. The farm was later named after Keyes, which, by the way, is not at all surprising.

In 1890, Case expanded its production, reaching South America - the plant was opened in Argentina. A year later, Jerome Case died at the age of 72 years. At that time, Case was the most productive company in the whole of North America: Case Company produced agricultural machinery with engines ranging from 9 horsepower to 80. In addition, a batch of 110 horsepower tractors with a two-tier cab was produced, as well as nine tractors Capacity of 150 horsepower.

Using the production of gasoline engines Case Company took up in 1895. In 1899 the enterprise came out to the Russian market, and in 1904 presented to the consumer its first combine completely made of steel. In the same year, the first tractor with an internal combustion engine was produced, and in addition, the company was firmly entrenched in Europe. This was shown by the results of the contest, within which it became clear that the Case Company technique is found more often than other equipment on the arable lands of the "old world".

By that time, the range of Case Company products was very diverse: from combines, tractors, and graders to water carriers, buggies, plows, and even simple cars. However, the production of civilian auto Case Company engaged in a relatively short period of time. Of the successes in this industry is worth noting only 7-seat tourist car, released in 1920.

At the beginning of the twentieth century, it became clear to everyone that the future belongs to gasoline engines. The management of the Case Company invited rider Joe Jaggersberg, who agreed to test their new engine on the Indianapolis 500 race in 1911. And the following year the company started to produce engine oil. Also for several years, Case Company was engaged in the production of kerosene tractors.

Oddly enough, the European sales of the company were positively influenced by the outbreak of the First World War: almost every farmhand was drafted to the front, and farmers had to get out to save the harvest.

In 1919, an event occurred that affected the future of Case Company - an enterprise called John Deere Company broke into the market of harvesters. The response of their competitors from International Harvester was a new course for the acquisition of the P & O Plowing Company from Canton, Illinois, and Chattanooga Plowin from Chatanuga, Tennessee. Then Henry Ford, with his Fordson Tractor company, intervened in the same branch of the market.

This is how the "Tractor War" began in 1923, which took place between Ford Motor Company, John Deere, Case, and International Harvester. Case then became part of International Harvester, thus transforming itself into Case-IHC. But even after the merger, the company controlled only 9% of the market, while 71% accounted for the company Ford. In the same year, the company Keisa celebrated the anniversary - was produced 100-thousand harvester in the history of production. And in 1928 the enterprise expected another change of name - this time the company became known as J.I. Case Company.

A year before, the factories had stopped producing legendary steam tractors, and the priority was given to internal combustion engines. Equipped with different types of engines, the tractors also differed in color. Steam tractors were painted in black and green colors, and petrol - in gray (later they became orange, while the excavators were painted with red and yellow flowers).

In 1929, the company continued its policy of expanding the international market in Australia, Mexico, and Sweden. In the same year, the first tracked tractor J.I. Case Company. During 1940 in the state of Nebraska there were tests of a diesel tractor WD-40. A little later in the same year, the company introduced tractors of the S and V.

During the Second World War II Case Company produced artillery shells, spare parts for B-26 airplanes, bombs and Sherman tanks. In 1941, the company opened three new factories in the United States of America. A year later, the light came out Model 123 SP. In addition, 1942 was significant in the history of the company by the appearance of the first cotton picking machine, which also fell into the Smithsonian Museum.

In 1947, the company's logo changed - the name "C" disappeared from the name, and the logo itself was now a person sitting in the tractor. This emblem was developed by the famous industrial designer Raymond Lowe.

In 1958, another foreign plant opened in Doncaster, Great Britain. During the next 31 years, the company significantly globalized. Many other enterprises managed to join Case in such a long period of time. So in 1962, the company J.I. Case bought out the corporation American Tractor, which then led the US in the volume of production of excavators and trucks. Thanks to this merger, in 1967 Case Company was able to present to the public the most successful excavator model 250C Construction King, which became a synonym for this type of equipment in the United States.

In 1984, many units of International Harvester merged with J.I. Case Company and began to produce products under the brand name Case International (later Case IH). Until 1988, 94 products were produced under the name CASE, and only then appeared Magnum. In 1996, the company acquired the Australian manufacturer of tractors Steyr Tractor.

Case Corporation merged with New Holland N.V., becoming CNH, and since November 1999 - CNH Global. Due to the merger, CNH Global had to sell factories in Doncaster, United Kingdom, and Winnipeg, Canada. Such a merger gave an optimistic mood and gave hope to Case Corporation's prosperity in the European market, so in 2006 a business plan was created to return the company to the status of "international". For this, the old International Harvester logo was returned, and in addition, there were significant differences between the two existing brands within the corporation.

Less
  • SERVICE MANUAL AXIAL-FLOW COMBINES
  • Contents
  • INTRODUCTION
    • Basic instructions Important notice regarding equipment servicing
    • Safety rules Ecology and the environment
    • Safety rules Personal safety
    • Safety rules
    • Basic instructions Shop and Assembly
    • Torque Minimum tightening torques for normal assembly
    • Torque Standard torque data for hydraulics
    • Basic instructions Chain Wear Tables Roller Chains
    • Frame Dimension
    • Product overview
    • Product identification
  • Engine 10
    • Engine and crankcase 001
      • Engine Install
      • Engine Remove
      • Engine Install
      • Engine Drain fluid
      • Engine Filling engine oil
      • Engine Remove engine oil drain line and drain valve
      • Engine Install engine oil drain line and drain valve
      • Engine Change fluid – Maintenance Chart – Recommended operating temperature range
      • Engine Remove engine serpentine belt
      • Engine Install engine serpentine belt
      • Engine Remove engine serpentine belt
      • Engine Install engine serpentine belt
    • Air cleaners and lines 202
      • Air cleaner Remove
      • Air cleaner Install
      • Air cleaner connection between filter and engine Remove
      • Air cleaner connection between filter and engine Install
      • Air cleaner connection between filter and engine Remove
      • Air cleaner connection between filter and engine Install
      • Connection tube from filter to muffler Remove
      • Connection tube from filter to muffler Install
      • Air intake system Remove
      • Air intake system Install
    • Fuel tanks 216
      • Fuel tanks Capacity
    • Intake and exhaust manifolds and muffler 254
      • Exhaust pipes Remove mixer tube
      • Exhaust pipes Install mixer tube
      • Exhaust pipes Remove exhaust tube from turbo charger to Diesel Oxidation Catalyst (DOC)
      • Exhaust pipes Install exhaust tube from turbo charger to Diesel Oxidation Catalyst (DOC)
      • Exhaust pipes Remove exhaust tube from turbo charger to Diesel Oxidation Catalyst (DOC)
      • Exhaust pipes Install exhaust tube from turbo charger to Diesel Oxidation Catalyst (DOC)
    • Aftercooler 310
      • Aftercooler Remove Intercooler Heat Exchanger
      • Aftercooler Install Intercooler Heat Exchanger
      • Aftercooler air supply and return lines Remove return air tube from cooler to intake manifold
      • Aftercooler air supply and return lines Install return air tube from cooler to intake manifold
      • Aftercooler air supply and return lines Remove air supply tube from turbocharger to upper cooler box
      • Aftercooler air supply and return lines Install air supply tube from turbo charger to upper cooler box
      • Aftercooler air supply and return lines Remove air supply tube from turbocharger to lower cooler box
      • Aftercooler air supply and return lines Install air supply tube from turbocharger to lower cooler box
      • Aftercooler air supply and return lines Remove return air tube from cooler to intake manifold
      • Aftercooler air supply and return lines Install return air tube from cooler to intake manifold
    • Engine cooling system 400
      • Engine cooling system Capacity
      • Engine cooling system Drain fluid
      • Engine cooling system Filling
      • Radiator coolant tubes Remove
      • Radiator coolant tubes Install
      • Radiator coolant tubes Remove
      • Radiator coolant tubes Install
      • Radiator Remove
      • Radiator Install
      • Deaeration tank Remove
      • Deaeration tank Install
    • Oil cooler and lines 408
      • Engine oil cooler Remove
      • Engine oil cooler Install
    • Fan and drive 414
      • Fan and drive Remove
      • Fan and drive Install
      • Fan Remove
      • Fan Install
      • Belt tensioner Adjust
    • Stationary air screen 419
      • Stationary air screen Overview of the Stationary Air Screen (SAS)
      • Stationary air screen Component identification
  • Main gearbox and drive 14
    • Main gearbox and drive 100
      • Main gearbox and drive Torque PTO Housing Service
      • Main gearbox Component identification
      • Main gearbox Exploded view
      • Main gearbox and drive Remove
      • Main gearbox and drive Install
      • Main gearbox and drive Remove separator drive pulley
      • Main gearbox and drive Install separator drive pulley
      • Main gearbox Remove PTO Input Shaft
      • Main gearbox Disassemble PTO Input Shaft
      • Main gearbox Assemble PTO Input Shaft
      • Main gearbox Install PTO Input Shaft
      • Main gearbox Remove Separator Shaft
      • Main gearbox Disassemble Separator Shaft
      • Main gearbox Assemble Separator Shaft Assembly
      • Main gearbox Install Separator Shaft Housing
      • Main gearbox Check Shimming the Bevel Pinion Gear
      • Main gearbox Backlash
      • Main gearbox Gear tooth contact
  • Transmission 21
    • Mechanical transmission 114
      • Mechanical transmission General specification
      • Mechanical transmission Component identification
      • Mechanical transmission Sectional view
      • Mechanical transmission Service instruction General Information
      • Mechanical transmission Remove
      • Mechanical transmission Install
      • Mechanical transmission Adjust
      • Mechanical transmission Disassemble
      • Mechanical transmission Assemble
    • Gearbox internal components 145
      • Gearbox internal components Component identification Input Housing
      • Internal controls Component identification
      • Gearbox internal components Remove shifter rails and shift fork
      • Gearbox internal components Remove input housing and shaft
      • Gearbox internal components Disassemble change gear shaft
      • Gearbox internal components Assemble input shaft assembly
      • Gearbox internal components Install change gear shaft and input housing
      • Gearbox internal components End play Change Gear
      • Gearbox internal components Check End Play
      • Gearbox internal components Visual inspection Internal Spline Wear
      • Gearbox internal components Assemble change gear shaft assembly
      • Gearbox internal components Install shifter rails and shift fork
    • Differential 182
      • Differential Component identification
      • Differential Exploded view
      • Differential Component identification Change Gear Shaft
      • Differential Remove
      • Differential Disassemble
      • Differential Remove differential pinion shaft
      • Differential Disassemble differential pinion shaft
      • Differential Assemble differential pinion shaft assembly
      • Differential End play
      • Differential End play verification
      • Differential Assemble differential assembly
      • Differential Measure Shim Thickness for Differential Bearing Cap
      • Differential Measure rolling torque verification
  • Front axle system 25
    • Final drives 310
      • Final drive Torque
      • Final drive Sectional view
      • Final drive Remove
      • Final drive Install
      • Final drive Assemble
      • Final drive Disassemble
      • Final drive Visual inspection
  • Rear axle system 27
    • Powered rear axle 100
      • Rear axle Configure Axle Extension Positions
      • Powered rear axle Dynamic description
      • Rear axle Exploded view Steering Axle Assembly
      • Powered rear axle Alignment
      • Rear axle Remove Center Section
      • Rear axle Install
    • Final drive hub, steering knuckles, and shafts 124
      • Steering knuckle housing hub Exploded view
      • Steering knuckle housing hub Sectional view
      • Steering knuckle housing hub Remove
      • Steering knuckle housing hub Install
      • Steering knuckle housing hub Remove
      • Steering knuckle housing hub Install
      • Steering knuckle housing hub Remove
      • Steering knuckle housing hub Install
  • Hydrostatic drive 29
    • Transmission and steering hydrostatic control 100
      • Hydrostatic drive system valves Relief valve Static description of Charge Pressure Relief Valve
    • Two-speed assembly 134
      • Two-speed assembly Hydraulic schema
      • Two-speed assembly Pressure test motor servo
    • Hydrostatic transmission 202
      • Hydrostatic transmission Capacity
      • Hydrostatic transmission Overview
      • Hydrostatic transmission Hydraulic schema
      • Hydrostatic transmission Dynamic description of Swashplate
      • Hydrostatic transmission Dynamic description of Neutral Operation
      • Hydrostatic transmission Dynamic description of Hydrostatic Ground Drive
      • Hydrostatic transmission Static description of Neutral Operation
      • Hydrostatic transmission Adjust propulsion control
      • Hydrostatic transmission Pressure test hydrostatic pump charge pressure
      • Hydrostatic transmission Pressure test servo
      • Hydrostatic transmission Pressure test Internal Pressure Override Valve (IPO)
      • Hydrostatic transmission Pressure test Drive pressure
    • Reservoir, cooler, and lines 204
      • Oil cooler Remove
      • Oil cooler Install
    • Pump and motor components 218
      • Pump General specification
      • Motor General specification
      • Pump Dynamic description of Variable Displacement Pump and Motor
      • Hydrostatic system feed pump Static description Charge Pump
      • Motor Dynamic description of Variable Displacement Pump and Motor
      • Motor Component identification
      • Motor Exploded view Power Guide Axle
      • Pump Disassemble Hydro Pump Drive Assembly
      • Pump Assemble Hydro Pump Drive Assembly
      • Pump Inspect Hydrostatic Drive Pump
      • Pump Install Hydrostatic Drive Pump
      • Pump Remove Multi-Function Handle control cable
      • Pump Install Multi-Function Handle control cable
      • Pump Remove Hydrostatic Drive Pump
      • Motor Remove Two Speed Hydrostatic Motor
      • Motor Install Two Speed Hydrostatic Motor
      • Motor Install Hydrostatic Motor
      • Motor Remove Power Guided Axle (PGA) Motor
      • Motor Install Power Guided Axle (PGA) Motor
      • Motor Leakage test for wheel motor
    • Rear hydrostatic transmission 300
      • Drive system Startup test for rear wheel drive system
      • Drive system Startup test Isolating the problem
      • Drive system Pressure test pilot (charge) pressure
      • Hydraulic valve Pressure test solenoid valve operation
      • Hydraulic valve Pressure test selector spool
  • Brakes and controls 33
    • Parking brake or parking lock 110
      • Parking brake or parking lock Component identification Feeder Valve
      • Parking brake or parking lock Hydraulic schema Park Brake/Feeder Valve
    • Hydraulic service brakes 202
      • Hydraulic service brakes Torque
      • Hydraulic service brakes Sectional view
      • Hydraulic service brakes Remove
      • Hydraulic service brakes Disassemble
      • Hydraulic service brakes Inspect
      • Hydraulic service brakes Assemble
      • Hydraulic service brakes Tool usage
      • Hydraulic service brakes Assemble
      • Hydraulic service brakes Pressure test
  • Hydraulic systems 35
    • Hydraulic systems 000
      • Hydraulic systems General specification
      • Hydraulic systems Overview Hydraulic System How it works
      • Hydraulic systems Overview
      • Hydraulic systems Overview of service brake valve
      • Hydraulic systems Dynamic description Piston Pump And Compensator Valve
      • Hydraulic systems Component localisation
      • Hydraulic systems Dynamic description of service brake valve
      • Hydraulic systems Static description of pressure regulator valve
      • Hydraulic systems Static description Basic Principles Of Hydraulic System
      • Hydraulic systems Test Procedures
      • Hydraulic systems Remove auxiliary pump
      • Hydraulic systems Install auxiliary pump
      • Hydraulic systems Bleed after servicing PFC or Auxiliary gear pump
      • Hydraulic systems Testing low pressure standby
    • Pump control valves 102
      • Pump control valves Component localisation of regulated control valve
      • Pump control valve Static description for Regulated Pressure System
      • Pump control valve Hydraulic schema
      • Pump control valve Priority/Regulator valve Hydraulic schema Regulator/Unloader/Separator
      • Pump control valve Priority/Regulator valve Dynamic description Regulator/Unloader/Separator
      • Signal valve Overview
      • Pump control valves Remove Pressure Regulator Valve
      • Pump control valves Disassemble Pressure Regulator Valve
      • Pump control valves Visual inspection Pressure Regulator Valve
      • Pump control valves Assemble Pressure Regulator Valve
      • Pump control valves Install Pressure Regulator Valve
      • Pump control valves Service instruction Removing Air From The Hydraulic System
    • Variable displacement pump 106
      • Variable displacement pump Static description of the PFC pump
      • Variable displacement pump Dynamic description PFC load sense signal
      • Variable displacement pump Static description of the hydraulic system pressure screen
      • Variable displacement pump Hydraulic schema PFC pump
      • Variable displacement pump Dynamic description of the PFC pump
      • Variable displacement pump Sectional view PFC pump
      • Variable displacement pump Exploded view PFC pump
      • Pump compensator Dynamic description of pressure and flow of the Pressure Flow Compensated (PFC) control valve
      • Variable displacement pump Adjust high pressure standby check
      • Variable displacement pump Adjust low pressure standby check
      • Variable displacement pump Remove PFC pump
      • Variable displacement pump Disassemble PFC Pump Drive Assembly
      • Variable displacement pump Assemble PFC Pump Drive Assembly
      • Variable displacement pump Install PFC pump
      • Pump compensator Adjust
    • Auxiliary hydraulic pump and lines 220
      • Auxiliary hydraulic pump Static description of the auxiliary gear pump
    • Reservoir, cooler, and filters 300
      • Oil cooler/Heat exchanger Overview
      • Oil filters Static description Hydraulic System
      • Accumulator Overview
    • Main control valve 359
      • Main control valve Overview
    • Header or attachment height system 410
      • Positioning accumulator Charging (Applies to combines after PIN YAG20868)
      • Positioning accumulator Discharging (Applies to models after PIN YAG20868)
    • Crop processor system 536
      • Feeder housing control valve Component identification Feeder Drive Valve
      • Feeder housing control valve Hydraulic schema Feeder Valve
      • Feeder housing control valve Component identification Feeder Drive
      • Feeder housing control valve Dynamic description Feeder Drive
  • Steering 41
    • Steering control 101
      • Power steering wheel Remove Steering wheel
      • Power steering wheel Install Steering wheel
    • Tie rods 106
      • Tie rods Remove the steering tie rod end
      • Tie rods Install the steering tie rod end
      • Tie rods Adjust toe in
    • Hydraulic control components 200
      • Hydraulic control components Torque Special
      • Hydraulic control components Dynamic description of Steering Circuit
      • Main priority valve Dynamic description Steering
      • Main priority valve Hydraulic schema of Steering
      • Steering circuit relief valve Dynamic description Steering Circuit
      • Hydraulic control components Remove Cylinder
      • Hydraulic control components Install Cylinder
      • Steering circuit relief valve Adjust
    • Pump 206
      • Power steering pump Dynamic description
  • Wheels 44
    • Front wheels 511
      • Front wheels Tighten Procedure
  • Cab climate control 50
    • Heating 100
      • Cab heater Remove
      • Cab heater Install
      • Temperature control Replace Temperature sensor near blower motor
      • Temperature control Replace Temperature sensor behind left-hand storage area
      • Temperature control Replace Temperature sensor behind cab recirculation air filter
      • Heater control valve Remove
      • Heater control valve Install
    • Ventilation 104
      • Air flow distribution system Remove Blower motor
      • Air flow distribution system Install Blower motor
      • Air flow distribution system Remove Blower linear driver
      • Air flow distribution system Install Blower linear driver
    • Air conditioning 200
      • Air conditioning General specification Temperature/pressure chart
      • Receiver/Dryer Service limits
      • Air conditioning Dynamic description A/C thermal operation
      • Air conditioning Dynamic description Automatic temperature control
      • Air conditioning Dynamic description System flushing
      • Air conditioning Dynamic description Recovery of R134a
      • Air conditioning Dynamic description Leak detection
      • Air conditioning Dynamic description UV dye injection
      • Air-conditioning condenser Static description
      • Receiver/Dryer Static description
      • Air conditioning Replace Low pressure switch
      • Air-conditioning compressor Service instruction
      • Air-conditioning compressor Remove
      • Air-conditioning compressor Install
      • Air-conditioning compressor Remove
      • Air-conditioning compressor Install
      • Compressor drive belt Remove
      • Compressor drive belt Install
      • Air-conditioning compressor lines Remove
      • Air-conditioning compressor lines Install
      • Air-conditioning compressor lines Remove
      • Air-conditioning compressor lines Install
      • Air-conditioning condenser Remove
      • Air-conditioning condenser Install
      • Condenser lines Remove
      • Condenser lines Install
      • Expansion valve Remove
      • Expansion valve Install
      • Air-conditioning evaporator Remove Temperature sensor
      • Air-conditioning evaporator Install Temperature sensor
      • Air-conditioning evaporator Remove
      • Air-conditioning evaporator Install
      • Drain lines Check Air conditioner drain hose outlets
      • Air conditioning Problem solving
  • Electrical systems 55
    • Electrical system 000
      • Electrical system Overview – Power distribution network
      • Electrical system Overview – Keep alive memory
      • Electrical system Component identification – Fuse and relay box
      • Electrical system Component identification – Additional fuse and relay
      • Electrical system Overview Diagnostic screen
      • Electrical system Overview Displayed fault codes and alarms
      • Electrical system Overview Active fault code and archived faults
      • Electrical system Overview Using the diagnostic screen
      • Electrical system Overview Ground locations
      • Electrical system Overview Diodes
      • Electrical system Electrical test How to measure resistance of a component
      • Electrical system Electrical test How to check continuity and/or measure resistance of the wiring harness
      • Electrical system Electrical test How to check for an open circuit (continuity / resistance method)
      • Electrical system Electrical test – How to check for an open circuit (voltage check method)
      • Electrical system Electrical test How to check for a short to ground condition
      • Electrical system Electrical test How to check for a short to voltage condition
      • Electrical system Electrical test Relay
      • Battery Electrical test using DATAR
      • Fuel injection system Electrical test fuel pump timing using DATAR equipment
      • Electrical system Problem solving Intermittent electrical faults
    • Engine intake and exhaust system 014
      • Air cleaner restriction sensor Disconnect
      • Air cleaner restriction sensor Connect
      • Air cleaner restriction sensor Disconnect
      • Air cleaner restriction sensor Connect
      • Air cleaner restriction sensor Remove
      • Air cleaner restriction sensor Install
      • Air cleaner restriction sensor Remove
      • Air cleaner restriction sensor Install
    • Harnesses and connectors 100
      • Harnesses and connectors Identification Upper Roof (OR) / Cab Lights (CL) / Steering Column (SC) / Display Adapter (DA) / Cab
      • Harnesses and connectors Identification Hydraulic Valves (HY) / Left Main (LH) / Front Lower (FL) / Right Main (RH) / Straw Hood
      • Harnesses and connectors Identification Right-hand Console (RC) / Feeder (FE) / Front Platform (FP)
      • Harnesses and connectors Identification Engine (EN) / Grid Heater (GH) / Exhaust (EX)
      • Wiring harnesses Electrical schematic sheet 01 Blank
      • Wiring harnesses Electrical schematic sheet 02 – Power distribution
      • Wiring harnesses Electrical schematic sheet 03 – Starting and charging
      • Wiring harnesses Electrical schematic sheet 04 – Chassis grounds (cab)
      • Wiring harnesses Electrical schematic sheet 05 – Chassis grounds (cab)
      • Wiring harnesses Electrical schematic sheet 06 – Chassis grounds
      • Wiring harnesses Electrical schematic sheet 07 – Power and ground (Universal Control Module (UCM))
      • Wiring harnesses Electrical schematic sheet 08 – Power and ground (Intermediate Control Unit (ICM))
      • Wiring harnesses Electrical schematic sheet 09 – Distribution (Universal Control Module (UCM))
      • Wiring harnesses Electrical schematic sheet 10 – Distribution (Universal Control Module (UCM))
      • Wiring harnesses Electrical schematic sheet 11 – Distribution (Universal Control Module (UCM))
      • Wiring harnesses Electrical schematic sheet 12 – Right Hand Module (RHM) and Multi-Function Handle (MFH)
      • Wiring harnesses Electrical schematic sheet 13 – Header reel control
      • Wiring harnesses Electrical schematic sheet 14 – Header reel control
      • Wiring harnesses Electrical schematic sheet 15 – Header reel control
      • Wiring harnesses Electrical schematic sheet 16 – Precision farming
      • Wiring harnesses Electrical schematic sheet 17 – Header height control and ride control
      • Wiring harnesses Electrical schematic sheet 18 – Header height, tilt, and type control
      • Wiring harnesses Electrical schematic sheet 19 – Unload
      • Wiring harnesses Electrical schematic sheet 20 – Feeder, separator and chaff spreader
      • Wiring harnesses Electrical schematic sheet 21 – Feeder, separator and chaff spreader
      • Wiring harnesses Electrical schematic sheet 22 – Concave and cleaning fan control
      • Wiring harnesses Electrical schematic sheet 23 – Rotor / Grain Tank (GT) covers control
      • Wiring harnesses Electrical schematic sheet 24 – Grain Tank (GT) covers control and sieve control
      • Wiring harnesses Electrical schematic sheet 25 – Sieve control
      • Wiring harnesses Electrical schematic sheet 26 – Ground drive
      • Wiring harnesses Electrical schematic sheet 27 – Vertical knife
      • Wiring harnesses Electrical schematic sheet 28 – Spreader position
      • Wiring harnesses Electrical schematic sheet 29 – Shaft speeds
      • Wiring harnesses Electrical schematic sheet 30 – Shaft speeds
      • Wiring harnesses Electrical schematic sheet 31 – Instrumentation
      • Wiring harnesses Electrical schematic sheet 32 – Instrumentation
      • Wiring harnesses Electrical schematic sheet 33 – Lighting
      • Wiring harnesses Electrical schematic sheet 34 – Lighting road, distance and side / exit
      • Wiring harnesses Electrical schematic sheet 35 – Lighting roof
      • Wiring harnesses Electrical schematic sheet 36 – Lighting rear work and unload tube
      • Wiring harnesses Electrical schematic sheet 37 – European headlights
      • Wiring harnesses Electrical schematic sheet 38 – European raised headlights
      • Wiring harnesses Electrical schematic sheet 39 – Lighting marker lights
      • Wiring harnesses Electrical schematic sheet 40 – Lighting turn / warning
      • Wiring harnesses Electrical schematic sheet 41 – Lighting turn / warning
      • Wiring harnesses Electrical schematic sheet 42 – Lighting header
      • trailer and park brake
      • Wiring harnesses Electrical schematic sheet 43 – Service lights
      • Wiring harnesses Electrical schematic sheet 44 – Service lights
      • Wiring harnesses Electrical schematic sheet 45 – Grain tank level and beacon lights
      • Wiring harnesses Electrical schematic sheet 46 – Horn, interior lights, back lighting
      • Wiring harnesses Electrical schematic sheet 47 – Engine control
      • Wiring harnesses Electrical schematic sheet 48 – Engine control
      • Wiring harnesses Electrical schematic sheet 49 – Engine control
      • Wiring harnesses Electrical schematic sheet 50 – Engine control, grid heater and throttle
      • Wiring harnesses Electrical schematic sheet 51 – Exhaust system
      • Wiring harnesses Electrical schematic sheet 52 – Exhaust system
      • Wiring harnesses Electrical schematic sheet 53 – Auxiliary power outlets
      • Wiring harnesses Electrical schematic sheet 54 – Wiper and washer, cooler box
      • Wiring harnesses Electrical schematic sheet 55 – Power mirrors
      • Wiring harnesses Electrical schematic sheet 56 – Backup alarm, cab pressure, air seat
      • Wiring harnesses Electrical schematic sheet 57 – Heating, ventilation and air conditioning
      • Wiring harnesses Electrical schematic sheet 58 – Heating, ventilation and air conditioning
      • Wiring harnesses Electrical schematic sheet 59 – Entertainment radio
      • Wiring harnesses Electrical schematic sheet 60 – RS 232
      • Wiring harnesses Electrical schematic sheet 61 – Autoguidance
      • Wiring harnesses Electrical schematic sheet 62 – Autoguidance
      • Wiring harnesses Electrical schematic sheet 63 – Controller Area Network (CAN) bus 1
      • Wiring harnesses Electrical schematic sheet 64 – Controller Area Network (CAN) bus 1 and CAN bus 3
      • Wiring harnesses Electrical schematic sheet 65 – Controller Area Network (CAN) bus 1 and CAN bus 4 (Engine Control Unit (ECU) fl
      • Wiring harnesses Electrical schematic sheet 66 – Telematics
      • Wiring harnesses Electrical schematic sheet 67 – Ground locations
      • Wiring harnesses Electrical schematic sheet 01 Power and starting (engine schematics)
      • Wire connectors Component Diagram 00 – Connectors X-FPT_04 to X009
      • Wire connectors Component diagram 01 – Connectors X010 to X019
      • Wire connectors Component diagram 02 – Connectors X020 to X029
      • Wire connectors Component diagram 03 – Connectors X030 to X039
      • Wire connectors Component diagram 04 – Connectors X040 to X049
      • Wire connectors Component diagram 05 – Connectors X050 to X059
      • Wire connectors Component diagram 06 – Connectors X060 to X069
      • Wire connectors Component diagram 07 – Connectors X070 to X079
      • Wire connectors Component diagram 08 – Connectors X080 to X089
      • Wire connectors Component diagram 09 – Connectors X090 to X099
      • Wire connectors Component diagram 10 – Connectors X100 to X109
      • Wire connectors Component diagram 11 – Connectors X110 to X119
      • Wire connectors Component diagram 12 – Connectors X120 to X129
      • Wire connectors Component diagram 13 – Connectors X130 to X139
      • Wire connectors Component diagram 14 – Connectors X140 to X149
      • Wire connectors Component diagram 15 – Connectors X150 to X159
      • Wire connectors Component diagram 16 – Connectors X160 to X169
      • Wire connectors Component diagram 17 – Connectors X170 to X179
      • Wire connectors Component diagram 18 – Connectors X180 to X189
      • Wire connectors Component diagram 19 – Connectors X190 to X199
      • Wire connectors Component diagram 20 – Connectors X200 to X209
      • Wire connectors Component diagram 21 – Connectors X210 to X219
      • Wire connectors Component diagram 22 – Connectors X220 to X229
      • Wire connectors Component diagram 23 – Connectors X230 to X239
      • Wire connectors Component diagram 24 – Connectors X240 to X249
      • Wire connectors Component diagram 25 – Connectors X250 to X259
      • Wire connectors Component diagram 27 – Connectors X270 to X279
      • Wire connectors Component diagram 28 – Connectors X280 to X289
      • Wire connectors Component diagram 29 – Connectors X290 to X299
      • Wire connectors Component diagram 30 – Connectors X300 to X309
      • Wire connectors Component diagram 31 – Connectors X310 to X319
      • Wire connectors Component diagram 32 – Connectors X320 to X329
      • Wire connectors Component diagram 33 – Connectors X330 to X339
      • Wire connectors Component diagram 34 – Connectors X340 to X349
      • Wire connectors Component diagram 35 – Connectors X350 to X359
      • Wire connectors Component diagram 36 – Connectors X360 to X369
      • Wire connectors Component diagram 37 – Connectors X370 to X379
      • Wire connectors Component diagram 38 – Connectors X380 to X389
      • Wire connectors Component diagram 39 – Connectors X390 to X399
      • Wire connectors Component diagram 42 – Connectors X420 to X429
      • Wire connectors Component diagram 43 – Connectors X430 to X439
      • Wire connectors Component diagram 44 – Connector X440 to X449
      • Wire connectors Component diagram 46 – Connectors X460 to X469
      • Wire connectors Component diagram 48 – Connectors X480 to X489
      • Wire connectors Component diagram 50 – Connectors X500 to X509
      • Wire connectors Component diagram 51 – Connectors X510 to X519
      • Wire connectors Component diagram 52 – Connectors X520 to X529
      • Wire connectors Component diagram 56 – Connectors X560 to X569
      • Wire connectors Component diagram 60 – Connectors X600 to X609
      • Wire connectors Component diagram 61 – Connectors X610 to X619
      • Wire connectors Component diagram 62 – Connectors X620 to X629
      • Wire connectors Component diagram 63 – Connectors X630 to X639
      • Wire connectors Component diagram 64 – Connectors X640 to X649
      • Wire connectors Component diagram 65 – Connectors X650 to X659
      • Wire connectors Component diagram 68 – Connectors X680 to X689
      • Wire connectors Component diagram 70 – Connectors X700 to X709
      • Wire connectors Component diagram 71 – Connectors X710 to X719
      • Wire connectors Component diagram 72 – Connectors X720 to X729
      • Wire connectors Component diagram 73 – Connectors X730 to X739
      • Wire connectors Component diagram 74 – Connectors X740 to X749
      • Wire connectors Component diagram 85 – Connectors X850 to X859
      • Wire connectors Component diagram 90 – Connectors X900 to X909
      • Wire connectors Component diagram 91 – Connectors X910 to X919
      • Wire connectors Component diagram 92 – Connectors X920 to X929
      • Wire connectors Component diagram 93 – Connectors X930 to X939
      • Wire connectors Component diagram 94 – Connectors X940 to X949
      • Wire connectors Component diagram 95 – Connectors X950 to X959
      • Wire connectors Component diagram 96 – Connectors X960 to X969
      • Wire connectors Component diagram 97 – Connectors X970 to X979
      • Wire connectors Component diagram 98 – Connectors X980 to X989
      • Wire connectors Component diagram 99 – Connectors X990 and above
      • Wire connectors Component Diagram 00 Connectors X-9000 to X-9009
      • Wire connectors Component diagram 01 Connectors X-9010 to X-9019
      • Wire connectors Component diagram 02 Connectors X-9020 to X-9029
      • Wire connectors Component diagram 04 Connector X-9040 to X-9049
      • Wire connectors Component diagram 10 Connectors X-9100 to X-9109
      • Wire connectors Component diagram 12 Connectors X-9120 to X-9129
      • Wire connectors Component diagram 13 Connectors X-9130 to X-9139
      • Wire connectors Component diagram 14 Connectors X-9140 to X-9149
      • Wire connectors Component diagram 17 Connectors X-9170 to X-9179
      • Wire connectors Component diagram 18 Connectors X-9180 to X-9189
      • Wire connectors Component diagram 19 Connectors X-9190 to X-9199
    • Engine starting system 201
      • Engine starting system Dynamic description
      • Engine starter Remove
      • Engine starter Install
      • Engine starter Remove
      • Engine starter Install
    • Cold start aid 202
      • Cold start aid Dynamic description
    • Alternator 301
      • Alternator Remove
      • Alternator Install
      • Alternator Remove
      • Alternator Install
    • Battery 302
      • Battery Remove
      • Battery Install
    • Warning indicators, alarms, and instruments 408
      • Instrument cluster Overview – A-Post
      • Instrument cluster Overview – A-Post Liquid Crystal Display (LCD)
      • Instrument cluster Overview – A-Post keypad
      • Instrument cluster Overview – A-Post error screen
      • Instrument cluster Overview – A-Post diagnostic menu
      • Instrument cluster Service instruction – A-Post set up screens
      • Instrument cluster Calibrate – Concave
      • Instrument cluster Calibrate – Tailings volume
      • Instrument cluster Calibrate
      • Instrument cluster Calibrate – Header tilt
      • Instrument cluster Calibrate – Hillside combine
      • Instrument cluster Calibrate – Reel drive
      • Instrument cluster Calibrate – Upper sieve
      • Instrument cluster Calibrate – Lower sieve
      • Instrument cluster Calibrate – Spreader position
    • Feeding control system 421
      • Header feeding sensor Header type module Overview
      • Header feeding sensor Calibrate Ground Calibration
    • Cab controls 512
      • Cab controls Identification – Overhead controls
      • Multi-Function Handle (MFH) Remove
      • Multi-Function Handle (MFH) Install
    • Ground speed control 610
      • Ground speed sensor Overview
    • Electronic modules 640
      • Electronic modules Component identification
      • Electronic module Dynamic description Power and Ground circuits for Universal Control Module (UCM)
      • Electrical system Dynamic description Controller Area Network (CAN)
      • Controller Area Network (CAN) data bus Component identification Terminating resistors
    • Precision farming system 785
      • Precision farming system Overview Moisture bypass unit
      • Precision farming system Overview – Grain flow monitor
      • Precision farming system Service instruction – Troubleshooting auger motor
      • Precision farming system Check – Grain flow sensor Light-Emitting Diode (LED) status
      • Precision farming system Adjust – Level (proximity) sensor
      • Precision farming system Cleaning – Moisture Sensor
      • Precision farming system Remove – Moisture sensor
      • Precision farming system Install – Moisture sensor
      • Precision farming system Remove – Sample auger
      • Precision farming system Install – Sample auger
      • Precision farming system Calibrate – Moisture sensor
      • Precision farming system Calibrate – Yield monitor
    • Selective Catalytic Reduction (SCR) electrical system 988
      • Nitrogen Oxides (NOx) sensor Install the downstream and upstream NOx sensors
      • Ammonia (NH3) sensor Install
      • A###-Alarm codes
      • ATC-111Cab sensor open or shorted to power
      • ATC-112Cab sensor shorted to ground
      • ATC-113Outlet temp sensor open or shorted to power
      • ATC-114Outlet temp sensor shorted to ground
      • ATC-115Evaporator sensor open or shorted to power
      • ATC-116Evaporator sensor shorted to ground
      • ATC-120Blower speed select pot open/shorted to power
      • ATC-121Temperature select pot open/shorted to power
      • ATC-122Mode Door potentiometer open circuit or shorted to power
      • ATC-126High pressure switch (+) input shorted to ground
      • ATC-127High pressure switch (-) input shorted to power
      • ATC-129-High pressure cycling error
      • ATC-131Low pressure switch (+) input shorted to ground
      • ATC-132Low pressure switch (-) input shorted to power
      • ATC-134Low pressure switch open for > 1 minute
      • E1344-03Ignition Shorted to high source
      • E1344-04Ignition Shorted to low source
      • E1345-12-Universal Control Module (UCM) Communication Bad intelligent device
      • DTC 1113-Engine coolant temperature sensor voltage is higher than expected
      • DTC 1145-Fuel pressure relief valve reached maximum allowed opening count
      • DTC 115D-ECU temperature sensor 1 is too high
      • DTC 1161-Battery voltage is higher than expected
      • DTC 119A-DEF/AdBlue tank level sensor voltage too high
      • DTC 11CE-Upstream NOx sensor self-diagnosis result is higher than the limit
      • DTC 11E3-Oil temperature sensor voltage is higher than expected
      • DTC 1225-Rail pressure sensor value is above maximum offset
      • DTC 1238-Turbine over speed failure
      • DTC 125D-ECU temperature sensor 2 is too high
      • DTC 1338-Over boost failure
      • DTC 1361-Battery voltage is higher than expected
      • DTC 1374-Intake manifold temperature sensor voltage is higher than expected
      • DTC 13A3-Crankcase pressure sensor voltage is higher than expected
      • DTC 13C4-ECU internal failure Ambient pressure sensor voltage is higher than expected
      • DTC 141A-Downstream SCR catalyst temperature is too high
      • DTC 1425-Fuel rail pressure sensor voltage is higher than expected
      • DTC 1438-Under boost failure
      • DTC 144E-DEF/AdBlue quality sensor internal failure (Concentration value is higher than expected)
      • DTC 1565-Fuel rail pressure has exceeded maximum negative deviation limits
      • DTC 15AA-DEF/AdBlue temperature sensor voltage is higher than expected
      • DTC 15E3-Crankcase pressure too high
      • DTC 15E5-Prefilter fuel pressure sensor voltage is higher than expected
      • DTC 161A-Downstream SCR catalyst temperature sensor voltage is higher than expected
      • DTC 1636-Number of desired injections exceeds threshold
      • DTC 165D-ECU temperature sensor voltage is higher than expected
      • DTC 16B1-Signal Range Check High for Acceleration Pedal Position Device Driver Sensor 1
      • DTC 16E5-Prefilter fuel pressure sensor voltage is lower than expected
      • DTC 1745-Fuel pressure relief valve has reached maximum allowed open time
      • DTC 1758-Exhaust gas pressure sensor voltage is higher than expected
      • DTC 17AA-DEF/AdBlue tank temperature sensor plausibility max threshold
      • DTC 181A-Upstream SCR catalyst temperature too high
      • DTC 184A-Monitoring of over pressure
      • DTC 1865-Fuel rail pressure has exceeded maximum limit
      • DTC 1899-Upstream oxidation catalyst temperature sensor voltage is higher than expected
      • DTC 18D3-Oil pressure sensor voltage is higher than expected
      • DTC 18DE-NH3 sensor short in heater circuit causing overheating
      • DTC 1938-Turbo over speed failure under high ambient pressure conditions
      • DTC 195A-DEF/AdBlue supply module pump motor pressure sensor voltage is higher than expected
      • DTC 19C4-Ambient temperature sensor voltage is higher than expected
      • DTC 1A15-Fuel temperature is too high
      • DTC 1A1A-Upstream SCR catalyst temperature sensor voltage is higher than expected
      • DTC 1A33-Fan speed above maximum threshold
      • DTC 1A4A-DEF/AdBlue over pressure failure
      • DTC 1A4E-DEF/AdBlue quality sensor internal failure (Temperature sensor value is higher than expected)
      • DTC 1B48-Overboost failure in engine brake mode
      • DTC 1B4E-DEF/AdBlue quality sensor internal failure (Temperature sensor value is lower than expected)
      • DTC 1BD3-Oil temperature too high
      • DTC 1C15-Fuel temperature sensor voltage is higher than expected
      • DTC 1C38-Turbo charger speed sensor voltage is higher than expected
      • DTC 1C54-Intake air humidity sensor voltage is higher than expected for too long
      • DTC 1CBE-Downstream NOx sensor self-diagnosis result is higher than the limit
      • DTC 1D64-Intake manifold pressure sensor voltage is higher than expected
      • DTC 1D85-Maximum rail pressure exceeded
      • DTC 2213-Engine coolant temperature sensor voltage is lower than expected
      • DTC 2261-Battery voltage is lower than expected
      • DTC 2265-Fuel rail pressure has exceeded maximum positive deviation limits
      • DTC 229A-DEF/AdBlue tank level sensor voltage too low
      • DTC 22A3-Crankcase pressure too low
      • DTC 22CE-Upstream NOx sensor self-diagnosis result is lower than the limit
      • DTC 22E3-Oil temperature sensor voltage is lower than expected
      • DTC 2325-Rail pressure sensor value is below minimum offset
      • DTC 235D-ECU temperature sensor 1 is too low
      • DTC 245D-ECU temperature sensor 2 is too low
      • DTC 2461-Battery voltage is lower than expected
      • DTC 2474-Intake manifold temperature sensor voltage is lower than expected
      • DTC 24A3-Crankcase pressure sensor voltage is lower than expected
      • DTC 24C4-ECU internal failure Ambient pressure sensor voltage is lower than expected
      • DTC 251A-Downstream SCR catalyst temperature is too low
      • DTC 2525-Fuel rail pressure sensor voltage is lower than expected
      • DTC 254E-DEF/AdBlue quality sensor internal failure (Concentration value is lower than expected)
      • DTC 256E-Upstream NOx sensor internal failure (Heater Short Circuit Error)
      • DTC 258E-Upstream NOx sensor internal failure (Short Circuit Error)
      • DTC 26AA-DEF/AdBlue temperature sensor voltage is lower than expected
      • DTC 26D3-Oil pressure is too low
      • DTC 271A-Downstream SCR catalyst temperature sensor voltage is lower than expected
      • DTC 275D-ECU temperature sensor voltage is lower than expected
      • DTC 2765-Fuel rail pressure has exceeded minimum limit
      • DTC 2838-Turbocharger boost pressure is lower than expected
      • DTC 2858-Exhaust gas pressure sensor voltage is lower than expected
      • DTC 28AA-DEF/AdBlue tank temperature sensor plausibility min threshold
      • DTC 291A-Upstream SCR catalyst temperature too low
      • DTC 294A-DEF/AdBlue under pressure failure
      • DTC 2999-Upstream oxidation catalyst temperature sensor voltage is lower than expected
      • DTC 29D3-Oil pressure sensor voltage is lower than expected
      • DTC 2A5A-DEF/AdBlue supply module pump motor pressure sensor voltage is lower than expected
      • DTC 2AC4-Ambient temperature sensor voltage is lower than expected
      • DTC 2B1A-Upstream SCR catalyst temperature sensor voltage is lower than expected
      • DTC 2B33-Fan speed below minimum threshold
      • DTC 2B36-The minimum rail pressure value necessary to allow fuel injection has not been reached
      • DTC 2CD3-Oil temperature too low
      • DTC 2D15-Fuel temperature sensor voltage is lower than expected
      • DTC 2D38-Turbo charger speed sensor voltage is lower than expected
      • DTC 2D54-Intake air humidity sensor voltage is lower than expected
      • DTC 2D93-High pressure intercooler outlet pressure sensor plausibility check low failure
      • DTC 2DBE-Downstream NOx sensor self-diagnosis result is lower than the limit
      • DTC 2DDA-SCR catalyst efficiency lower than first NOx production threshold level
      • DTC 2E64-Intake manifold pressure sensor voltage is lower than expected
      • DTC 2F3A-DEF/AdBlue tank temperature sensor plausibility failure
      • DTC 319C-Exhaust flap sticking or internal failure
      • DTC 319E-Downstream NOx sensor values are not plausible
      • DTC 325A-DEF/AdBlue supply module pump temperature is too low to activate pump
      • DTC 329C-Exhaust flap actuator supply voltage out of range
      • DTC 32BE-Upstream NOx sensor lambda signal deviation NOx sensor possible removal detected
      • DTC 3312-Compared camshaft and crankshaft speed sensor values are not plausible
      • DTC 334A-DEF/AdBlue pressure stabilization failure
      • DTC 335A-DEF/AdBlue supply module pump motor severe speed deviation
      • DTC 3398-eVGT actuator blocked
      • DTC 344A-DEF/AdBlue dosing system backflow line pressure too high plausibility failure
      • DTC 3498-eVGT power supply electrical failure
      • DTC 352C-Upstream oxidation catalyst temperature sensor comparison to a calculated temperature value failure
      • DTC 354A-DEF/AdBlue general pressure check failure
      • DTC 3598-CAN communication error between ECU and eVGT actuator
      • DTC 362C-Upstream SCR temperature sensor comparison to a calculated temperature value failure
      • DTC 372C-Downstream SCR temperature sensor comparison to a calculated temperature value failure
      • DTC 374A-DEF/AdBlue pressure did not drop when system was evacuated
      • DTC 3754-Intake air humidity sensor value is not plausible
      • DTC 377A-DEF/AdBlue dosing valve is blocked
      • DTC 37B3-Crankcase pressure has exceeded tolerance limit
      • DTC 37EE-NH3 sensor heater performance failure
      • DTC 38CB-NH3 sensor signal is not changing
      • DTC 38EE-NH3 sensor signal out of range failure
      • DTC 3995-Monitoring for pressure loss in the high pressure accumulator (rail test)
      • DTC 3AB1-Diagnostic fault check of synchronism for double potentiometer and Low idle switch(LIS)
      • DTC 3B38-Turbo acceleration higher than expected
      • DTC 3B65-High pressure pump fuel delivery quantity in over run exceeds a maximum threshold
      • DTC 3C65-High pressure pump fuel delivery quantity at low idle is too high
      • DTC 3CAE-Downstream NOx sensor lambda signal deviation NOx sensor possible removal detected
      • DTC 3D1C-DOC upstream temperature sensor signal drift at cold start
      • DTC 3DA3-Crankcase pressure sensor value is not plausible
      • DTC 3DBA-DEF/AdBlue pressure line heater failure and DEF/AdBlue tank temperature is too low
      • DTC 3E1C-SCR upstream temperature sensor signal drift at cold start
      • DTC 3E48-Turbine over speed detected
      • DTC 3F1C-SCR downstream temperature sensor signal drift at cold start
      • DTC 3F48-Turbine irreversible over speed detected
      • DTC 3FDE-Downstream NOx sensor signal and NH3 sensor signal plausibility check failure
      • DTC 4112-Camshaft speed sensor pattern is not plausible
      • DTC 4125-Rail pressure sensor value is intermittent
      • DTC 4155-Fuel metering unit intermittent electrical connection failure
      • DTC 41F3-Engine compression brake high side driver circuit short to battery and low side driver circuit short to ground failure
      • DTC 4212-Camshaft speed sensor values are not plausible
      • DTC 436A-DEF/AdBlue supply module temperature not available
      • DTC 439C-Exhaust flap increased friction or high mechanical load or flap sticking
      • DTC 43CE-Downstream NOx sensor signal is stuck at a constant value
      • DTC 4412-Crankshaft speed sensor pattern is not plausible
      • DTC 4415-Water in fuel detected or water in fuel circuit failure
      • DTC 4465-Fuel pump pressure has exceeded desired pressure limits
      • DTC 4512-Crankshaft speed sensor values are not plausible
      • DTC 45E1-Vehicle speed CAN message not received
      • DTC 464E-DEF/AdBlue quality sensor internal failure (Internal fault)
      • DTC 467A-DEF/AdBlue dosing valve actuator short circuit in high side failure
      • DTC 469C-Exhaust flap stuck during power up test
      • DTC 4761-Engine cranked for too long or key switch failure
      • DTC 478E-Downstream NOx sensor supply voltage is out of range
      • DTC 4898-eVGT system failure
      • DTC 48C3-Crankcase pressure too high
      • DTC 4933-Fan speed signal could not be measured for a period
      • DTC 49C3-Crankcase pressure too high for too long
      • DTC 4A38-Turbo charger speed signal period has exceeded a limit
      • DTC 4A8E-Upstream NOx sensor supply voltage is out of range
      • DTC 4AC3-Crankcase pressure too high and oil pressure too low Fuel in oil suspected
      • DTC 4B84-Air filter clog or circuit failure
      • DTC 4B8A-DEF/AdBlue system unable to build sufficient pressure for dosing
      • DTC 4BB5-Fuel filter clog or circuit failure
      • DTC 4BCA-DEF/AdBlue concentration is out of range
      • DTC 4C4E-DEF/AdBlue quality sensor internal failure (Temperature sensor failure)
      • DTC 4C84-Air filter clog or circuit failure present for a long time
      • DTC 4CB5-Fuel filter switch is failed
      • DTC 4CCA-DEF/AdBlue quality sensor detects diesel fuel in DEF/AdBlue tank
      • DTC 4CDE-NH3 sensor heater control failure
      • DTC 4DCA-DEF/AdBlue quality sensor temperature failure (Different from DEF/AdBlue level temperature)
      • DTC 4DDE-NH3 sensor power supply failure
      • DTC 4EDE-NH3 sensor controller failure
      • DTC 4F15-Water in fuel sensor or sensor circuit failure
      • DTC 5171-After run relay high side driver circuit open failure
      • DTC 51B5-Fuel filter heater actuator has an open load error
      • DTC 5255-Fuel metering unit has an open load error
      • DTC 5316-Open load error of injector in cylinder 1
      • DTC 5416-Open load error of injector in cylinder 4
      • DTC 5416-Open load error of injector in cylinder 5
      • DTC 54F3-Engine compression brake low side driver circuit open failure
      • DTC 5516-Open load error of injector in cylinder 2
      • DTC 5516-Open load error of injector in cylinder 3
      • DTC 5533-Fan clutch solenoid open load failure
      • DTC 5614-Intake air heater actuator has an open load error
      • DTC 5616-Open load error of injector in cylinder 6
      • DTC 569A-DEF/AdBlue tank heater actuator open load failure
      • DTC 5716-Open load error of injector in cylinder 3
      • DTC 5716-Open load error of injector in cylinder 2
      • DTC 5816-Open load error of injector in cylinder 5
      • DTC 5816-Open load error of injector in cylinder 4
      • DTC 5922-Starter relay low side driver circuit open failure
      • DTC 5971-After run relay low side driver circuit open or short to ground failure
      • DTC 5B61-Auxiliary power relay low side driver circuit open failure
      • DTC 5E5A-DEF/AdBlue reverting valve driver circuit open failure
      • DTC 613A-DEF/AdBlue supply module pump motor short circuit to battery failure
      • DTC 6226-Short circuit in injector 1
      • DTC 624E-DEF/AdBlue quality sensor internal failure (Short circuit to battery error)
      • DTC 627A-DEF/AdBlue dosing valve actuator short circuit to battery in high side failure
      • DTC 62F3-Engine compression brake high side driver circuit short to battery failure
      • DTC 6326-Short circuit error of injector in cylinder 4
      • DTC 6326-Short circuit in injector 5
      • DTC 6371-After run relay high side driver circuit short to battery failure
      • DTC 63B5-Fuel filter heater actuator is shorted to battery voltage
      • DTC 6422-Auxiliary power relay low side driver circuit short to battery failure
      • DTC 6426-Short circuit error of injector in cylinder 2
      • DTC 6426-Short circuit error of injector in cylinder 3
      • DTC 6455-Fuel metering unit is shorted to battery voltage at the high side
      • DTC 6471-After run relay high side driver circuit short to ground failure
      • DTC 647A-DEF/AdBlue dosing valve actuator short circuit to battery failure
      • DTC 647D-Supply UB1 short to battery failure
      • DTC 649A-DEF/AdBlue tank heater actuator short circuit to battery failure
      • DTC 6526-Short circuit error of injector in cylinder 6
      • DTC 6626-Short circuit error of injector in cylinder 3
      • DTC 6626-Short circuit error of injector in cylinder 2
      • DTC 6655-Fuel metering unit is shorted to battery voltage at the low side
      • DTC 667D-Supply UB2 short to battery failure
      • DTC 66F3-Engine compression brake low side driver circuit short to battery failure
      • DTC 6722-Starter relay high side driver circuit short to battery failure
      • DTC 6726-Short circuit error of injector in cylinder 5
      • DTC 6726-Short circuit error of injector in cylinder 4
      • DTC 6733-Fan clutch solenoid short circuit to battery failure
      • DTC 6771-After run relay low side driver circuit short to battery failure
      • DTC 684E-DEF/AdBlue quality sensor internal failure (Temperature sensor circuit short to battery)
      • DTC 687D-Supply UB3 short to battery failure
      • DTC 6A14-Intake air heater actuator is shorted to battery voltage
      • DTC 6B22-Starter relay low side driver circuit short to battery failure
      • DTC 6C5A-DEF/AdBlue reverting valve driver circuit short to battery failure
      • DTC 7116-Injection bank 1 short circuit failure (all injectors of the same bank can be affected)
      • DTC 717A-DEF/AdBlue dosing valve actuator short circuit to ground in high side failure
      • DTC 7216-Injection bank 2 short circuit failure (all injectors of the same bank can be affected)
      • DTC 723A-DEF/AdBlue supply module pump motor short circuit to ground failure
      • DTC 734E-DEF/AdBlue quality sensor internal failure (Short circuit to ground error)
      • DTC 737A-DEF/AdBlue dosing valve actuator short circuit to ground failure
      • DTC 73F3-Engine compression brake high side driver circuit short to ground failure
      • DTC 74B5-Fuel filter heater actuator is shorted to ground
      • DTC 7522-Auxiliary power relay low side driver circuit short to ground failure
      • DTC 7555-Fuel metering unit is shorted to ground at the high side
      • DTC 757D-Supply UB1 circuit short to ground failure
      • DTC 759A-DEF/AdBlue tank heater actuator short circuit to ground failure
      • DTC 7755-Fuel metering unit is shorted to ground at the low side
      • DTC 777D-Supply UB2 short to ground failure
      • DTC 77F3-Engine compression brake low side driver circuit short to ground failure
      • DTC 7822-Starter relay high side driver circuit short to ground failure
      • DTC 7833-Fan clutch solenoid short circuit to ground failure
      • DTC 794E-DEF/AdBlue quality sensor internal failure (Temperature sensor circuit short to ground)
      • DTC 797D-Supply UB3 short to ground failure
      • DTC 7A61-Auxiliary power relay high side driver circuit short to ground failure
      • DTC 7C14-Intake air heater actuator is shorted to ground
      • DTC 7C22-Starter relay low side driver circuit short to ground failure
      • DTC 7D5A-DEF/AdBlue reverting valve driver circuit short to ground failure
      • DTC 8271-After run relay high side ECU driver circuit over temperature failure
      • DTC 82B5-Fuel filter heater ECU driver has an over temperature error
      • DTC 8322-Auxiliary power relay low side ECU driver circuit over temperature failure
      • DTC 833A-DEF/AdBlue supply module pump motor over temperature failure
      • DTC 8355-Fuel metering unit has an over-temperature error
      • DTC 857A-DEF/AdBlue dosing valve actuator over temperature failure
      • DTC 85F3-Engine compression brake low side driver circuit over temperature failure
      • DTC 8633-Fan clutch solenoid ECU driver over temperature failure
      • DTC 8671-After run relay low side ECU driver circuit over temperature failure
      • DTC 879A-DEF/AdBlue tank heater actuator over temperature failure
      • DTC 879C-Exhaust flap actuator is over temperature
      • DTC 8814-Intake air heater ECU driver has an over-temperature error
      • DTC 8998-eVGT actuator over temperature error
      • DTC 8A22-Starter relay low side ECU driver circuit over temperature failure
      • DTC 8DAA-DEF/AdBlue tank temperature is not within acceptable limits
      • DTC 8F5A-DEF/AdBlue reverting valve driver circuit over temperature failure
      • DTC 911B-CAN A Bus off passive failure
      • DTC 91BC-CAN timeout error from exhaust flap actuator
      • DTC 91CB-CAN communication failure between vehicle controller and ECU controller TSC1_VE message
      • DTC 92CB-CAN communication failure between vehicle controller and ECU controller TSC1_VE message
      • DTC 92EE-CAN timeout error from NH3 sensor NH3Sens message
      • DTC 931B-CAN C Bus off passive failure
      • DTC 936B-CAN communication failure between vehicle controller and ECU BC2ECU1 message
      • DTC 93CB-CAN communication failure between vehicle controller and ECU controller TSC1_VR message (Engine brake)
      • DTC 94CB-CAN communication failure between vehicle controller and ECU controller TSC1_VR message (Engine brake)
      • DTC 94FB-External engine shutdown request received
      • DTC 951B-CAN A Bus off failure
      • DTC 956B-CAN communication failure between vehicle controller and ECU BC2ECU2 message
      • DTC 96EE-CAN timeout error from NH3 sensor NH3Fac message
      • DTC 971B-CAN C Bus off failure
      • DTC 9741-CAN timeout error from cruise control vehicle speed (CCVS)
      • DTC 978B-CAN timeout error from transmission Transmission fluids (TF) message
      • DTC 98BB-CAN communication failure between vehicle controller and ECU controller TSC1_PE message
      • DTC 99BB-CAN communication failure between vehicle controller and ECU controller TSC1_PE message
      • DTC 9A98-CAN timeout error from eVGT Actuator
      • DTC 9AAA-CAN timeout error Urea tank level
      • DTC 9AEA-CAN timeout error from DEF/AdBlue quality sensor
      • DTC 9B7B-CAN communication error between vehicle controller to ECU
      • DTC 9D63-CAN timeout error from coolant water pump actuator
      • DTC 9D6E-CAN timeout error from downstream NOx sensor
      • DTC 9E6E-CAN timeout error from upstream NOx sensor
      • DTC A36E-Downstream NOx sensor internal failure (Heater Performance Plausibility Error)
      • DTC A66E-Upstream NOx sensor internal failure (Heater Performance Plausibility Error)
      • DTC E126-ECU internal failure Injector CY33x component
      • DTC E13D-ECU internal failure Loss of synchronization to MM from CPU
      • DTC E16D-There was an error during Write/Read EEPROM operation
      • DTC E16E-Downstream NOx sensor internal failure (Heater Open Circuit Error)
      • DTC E18E-Downstream NOx sensor internal failure (Open Circuit Error)
      • DTC E1DD-ECU internal failure Post injection quantity
      • DTC E1FD-ECU internal failure Fuel calibration
      • DTC E21D-ECU internal failure NTP error in ADC monitoring
      • DTC E22D-ECU internal failure Sensor 5 volt supply 1
      • DTC E23D-ECU internal failure ECU shutdown test failure
      • DTC E26D-ECU internal failure EEPROM erase error
      • DTC E26E-Downstream NOx sensor internal failure (Heater Short Circuit Error )
      • DTC E28E-Downstream NOx sensor internal failure (Short Circuit Error)
      • DTC E2DD-ECU internal failure Post injection shut-off failure
      • DTC E31D-ECU internal failure ADC test
      • DTC E32D-ECU internal failure Sensor 5 volt supply 2
      • DTC E336-ECU internal failure Internal SPI injector related timeout error
      • DTC E33D-ECU internal failure Wrong set response time
      • DTC E36D-ECU internal failure EEPROM read error
      • DTC E3DD-Post injection efficiency failure
      • DTC E41D-ECU internal failure Voltage ratio in ADC monitoring
      • DTC E42D-ECU internal failure Sensor 5 volt supply 3
      • DTC E43D-ECU internal failure SPI errors during MoCSOP execution
      • DTC E46D-ECU internal failure EEPROM write error
      • DTC E46E-Upstream NOx sensor internal failure (Heater Open Circuit Error)
      • DTC E48E-Upstream NOx sensor internal failure (Open Circuit Error)
      • DTC E4DD-Fuel injection requested during overrun
      • DTC E51D-ECU internal failure Query/response communication errors
      • DTC E52D-ECU internal: Error Sensor supplies Voltage Tracker
      • DTC E536-Engine speed limitation via fuel injection cut off is active
      • DTC E53D-ECU internal failure Undervoltage monitoring error
      • DTC E55D-ECU temperature sensor error detected
      • DTC E56D-ECU EEPROM memory failure EEPData1 block
      • DTC E5B1-ECU internal failure Accelerator pedal position sensor
      • DTC E5DD-ECU internal failure Injection quantity correction
      • DTC E61D-ECU internal failure SPI communication error
      • DTC E62D-12V sensor supply 1 voltage is too high
      • DTC E63D-ECU internal failure WDA is not working correctly
      • DTC E64D-ECU internal failure
      • DTC E698-eVGT motor effort too high
      • DTC E69D-ECU internal failure Timeout in the shut off path test error
      • DTC E6DD-ECU internal failure Rail pressure plausibility
      • DTC E6DE-NH3 sensor open or short in measuring cell circuit
      • DTC E71D-ECU internal failure ROM error
      • DTC E72D-12V sensor supply 1 voltage is too low
      • DTC E73D-ECU internal failure Alarm task period error
      • DTC E79D-ECU internal failure Overvoltage monitoring error
      • DTC E7DD-ECU internal failure Torque request comparison
      • DTC E7DE-NH3 sensor open or short in ground circuit
      • DTC E812-ECU internal failure Calculated engine speed
      • DTC E81D-ECU internal failure 'WDA active' reported due to errors in query/response communication
      • DTC E82D-internal 12V supply voltage is too high
      • DTC E83D-ECU internal failure Positive test failed
      • DTC E8DD-ECU internal failure Torque request due to fuel pressure exceeds maximum torque limit
      • DTC E91D-ECU internal failure 'ABE active' reported due to undervoltage detection
      • DTC E92D-internal 12V supply voltage is too low
      • DTC E98E-Upstream NOx sensor values are not plausible
      • DTC E9DD-ECU internal failure Torque request due to air control exceeds maximum torque limit
      • DTC E9DE-NH3 sensor open in heater circuit causing underheating
      • DTC EA1D-ECU internal failure 'ABE active' reported due to overvoltage detection
      • DTC EADD-ECU internal failure Torque request exceeds maximum torque limit
      • DTC EADE-NH3 sensor open or short in temperature cell circuit
      • DTC EB1D-ECU internal failure 'WDA/ABE active' reported
      • DTC EBDD-ECU 5 volt supply voltage is higher than expect

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