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Iveco Trakker Euro 6 Bodybuilders Instructions Manual 2013 – Chassis Modifications, PTO & SCR Guide

Original price was: $34.95.Current price is: $21.95.

Official IVECO bodybuilder instructions for the Trakker Euro 6 range (doc 603.95.646, issue 2013). Covers chassis interventions, superstructure applications, power take-offs, electronic subsystems and SCR exhaust system guidance for upfitters and converters.

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Description

Iveco Trakker Euro 6 Bodybuilders Instructions Manual

This Iveco Trakker Euro 6 Bodybuilders Instructions Manual (publication number 603.95.646, issue 2013) is the working reference for workshops, bodybuilders and upfitters converting the Trakker Euro 6 chassis. It sets out the technical rules, dimensions, permitted masses, and step-by-step procedures required to fit or transform the original vehicle while preserving its functionality, safety and reliability. The manual is written for qualified, specialised staff and covers the full scope of bodybuilding work: chassis modification, superstructure mounting, power take-off installation, electrical and electronic interfacing, and the AdBlue/SCR exhaust system.

File Details

  • Manual type: Bodybuilder / upfitter instructions manual
  • Brand: IVECO
  • Model range: Trakker Euro 6 (heavy range)
  • Language: English
  • Publication number: 603.95.646
  • Base / issue date: 09/2013 – Issue 2013
  • Page count: 212
  • File format: PDF

Chapters Covered

  • Section 1 – General Information: scope of the guidelines, technical documentation, IVECO authorisation, responsibilities, legislative requirements, multi-stage approval, guarantees, quality system management, accident prevention, ecology and recycling, vehicle management by the bodybuilder, vehicle names, trademarks and symbols, dimensions and ground, instructions for proper functioning and accessibility, conventions
  • Section 2 – Chassis Interventions: general chassis modification standards, drills on the chassis, rust and paint protection, wheelbase modification, rear overhang modification, installing the tow hook, assembling an additional axle, gearbox modification, modifying the engine air intake and exhaust systems, engine cooling system, additional heating and air conditioning, work on the cab, changing tyre size, work on the braking system, electrical system current interventions and draws, part relocation and anchorage, transport of hazardous materials (ADR), installing a retarder, under-run protection bar, rear mud guards and wheel arches, rain flap, side protections, wheel chocks
  • Section 3 – Applications of Superstructures: construction of the counter chassis, elements making up the counter chassis, connection between chassis and counter chassis, container application (fixed bodies, tipper bodies, heavy-duty and light-duty services, roll-off containers), tractor for semi-trailer (fifth wheel, advancement, supporting structure), transport of inseparable materials, installation of tanks and loose material containers, installing a crane (behind cab, rear overhang, removable), vehicles for council/fire service and special uses, front installation of snow plough attachments, application of a winch, concrete mixer installation, interchangeable outfits
  • Section 4 – Power Take-Offs: general specifications, PTO from gearbox, PTO from transfer box, PTO from drive line, PTO from engine (front and rear), PTO management, standard configurations, EM Expansion Module wiring and connections
  • Section 5 – Electronic Sub-Systems: electronic systems overview, bodybuilder connectors, FMS Fleet Management System, electrical circuit modifications, electrical system current interventions and draws
  • Section 6 – Special Instructions for SCR Exhaust System: general information, the nitrogen oxide catalytic reduction principle, interventions on the AdBlue tank, moving AdBlue system components, operations on pipes for AdBlue and heating water

Section 1 establishes the working relationship between IVECO and the bodybuilder, including who is responsible for what, when formal authorisation is required, and how multi-stage approval works under Directive 2007/46/EC. Section 2 is the technical core for anyone cutting, drilling, welding or reinforcing the Trakker Euro 6 chassis: it lists the permitted materials, hole sizes and edge distances, side member section dimensions, weld preparation and cooling rules, and how to protect the frame against corrosion after modification. It also covers wheelbase and rear overhang changes, tow hook and drawbar coupling installation, additional axles, and gearbox adjustments for altered driveline angles. Section 3 turns to the superstructure itself – counter chassis construction, cross members, stiffening methods, and the elastic versus rigid connection choices that determine how much the added structure contributes to overall rigidity. It then walks through specific fit-outs: fixed and tipper bodies, roll-off containers, semi-trailer tractors, tanks, cranes (behind cab and rear overhang), snow plough attachments, winches, concrete mixers and interchangeable outfits. Section 4 covers the full power take-off landscape: gearbox, transfer box, drive line and engine PTOs, with torque tables, ratio tables, maximum length tables and the EM Expansion Module wiring diagrams needed to integrate PTOs with the vehicle’s electronic management. Section 5 explains the Easy Mux electronic architecture, the bodybuilder connectors inside the cab and on the frame, FMS connection, and the rules for drawing current or modifying the electrical system without compromising safety or warranty. Section 6 addresses the Hi-e SCR exhaust system: AdBlue dosing and supply modules, tank options and materials, pipe routing, siphoning requirements, and the strict cleanliness and assembly sequence rules that apply whenever the AdBlue circuit is disturbed.

What This Manual Gives the Bodybuilder

The Iveco Trakker Euro 6 Bodybuilders Instructions is not a generic guide. It is the chassis-specific rulebook for the Trakker Euro 6 range, and it exists because converting a heavy commercial vehicle incorrectly has consequences: cracked side members, voided warranty, failed approval, unstable handling, overheated brakes, or an AdBlue system that crystallises and stops working. Every procedure in the manual is tied to the actual dimensions, materials and system architecture of the Trakker Euro 6, so the bodybuilder is not guessing.

For chassis work, the manual gives the permitted static stress limit, the side member section dimensions for each model, the minimum edge distances for new holes, the weld preparation angles, the reinforcement sizing tables for wheelbase elongation and rear overhang changes, and the cross member spacing rules. It also explains when IVECO authorisation is mandatory – for example, particular wheelbase changes, work on the braking system, steering modifications, stabiliser bar changes, cab and cab mount modifications, intake/exhaust/SCR component changes, retarder fitting, PTO applications, tyre size variations, and hook organism modifications. Getting this wrong can void the guarantee, and the manual states that plainly.

Complete PDF Bookmark Tree

Complete Bookmarks

The complete bookmarks in the β€œIveco Trakker Euro 6 Bodybuilders Instructions Manual 2013 – Chassis Modifications, PTO & SCR Guide” are as follows:

TRAKKER Euro 6
UPDATE DATAp. 3
INTRODUCTIONp. 5
SYMBOLS – WARNINGSp. 5
INDEX OF SECTIONSp. 7
Section 1 – GENERAL INFORMATIONp. 9
Indexp. 11
1.1 SCOPE OF THE GUIDELINESp. 13
1.2 TECHNICAL DOCUMENTATION AVAILABLE ELECTRONICALLYp. 13
1.3 IVECO AUTHORISATIONp. 13
1.4 AUTHORISATION REQUESTp. 14
1.5 RESPONSIBILITIESp. 14
1.6 LEGISLATIVE REQUIREMENTSp. 14
1.7 MULTI-STAGE APPROVAL – COLLABORATION (only for EU countries, Switzerland and Turkey)p. 14
1.8 GUARANTEESp. 15
1.9 QUALITY SYSTEM MANAGEMENTp. 16
1.10 ACCIDENT PREVENTIONp. 16
1.11 CHOICE OF MATERIALS TO USE: ECOLOGY – RECYCLINGp. 16
1.12 VEHICLE MANAGEMENT ON THE PART OF BODYBUILDERp. 17
Acceptance of chassisp. 17
Maintenancep. 17
Delivery of the vehicle to the final customerp. 17
1.13 VEHICLE NAMESp. 18
Commercial namep. 18
1.14 TRADEMARKS AND SYMBOLSp. 18
1.15 DIMENSIONS AND GROUNDp. 19
General informationp. 19
Weighing of the chassisp. 19
Vehicle adaptabilityp. 19
Determination of the centre of gravity of the superstructure and the payloadp. 19
Positioning on the longitudinal planep. 19
Height of centre of gravityp. 21
1. Fixed loadsp. 22
2. Mobile loadsp. 22
3. Loads that result in increased aerodynamic actionsp. 22
implementation of stabiliser barsp. 23
Exceeding the limitsp. 23
Respect of the permitted massesp. 23
Variations on permitted massesp. 23
1.16 INSTRUCTIONS FOR PROPER FUNCTIONING OF THE VEHICLE PARTS AND ACCESSIBILITYp. 24
1.17 CONVENTIONSp. 25
Section 2 – CHASSIS INTERVENTIONSp. 27
Indexp. 29
2.1 GENERAL CHASSIS MODIFICATION STANDARDSp. 31
Preventive measuresp. 31
Precautions for alternators and electric/electronic componentsp. 32
Earth connectionp. 32
Braking and electrical systemsp. 32
Characteristics of the material used in chassis modificationsp. 32
Stresses on the chassisp. 33
2.2 DRILLS ON THE CHASSISp. 33
Hole position and sizep. 33
Screws and nutsp. 34
Weldsp. 34
Weld operationsp. 35
Sealing holes by weldingp. 36
2.3 RUST AND PAINT PROTECTIONp. 36
Original vehicle partsp. 37
Added or modified partsp. 39
Precautionsp. 39
On the vehiclep. 39
Engines and their electric/electronic componentsp. 40
2.4 WHEELBASE MODIFICATIONp. 40
General informationp. 40
Authorisationp. 40
Effects on steeringp. 41
Effects on brakingp. 41
Intervention procedurep. 42
Additional informationp. 42
Checking chassis stressp. 42
Cross membersp. 42
Gearbox modificationsp. 43
2.5 REAR OVERHANG MODIFICATIONp. 43
General informationp. 43
Authorisationp. 43
Chassis Shorteningp. 44
Elongationp. 44
2.6 INSTALLING THE TOW HOOKp. 45
General informationp. 45
Precautions for Installationp. 45
Towing hooks for conventional trailersp. 46
Drawbar couplings for centre axle trailersp. 46
Example of calculations for connection device class for centre axle trailersp. 48
Rear crossbar in lowered positionp. 51
Tow beam in a lowered and forward position (close coupling) for centre axle trailersp. 54
Standard crossbar reinforcementsp. 54
Observations on payloadp. 55
Increase of tow weightp. 55
Platesp. 55
2.7 ASSEMBLING AN ADDITIONAL AXLEp. 56
General informationp. 56
Reinforcements on the chassisp. 56
Added axlep. 57
a) rearp. 57
b) centralp. 57
Steering axlesp. 58
Suspensionp. 58
Parabolic suspensionp. 59
Stabiliser barsp. 59
Attachments to the chassisp. 59
Brake systemp. 59
Lifting devicep. 60
2.8 GEARBOX MODIFICATIONp. 60
Lengths allowedp. 61
Pipe thicknessp. 62
Positioning the sectionsp. 63
2.9 MODIFYING THE ENGINE AIR INTAKE AND EXHAUST SYSTEMSp. 65
Intakep. 65
Engine exhaustp. 66
2.10 MODIFYING THE ENGINE COOLING SYSTEMp. 66
2.11 INSTALLING AN ADDITIONAL HEATING SYSTEMp. 67
2.12 INSTALLING AN AIR CONDITIONING SYSTEMp. 68
2.13 WORK ON THE CABp. 68
General informationp. 68
Work on the roofp. 69
2.14 CHANGING TYRE SIZEp. 69
2.15 WORK ON THE BRAKING SYSTEMp. 70
General informationp. 70
Brake pipesp. 71
Plastic pipesp. 71
Preparation and assembly (IVECO STD 17-2403)p. 71
Vehicle pipe installationp. 72
ABS electronic brake control devicesp. 73
Withdrawing air from the cooling systemp. 73
2.16 ELECTRICAL SYSTEM: CURRENT INTERVENTIONS AND DRAWSp. 74
2.17 PART RELOCATION AND ANCHORAGE OF ADDITIONAL UNITS AND EQUIPMENTp. 74
2.18 TRANSPORT OF HAZARDOUS MATERIALS (ADR)p. 76
2.19 INSTALLING A RETARDERp. 78
2.20 MODIFYING THE UNDER-RUN PROTECTION BARp. 78
2.21 REAR MUD GUARDS AND WHEEL ARCHESp. 78
2.22 RAIN FLAPp. 79
2.23 SIDE PROTECTIONSp. 79
2.24 WHEEL CHOCKSp. 81
Section 3 – APPLICATIONS OF SUPERSTRUCTURESp. 83
Indexp. 85
3.1 CONSTRUCTION OF THE COUNTER CHASSISp. 87
Materialp. 87
Sizing of profilesp. 87
3.2 ELEMENTS MAKING UP THE COUNTER CHASSISp. 88
Longitudinal profilesp. 88
Cross membersp. 92
Stiffening of the counter chassisp. 92
Self-supporting superstructures with counter chassis functionsp. 94
3.3 CONNECTION BETWEEN CHASSIS AND COUNTER CHASSISp. 94
Choosing the type of connectionp. 94
Connection characteristicsp. 94
Connection with bracketsp. 95
Connections with greater elasticityp. 96
Connections with clevis fasteners or clampsp. 96
Connection with longitudinal and transverse sealing plates (rigid junction)p. 97
Mixed connectionp. 98
3.4 CONTAINER APPLICATIONp. 99
Fixed bodiesp. 99
Tipper bodiesp. 101
Heavy-duty servicesp. 103
Light-duty servicesp. 104
Roll off containersp. 105
3.5 TRACTOR FOR SEMI-TRAILERp. 106
Fifth wheelp. 106
Fifth wheel advancementp. 106
Tractor and semi-trailer combinationp. 107
Fifth wheel supporting structurep. 109
Assembly instructions for models: 400T and 440Tp. 110
Assembly instructions for 720T models – With crossbar (Opt. 7727 – 7728)p. 111
Application of a collaborating structure to the vehicle chassisp. 111
Adjustable height fifth wheelp. 113
3.6 TRANSPORT OF INSEPARABLE MATERIALS (TRAILER TRUCKS)p. 113
3.7 INSTALLATION OF TANKS AND LOOSE MATERIAL CONTAINERSp. 113
3.8 INSTALLING A CRANEp. 115
Crane behind cabp. 117
Crane at rear overhangp. 120
Removable cranesp. 121
3.9 VEHICLES FOR COUNCIL, FIRE SERVICE AND SPECIAL USESp. 122
3.10 FRONT INSTALLATION OF SNOW PLOUGH ATTACHMENTSp. 122
3.11 APPLICATION OF A WINCHp. 122
3.12 CONCRETE MIXER INSTALLATIONp. 123
Concrete mixer outfitting with EuroTronic gearboxp. 125
3.13 INTERCHANGEABLE OUTFITSp. 125
Section 4 – POWER TAKE-OFFSp. 127
Indexp. 129
4.1 GENERAL SPECIFICATIONSp. 131
4.2 PTO FROM GEARBOXp. 133
4.3 POWER TAKE-OFF FROM TRANSFER BOXp. 135
4.4 POWER TAKE-OFF FROM DRIVE LINEp. 135
4.5 POWER TAKE-OFF FROM ENGINEp. 136
Torque PTO from the front of the enginep. 136
Torque PTO from the rear of the enginep. 136
Multipower PTO on engine fly-wheelp. 136
Power take-off from the camshaft gearingp. 137
Direct pump applicationp. 138
Connection with cardan shaft.p. 138
Power take-off from timing gears for Eurotronic 2 gearboxesp. 138
Maximum allowed PTO Torque depending on engine speedp. 139
4.6 PTO MANAGEMENTp. 140
General informationp. 140
Definitionsp. 141
Multiplex (or β€œEasy Mux”)p. 141
PTO switch (PTOsw x, x = 1, 2, 3)p. 141
Connector ST14Ap. 141
PTO Mode x (x = 1, 2, 3)p. 141
Physical PTO Activationp. 141
Intermediate Speed Control mode x (x = 1, 2, 3)p. 142
Functional sequencep. 142
PTO switchp. 142
PTO modesp. 143
EM – PTO 1, 2, 3 configurationp. 144
EM – PTO 1, 2, 3 Programmingp. 144
Status of number of revs (to be programmed in VCM control unit)p. 147
RPM 0 mode (driving mode)p. 147
Configurable rpm mode 1, 2, 3p. 148
Custom settingsp. 150
Setting for special functionsp. 150
Changes to the torque curve, maximum rotation speed and steepness of the maximum rotation speed limiterp. 150
4.7 STANDARD CONFIGURATIONSp. 153
No PTO installed or PTO predispositionp. 153
PTO Multipowerp. 153
PTO manual gearbox with electric engagementp. 153
Engine PTOp. 154
PTO Eurotronic 2 gearboxp. 154
PTO Transfer boxp. 154
4.8 EM (EXPANSION MODULE)p. 155
Connectionsp. 156
Section 5 – ELECTRONIC SUB-SYSTEMSp. 157
Indexp. 159
5.1 ELECTRONIC SYSTEMSp. 161
5.2 BODYBUILDER CONNECTORSp. 164
Connectors in cabp. 165
Specification 01 – Vehicles with ECAS system (Electronically Controlled Air Suspension)p. 168
Connectors on framep. 176
Trailer connectorsp. 179
Fusesp. 181
5.3 FMS (FLEET MANAGEMENT SYSTEM)p. 181
5.4 ELECTRICAL CIRCUIT MODIFICATIONSp. 182
General informationp. 183
Wiring harness lengthp. 183
Disconnecting electronic control unitsp. 183
Repositioning electronic control unitsp. 183
5.5 ELECTRICAL SYSTEM: CURRENT INTERVENTIONS AND DRAWSp. 184
General informationp. 184
Precautions for work on the systemp. 184
Precautions for work on the chassisp. 185
Ground pointsp. 185
Electromagnetic comparabilityp. 187
Reception/transmission systemsp. 189
General instructionsp. 189
Amateur equipment for CB (27 MHz) and 2 m band (144 MHz)p. 190
Equipment for GSM/PCS/UMTS cellular phones and TETRA/TETRAPOLp. 191
GPS reception and satellite navigation equipmentp. 191
Additional equipmentp. 191
Additional batteriesp. 192
Additional alternatorsp. 193
Additional electrical unitsp. 194
Drawing currentp. 195
General battery switchp. 195
Main power contactor (option)p. 195
Voltage reducerp. 195
On the chassisp. 195
Maxifuse and Megafuse fusesp. 196
Additional circuitsp. 196
Precautionsp. 197
Modifying wheelbase and overhangp. 198
Side Marker Lamp installationp. 198
Section 6 – SPECIAL INSTRUCTIONS FOR SCR EXHAUST SYSTEMp. 201
Indexp. 203
6.1 GENERAL INFORMATIONp. 205
6.2 THE NITROGEN OXIDE CATALYTIC REDUCTION PRINCIPLEp. 205
6.3 INSTRUCTIONSp. 206
Interventions on AdBlue tankp. 206
Moving AdBlue system componentsp. 208
Operations on pipes for AdBlue and heating waterp. 210

For superstructure work, the manual provides the counter chassis material specifications, the recommended C-profile section modulus table, the rules for tapering longitudinal profiles, and the connection methods (brackets, clevis fasteners, longitudinal and transverse sealing plates) with their respective stiffness characteristics. It tells the bodybuilder when to use elastic connections and when rigid connections are required, and it explains how different superstructures – tippers, cranes, tanks, concrete mixers – change those requirements. The crane section alone covers the calculation of the static moment, the reinforcement sections required for cranes behind the cab versus rear overhang cranes, and the stability precautions that must be taken.

For power take-offs, the manual is unusually detailed. It lists the PTO options available for each gearbox (9 S 1310 TO, 16 S 1820 TO, 16 S 2220 TO, 16 S 2520 TO, 12 AS 2330 TO, 16 AS 2630 TO), the total PTO ratio, the available torque at 1500 rpm, the assembly side, and whether the PTO is suitable for sporadic or continuous use. It gives the engine speed at maximum output power for CURSOR 9 and CURSOR 13 engines, the gear ratio at highest speed for each gearbox, and the maximum possible drive shaft lengths for different joint dimensions and shaft speeds. It also explains the EM Expansion Module PTO management logic: how PTO switches are wired, how engagement conditions are configured, how Intermediate Speed Control modes are prioritised, and why operating a PTO without connecting it to the EM control unit is not recommended.

For the electrical and electronic side, the manual documents the Multiplex (Easy Mux) system, the location and function of the IVECO Body Controller (IBC3), Chassis Electronic Module (MET), Expansion Module (EM) and Vehicle Control Module (VCM), and the bodybuilder connectors ST14A, ST14B, ST40, ST64, ST72, ST77, ST78, ST91, ST92 and ST93. It gives pin-level function tables, maximum loads, wire codes and connection notes, plus the rules for FMS connection, current draws, additional batteries, additional alternators, and the electromagnetic compatibility requirements that added equipment must meet. For anyone installing a crane, tail lift, tipper, refrigeration unit or telematics device, this section tells you where to take power, where to take ground, and what not to touch.

Why It Matters

Bodybuilding a Trakker Euro 6 involves cutting and drilling a high-strength steel chassis, altering the wheelbase, adding axles, welding reinforcements, tapping into a CAN-based electrical architecture, and potentially disturbing an AdBlue system that is sensitive to contamination and freezing. Each of those operations has a correct method and a set of limits. The manual provides them. It also provides the legal and approval context: multi-stage approval under Directive 2007/46/EC, ADR requirements for hazardous materials transport, ECE regulations on braking and stability, and the national laws that apply where the vehicle will be registered. Ignoring these is not just a technical risk; it can make the vehicle non-compliant and unsellable.

The manual is equally useful for bodybuilders who need to verify that an existing conversion is correct, or who are taking over a project started by someone else. The dimension tables, material specifications, torque values and connection rules give a benchmark against which any modification can be checked.

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Iveco Trakker Euro 6 Bodybuilders Instructions Manual 2013 - Chassis Modifications, PTO & SCR Guide β€” PDF page 20 preview
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The Iveco Trakker Euro 6 Bodybuilders Instructions Manual is delivered as an instant PDF download. No shipping, no waiting. The file can be opened on any device – workshop PC, laptop, tablet or phone – and specific pages can be printed for use at the vehicle. Whether you are planning a wheelbase change, fitting a crane, wiring a PTO, installing a tipper body, or routing AdBlue pipes, having the manufacturer’s instructions on hand means the job is done to the correct specification the first time.

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