2004–2011 Ferrari 612 Scaglietti Owner's Manual (P/N 68321500)

292 Pages • 14.52 MB • Instant, Printable PDF

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Ferrari Models Covered & Key Technical Specifications

Models: 612 Scaglietti F1, 612 Scaglietti Mechanical Gearbox

Sub-models / Variants: F1 (electro-actuated gearbox), Mechanical Gearbox (manual control)

Model Years: 2004–2011 (2004, 2005, 2006, 2007, 2008, 2009, 2010, 2011)

Technical Data:

  • Engine displacement: 5748 cm³ (351 cu in)

  • Engine configuration: 12-cylinder V 65°

  • Maximum power: 397 kW (540 hp) at 7250 rpm

  • Maximum torque: 589 N·m (434 lb-ft) at 5250 rpm

  • Compression ratio: 11:1

  • Fuel tank capacity: 105 L (27.7 US gal)

  • Wheel stud bolt torque: 100 Nm (74 lb-ft)

Technical Specifications
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Document Number / Seller:
23595 / Stephanie Parker
File Size:
14.52 MB
File Type:
PDF
Language:
English, French, Italian, German
Pages:
292
Printable:
Yes
Category:
Car
Last updated / verified
Aug 14, 2026

Ferrari Manual Features & Content Preview

  • Complete 292-page factory reference (P/N 68321500) provided as a PDF, covering 2004–2011 Ferrari 612 Scaglietti models, including both F1 electro-actuated and mechanical manual gearbox configurations.
  • Contains over 175 technical diagrams, fuse-location references, and system-identification illustrations for faster, more accurate diagnostics.
  • Details the Bosch Motronic ME 7.1.1 management, Skyhook active suspension, Drive by Wire throttle, CST stability electronics, and EBD modules.
  • Explores the Tyre pressure monitoring system calibration, ASR traction logic, ABS, and dry sump lubrication.

Operational Documentation and System Controls

This authorized reference outlines the complete factory operation of the F133F V12 platform, detailing critical driver-control systems and interfaces. It provides a deep dive into the F1 transmission parameters, Ferrari CODE immobilizer functionality, and TFT instrument cluster configurations. Technicians can reference the exact factory definitions for warning light protocols to speed up troubleshooting. The document also reviews specialized step-by-step sequences that empower independent shops to bypass costly dealership visits. These include the PIN-based emergency-start procedure for immobilizer bypass, the manual TPMS calibration cycle, manual F1 neutral engagement with the engine off, and the "easy entry" seat initialization. Visual references are clearly documented, featuring the timing control layout, cooling system outline, fuel vapour emission control system chart, engine lubrication system drawing, and the fuse and relay boxes layout. This ensures you thoroughly understand the intended system behaviors before tearing down components for repair.

Technical Specifications and Baseline Data

Having exact factory figures on hand accelerates workflow during routine maintenance and directly improves bay turnover times. The documentation specifies the 397 kW (540 hp) engine output and 589 N·m torque peak. Essential fluid requirements are clearly mapped out, including the 13-liter engine oil capacity and the 5-liter Shell TRANSAXLE OIL SAE 75W-90 requirement for the combined gearbox/differential circuit. Wheel service data highlights the required 100 Nm stud bolt torque and 32 psi (2.2 bar) baseline pressure for the Pirelli P Zero Rosso setup. For shop safety and liability, always verify these baseline metrics against the vehicle's specific production tag before initiating any hands-on work. Due to the high-voltage Xenon lighting circuits and pressurized F1 hydraulic systems detailed within, strictly observe all factory depressurization and battery-isolation protocols to prevent severe personal injury or component damage.

Specialist Insights on Servicing Pitfalls

When servicing the 612 Scaglietti, failing to follow strict factory sequences can cause cascading electronic faults. After restoring battery power, technicians must leave the ignition in position II for a full 30 seconds without activating any devices; interrupting this Motronic ECU self-learning cycle prevents the motor-driven valves from synchronizing, resulting in erratic throttle response and poor idle quality. Additionally, attempting to tow the vehicle with two wheels raised while the ignition is not at position 0 will cause the active CST module to log a severe malfunction in the suspension control node, requiring a factory diagnostic tester to clear.

Technical Safety Notice
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This official OEM document is intended for professional technicians and skilled operators. Performing service on mechanical equipment involves inherent risks. By purchasing, you acknowledge that RepairLoader provides original manufacturer data for informational purposes. Always prioritize safety: use correct tools, wear protective gear, and consult a certified professional if you are uncertain of any procedure.

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