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Brand | HAWEKA |
---|---|
Model | AXIS 500 |
Category | Measuring Instruments |
Language | English |
Details the operator's duties for safe operation of the Laser Aligner AXIS500.
Explains the meaning of symbols used in the operating instructions and on the device.
Outlines essential safety practices and considerations for using the Laser Aligner AXIS500.
Provides the physical dimensions and weight of the Laser Aligner AXIS500 for shipping purposes.
Offers guidance on proper handling and storage to prevent damage and ensure longevity.
Defines the intended uses and capabilities of the Laser Aligner AXIS500 for wheel alignment.
Details the components and construction of the laser measuring head and its accessories.
Explains the electronic inclinometer, its display symbols, and angle measurement capabilities.
Describes the function of each button on the electronic inclinometer unit for operation.
Details the measures required for the initial operation and setup of the Laser Aligner.
Provides comprehensive technical specifications for the laser and electronic inclinometer components.
Lists the components included in the basic version of the AXIS500 wheel alignment system.
Details optional accessory kits available for the AXIS500 system, such as for double steering axles or truck wheels.
Covers the essential steps before performing front wheel alignment, including ground level and vehicle setup.
Explains how to align the vehicle's wheels to the straight-ahead position using laser points.
Details the procedure for setting up the toe scales based on rim diameter and vehicle measurements.
Guides through measuring and adjusting the toe angle of the front wheels.
Describes how to check and adjust the steering wheel's center position for accurate alignment.
Explains the process of measuring the camber angle of the front wheels using the electronic inclinometer.
Details how to measure caster and steering axis inclination using the inclinometer and steering the wheel.
Describes how to determine the maximum steering angle by turning the steering wheel to its lock.
Explains how to measure the relative steering angle, also known as toe-out-on-turns.
Details how to perform a rim run-out check on damaged or specialized rims.
Explains how to measure the camber angle of the rear wheels using the electronic inclinometer.
Guides through setting up and measuring the total toe for the rear axle.
Describes the procedure for measuring axle mismatch relative to the vehicle's frame.
Details how to measure axle mismatch relative to the vehicle's longitudinal axis.
Covers preparations for aligning twin steering front axles, referring to front wheel alignment steps.
Explains how to read the total toe measurement for twin steering front axles.
Details the process for aligning the toe of the second axle in twin steering systems.
Explains how to perform parallel adjustment for both front axles in twin steering configurations.
Guides measuring individual toe on trucks with independent suspensions and two adjustable toe rods.
Details the preparation steps for adjusting run-out compensation, including changing magnetic feet.
Explains the procedure for adjusting the laser head for run-out compensation to ensure accuracy.
Provides general guidelines for maintaining the precision instruments of the AXIS500 system.
Details the procedure for opening the laser housing and replacing the batteries.
Explains how to identify low battery status and replace batteries in the electronic inclinometer.
Lists common errors, their possible causes, and recommended correction methods for the AXIS500.
Provides a table for converting toe measurements in millimeters to degrees for different wheel sizes.
A diagram to help determine axle mismatch in minutes based on wheel base and scale difference.
A second diagram for determining axle mismatch in angular minutes using scale blocks.
A template for recording wheel alignment measurements before and after adjustments.