Center the steering wheel and lock it in place using the steering wheel holder. Step 5: Reading and Adjusting Alignment Angles
Accurate wheel alignment requires a level workspace and proper vehicle preparation. Workspace Setup
The screen will display live graphics of the current alignment angles. Red indicates out-of-spec, while green indicates within factory tolerance.
Center the steering wheel and lock it in place using the steering wheel holder. Step 5: Adjustments corghi exact 60 manual
Use the real-time data display (accurate to 0.01°) to adjust toe, camber, and thrust angles. 🧹 Maintenance & Calibration
Some Exact 60 versions allow you to store common wheel dimensions (e.g., 15x6J for a Toyota Corolla). Consult your manual’s appendix on how to use the M (Memory) button.
Re-seat the wheel clamp firmly; turn off nearby heavy machinery; ensure lift locks are securely resting on mechanical stops. Center the steering wheel and lock it in
Mechanical locks used to immobilize controls during alignment adjustments. Key Specifications Voltage: 115V / 230V AC (Single Phase, 50/60 Hz) Power Consumption: Approximately 400W
Install the brake pedal depressor to lock the vehicle braking system.
According to Corghi’s technical specifications, proper installation is crucial for accurate measurement. 🧹 Maintenance & Calibration Some Exact 60 versions
For modern operators, understanding the Exact 60 means embracing the precision and Italian engineering that Corghi is known for, while using available resources—from official channels to modern-day online documentation—to keep this classic machine performing at its best.
The software prompts you to roll the vehicle backward and then forward by a few inches. This is the preferred method as it keeps suspension components settled.
Avoid placing the bay in direct sunlight or under heavy fluorescent fixtures that could interfere with infrared CCD sensors.
Before starting an alignment, ensure the workspace and vehicle are ready: