Hyundai Tucson 2005 Service Manual Set with ETM (P/N A2EE-EG44A)

The shop manual provides mechanical and electrical repair procedures, the ETM supplies circuit and connector references, and the body manual covers collision structures. The training booklets explain system operation and selected diagnostic and service tasks.

Some internal automatic-transaxle service operations refer to a separate overhaul manual, which is not included.

PDF Search, Navigation and Diagram Detail

Search and drawings: The 27 shop, electrical and body manual PDFs do not support text search. The seven training PDFs contain searchable text, although some diagrams and tables are not searchable. Manual bookmarks largely open contents pages rather than the named sections; the training PDFs have no bookmarks. Small wiring labels require zooming. In the 4WD training PDF, the circuit illustration on PDF p. 21 is missing and the connector drawing is faint.

The ZIP contains 34 printable PDFs totaling 3,479 pages, including the original covers, contents and safety pages, plus the memo page in the air-conditioning booklet. The shop and ETM totals include their separate index files.

Engine, Electrical and Collision Repair Coverage

The following selected highlights outline the main repair areas; additional topics include cruise-control testing and sunroof adjustment.

• Engine mechanical repair: Step-by-step timing-belt service, cylinder-head disassembly, engine removal, internal inspection, cooling-system bleeding and lubrication-system repair for the covered engine families.

• Fuel and engine-control diagnosis: Engine-specific DTC troubleshooting, ECM terminal checks, sensor and actuator testing, fuel-pressure checks and diesel common-rail service.

• Transmission and 4WD: Manual and automatic transaxle removal, shift-control adjustment, automatic-transaxle diagnosis, transfer-case service and ITM coupling disassembly and reassembly.

• Chassis and restraints: Brake bleeding, ABS/ESP diagnosis, wheel-bearing and driveshaft service, suspension and steering repair, plus SRS fault tracing.

• Electrical and climate control: System-specific wiring diagrams, connector configurations, component photographs, harness layouts, ETACS checks and manual/automatic air-conditioning diagnosis.

• Collision structures: Panel replacement and sectioning, body-dimension charts, MIG weld locations, sealing maps and corrosion-protection restoration.

Written for Hyundai service technicians, these publications assume workshop knowledge and the appropriate diagnostic tools; structural repairs also require collision-repair equipment and welding skills.

Engine Repair and Fault Isolation

Separate G4GC, G6BA and D4EA sections cover cylinder heads, engine blocks, timing systems, cooling and lubrication. The gasoline chapters distinguish mechanical lash adjustment from hydraulic lash adjusters, with component inspection limits and reassembly information.

Fuel-system diagnosis combines symptom charts and DTC procedures with circuit checks, ECM pin data and repair-verification tests. The diesel training material explains graded-injector matching and Hi-Scan Pro compression, idle-speed and injection-quantity comparisons; availability of those diagnostic functions depends on the ECM ROM.

Transaxles, 4WD and Chassis Systems

The transaxle material distinguishes M5GF1 manual and F4A42 automatic systems. ITM training adds coupling construction, control-module pin assignments and fault-response information, connecting the mechanical coupling to its electronic controls.

Chassis sections cover front and rear brake assemblies, parking-brake adjustment, strut and suspension-arm work, wheel alignment and power-steering service. Restraint diagnosis includes SRS circuits, fault-code tables and component-replacement precautions.

Wiring, Body Controls and Air Conditioning

Starting, charging, MFI engine control and Electronic 4WD Control System diagrams are paired with connector views and component locations. These references help trace a circuit from its schematic to the correct terminal or harness branch.

Body-electrical coverage includes ETACS input-signal tests, keyless-entry checks and immobilizer diagnosis. Climate-control information covers compressor and refrigerant-circuit service, sensor and door-actuator checks, and automatic-controller self-diagnosis.

Structural Panels, Alignment and Corrosion Protection

The body manual maps zinc-galvanized and high-strength steel panels throughout the front structure, dash and cowl, pillars, side sills, floors, roof, doors and tailgate. Cross-sectional views cover front side members, fender aprons, dash panels, center pillars, rear floor side members and doors; replacement-parts illustrations distinguish complete assemblies from service panels.

Panel-specific procedures cover fender-apron and front side-member replacement, partial front side members, front and center pillars, complete or partial side sills, quarter panels, rear floors, rear floor side members and door outer panels. They address preparation, trial fitting, welding, finishing and panel-fit checks.

Sectioning limits: Partial front side-member repairs apply to minor damage; an incorrect cut can damage the inner reinforcement. Rear floor side-member sectioning is limited to moderate damage that does not extend forward of the trunk region; more severe damage calls for complete-member replacement at factory seams.

Pillar procedures identify reinforcements and seat-belt mounting structures that must be protected during cutting.

The Tucson’s unit-body collision structures must be restored to their original geometry and strength. Upper-body, side-body, interior, underbody, engine-compartment and luggage-compartment charts distinguish projected dimensions from actual measurements.

Tracking-gauge drawings and close-up datum views help a collision technician identify the correct hole, flange or mounting point before checking alignment.

The construction information is based on general-destination vehicles, and panel details can vary by specification and country. The body must be returned to pre-impact dimensions before sectioning, with structural cuts limited to the illustrated locations.

Hyundai specifies MIG welding rather than oxyacetylene welding, with plug, butt and lap joints identified where required. Floor and upper/side-body sealing maps accompany epoxy-primer, seam-sealer, zinc-phosphate/cationic electrodeposition, side-sill primer and antivibration-pad information.

Underbody-coating and cavity-wax coverage addresses enclosed rails, pillars, side sills, wheel housings, doors, hood and tailgate.

Collision work involves airbags, control modules, welding heat and temporarily supported body structures. Follow the publication’s SRS and electronic-component precautions; repairs beyond your training or equipment require a qualified collision technician.

Selected G4GC Compression-Test Specifications

For G4GC compression testing with the engine at normal operating temperature, the throttle fully open and cranking speed at least 250 rpm, the shop manual lists 1,420 kPa as standard pressure and 1,270 kPa as the minimum. The permitted difference between cylinders is 100 kPa or less.

These figures accompany the compression-test procedure in the engine mechanical section.