Following a standardized workflow with the Corghi Exact 60 ensures repeatable accuracy and swift turnaround times. Step 1: Mounting the Wheel Clamps and Sensor Heads
Always follow the standard automotive formula: 1. Rear Axle Adjustments
uses a guided software system to walk you through the alignment:
Ensure the radio transceiver dongle (if utilizing wireless communication) is firmly connected to the PC's USB or serial port.
Re-seat the wheel clamp firmly; turn off nearby heavy machinery; ensure lift locks are securely resting on mechanical stops. corghi exact 60 manual
Plug the console into a dedicated, surge-protected electrical outlet (110V/220V AC depending on the regional model). Stable voltage prevents data corruption during alignment procedures. Battery Initialization The sensor heads run on internal rechargeable batteries.
Comprehensive, upgradeable worldwide vehicle specification database. 2. Pre-Alignment Setup and Safety Protocols
: Real-time data for total toe, camber, and caster is displayed on the monitor with a resolution of 0.01° . Technicians then make mechanical adjustments until the values align with the green "within spec" indicators on the screen. 3. Calibration & Maintenance
: Check tire pressure and suspension components for wear before starting. Following a standardized workflow with the Corghi Exact
: Navigating the vehicle databank (often requiring passwords like "databank") to select specific vehicle makes and models.
Heavy-duty mechanical plates for the front steered wheels.
: Select the specific vehicle make and model from the integrated database to load the manufacturer's target specifications. Measurement Phase
Check for worn ball joints, tie-rod ends, control arm bushings, and wheel bearings. Replace faulty parts before aligning. Re-seat the wheel clamp firmly; turn off nearby
Before powering on the unit, ensure your workshop environment complies with standard alignment safety protocols.
The alignment rack or scissor lift must be perfectly level. Use a precision machinist's spirit level or electronic level across the left-to-right and front-to-rear runways. Misalignment in the lift structure transfers directly into camber errors. Step 2: System Interconnections
Keep the measuring heads plugged into the console chargers overnight. Weak batteries will cause data dropout during live adjustments.
Check suspension components (ball joints, control arm bushings, tie rod ends) for structural play. Replace worn parts before proceeding.