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Explains text styles (Note, CAUTION, WARNING) and bulleted lists used for emphasis and action.
Outlines environmental conditions for operation and storage, including temperature and humidity limits.
Describes the intended use of the wheel balancer for passenger car and light-truck wheels.
Lists the manuals supplied with the unit, including Operator's Manual and Safety Booklet.
Details the various display elements and their functions during operation.
Describes the function of each key on the control panel for operating the balancer.
Provides instructions on how to correctly mount a wheel onto the balancer, emphasizing cleanliness and proper centering.
Identifies common errors during wheel mounting and their impact on balancing accuracy, like dirt or misalignment.
Explains how rotating a mounted wheel can lead to different imbalance readings and how to calculate this error.
Details the correct procedure for safely removing a wheel from the balancer after balancing.
Covers essential preparation steps before operating the balancer, including safety familiarization.
Guides the user on how to properly power up the unit and what to expect during the self-test sequence.
Explains the procedure for performing an emergency stop using both electronic and foot brakes.
Outlines the general steps for performing a wheel balancing procedure, including selecting modes and entering data.
Describes how to input wheel rim dimensions (diameter, width, offset) manually or using measurement tools.
Details how to balance different types of wheels, covering modes like Normal, Truck, ALU, and Motorcycle.
Explains how to use the normal balancing mode for steel rims, including data entry and weight application.
Describes the truck balancing mode, noting its distinct indicator lights and precision.
Covers the ALU balancing modes for alloy rims or when using stick-on weights, detailing different ALU settings.
Explains the procedure for balancing motorcycle wheels using dynamic mode and specific adapter.
Details the static 1 balancing mode for measuring and correcting only static imbalances.
Explains the static 2 balancing mode, focusing on static unbalance correction and adhesive weight application.
Describes the motorcycle static balancing mode for correcting static imbalances only.
Covers the PAX wheel balancing mode, specifying data entry in millimeters.
Guides the user on how to spin the wheel correctly after entering dimensions and selecting a mode for measurement.
Details methods for applying clip-on and stick-on weights, including correct positioning and tool usage.
Explains the importance and procedure of performing a check spin after applying weights to verify balance.
Describes how to recalculate results automatically by entering new rim data or changing wheel types.
Explains special modes available on the balancer, accessed via the 'F' key.
Explains the minimization mode for wheels requiring significant weight, detailing its step-by-step procedure.
Allows switching measurement units for weight between ounces and grams.
Enables changing measurement units for diameter and width between inches and millimeters.
Details how to access and use counters to analyze process history, useful for statistics and maintenance.
Explains how the machine can be used by multiple operators, saving data sets for each.
Allows faster access to common wheel operating modes (Standard, ALU 4, ALU 5) by programming shortcuts.
Provides instructions for preparing the balancer for long-term storage, including cleaning and protection.
Guides the user on how to safely replace the main fuse, including safety precautions.
Details the procedures for calibrating the balancer to ensure optimal balancing accuracy.
Explains how to perform user calibration when the balancing process quality is not optimal.
Describes automatic electronic compensation for imbalances caused by installed adapters.
Lists and explains system messages, including error (E-codes) and service (C-codes) messages.
Details specific error codes (E-codes) that may appear on the display and their corresponding troubleshooting steps.
Mentions C-codes offered to qualified service technicians for diagnostic purposes.
Outlines essential installation requirements including space, floor, and power supply specifications.
Specifies the minimum space required around the unit for safe operation based on provided drawings.
Details the necessary characteristics of the installation floor, such as levelness, load-bearing capacity, and vibration resistance.
States the requirements for the mains power outlet, emphasizing safety and proper cable handling.
Covers the procedures for safely handling, unpacking the unit, and checking the shipment contents.
Instructions on how to handle the unit during transport, noting it is supplied on a pallet.
Safety warnings and steps for carefully unpacking the wheel balancer and its accessories.
Lists the items included in the shipment: balancer, declaration of conformity, and accessories.
Lists the necessary tools for installation, such as specific bar sizes and Allen wrenches.
Instructions for correctly positioning the balancer, including removing securing bolts and using accessory supports.
Details the step-by-step procedures for assembling and installing the wheel balancer components.
Refers to section 'i' for correct positioning and securing the balancer using lag bolts.
Instructions on mounting the threaded accessory supports and disks for storing parts.
Steps for cleaning and positioning the stub shaft onto the main shaft using the supplied tightening stud.
Procedure for bolting the wheel guard assembly onto the shaft at the back of the unit.
Instructions on placing the cones into the accessory supports.
Instructions on placing the clamping devices into the accessory supports.
General