Exact 60 Manual: Corghi

Plug the main power cord into a grounded electrical outlet equipped with a surge protector. Sensor Head Connection (Cable Version)

Mechanical locks used to immobilize controls during alignment adjustments. Key Specifications Voltage: 115V / 230V AC (Single Phase, 50/60 Hz) Power Consumption: Approximately 400W

Low-friction mechanical plates placed under the wheels to allow free movement during steering geometry measurements.

Clean the infrared sensor lenses daily using a soft microfiber cloth and a mild glass cleaner or optical solution. Never use abrasive pads or harsh solvents. corghi exact 60 manual

Regular maintenance preserves the accuracy of the CCD sensors. Sensor Calibration

This article acts as a comprehensive guide to navigating the Corghi Exact 60 system, covering installation, user procedures, calibration, and troubleshooting based on standard operational practices for Corghi alignment systems. 1. Introduction to the Corghi Exact 60 CCD Aligner

The Exact 60 Plus variant, in particular, came loaded with features that were considered cutting-edge at the time of its release and remain highly functional today. Plug the main power cord into a grounded

Infrared sensors providing accurate toe, camber, and caster measurements.

CCD (Charge-Coupled Device) Infrared Sensors Toe Measurement Range: ± 20° Camber Measurement Range: ± 10° Caster/Kingpin Range: ± 18° 2. Safety Guidelines and Workshop Setup

Mount the calibration bar on a stable, level surface in front of the aligner. Mount the sensor heads onto the calibration bar fixtures. Clean the infrared sensor lenses daily using a

Understanding the hardware components of your Corghi Exact 60 is critical for safe operation and accurate data collection. Core Hardware Components

Proper maintenance and adherence to safety guidelines are crucial for the longevity and accuracy of the Corghi Exact 60.