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Technical FAQs Technical Library

Direct answers about accuracy, calibration, accessories, documents and support.

Technical collection

Practical technical references.

Review definitions, measurement principles, workshop procedures, diagnostic references, tables, diagrams and frequently asked questions prepared for professional equipment users.

FAQ

What Bay Conditions Affect Wheel Alignment Accuracy?

Floor stability, lift geometry, turn plates, rear slip plates, camera visibility and runout space all affect the alignment process.

6 min read
FAQ

Where Are Manuals, Software and Vehicle Databases Available?

Public manuals and parts lists are available through Support; protected software, firmware, vehicle databases and technical files remain inside TreadPlus Cloud.

6 min read
FAQ

What Information Is Needed for Parts or Technical Support?

Product model, serial number, software version, clear photos, fault description and service history help support teams identify the correct solution faster.

6 min read
FAQ

Are QC15 and QC20 Used on Wheel Balancers?

No. QC15 and QC20 are tire-grip target clamps for TreadPlus wheel aligners; they are not wheel-balancer clamping accessories.

6 min read
FAQ

What Is the Difference Between Surface-Mount and Flush-Mount Tread Scanners?

Surface-mount scanners simplify retrofit installation, while flush-mount scanners integrate into the lane with civil work and a lower-profile finished appearance.

6 min read
FAQ

How Accurate Is an Imaging Wheel Aligner?

An imaging alignment system can deliver highly repeatable measurements when the bay, clamps, targets, calibration and procedure are all controlled.

6 min read
FAQ

How Often Should a Wheel Aligner Be Calibrated?

Calibration frequency depends on manufacturer requirements, equipment movement, impact, service events and verification results.

6 min read
FAQ

Why Do Wheel Balancer Readings Change After Remounting?

Changing readings after remounting usually indicate centering, adapter, contact-surface or mounting-force variation rather than random machine behavior.

6 min read

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