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General| Brand | Hofmann |
|---|---|
| Model | Geodyna 2350 |
| Category | Industrial Electrical |
| Language | English |
Special features used in the manual to facilitate reading and understanding of instructions.
Describes the machine's intended use for static/dynamic balancing of car and light-truck wheels.
Outlines essential safety precautions for operating the wheel balancer.
Explains the various components and their functions, like display, gauge arm, and modes.
Step-by-step guide on how to safely unpack the wheel balancer.
Instructions for installing the optional wheel guard and its holder.
Introduces the main keys, display panels, and their functions.
Explains the function of keys like ALU, SPOKE, RV, and FINE.
Describes the operation of the FINE and INT keys for balancing modes.
Details the left display panel and the status indicator LEDs.
Explains the central display panel components like measuring run indicators and valve stems.
Covers the right display panel and the main shaft lock pedal.
Describes the startup sequence, self-tests, and initial machine states.
Lists and explains error codes that may appear when the machine starts up.
Lists and explains fatal error codes that can occur during machine startup.
Instructions for fitting various wheel adapters onto the main shaft.
Procedure to perform an electrical compensation run for clamping means.
Details methods for clamping different types of car and light-truck wheels.
Describes different balancing modes and their corresponding rim symbols.
Guides on entering rim width and diameter for standard balancing.
Illustrates the correct application of the gauge head for various weight positions.
Explains automatic and manual methods for determining distance between rim and machine.
Steps for determining hidden weight positions for Alu 2P balancing mode.
Instructions on how to fit balance weights correctly.
Steps for determining hidden weight positions for Alu 3P balancing mode.
Further instructions on fitting balance weights.
Describes balancing operations when standard modes are not applicable.
How to enter data for static unbalance display.
Functionality to store and recall wheel data for frequent use.
How to correct inputs after a measurement run using the FINE key.
Step-by-step guide for performing a wheel measurement run.
Detailed instructions on correctly attaching hammer-on and adhesive weights.
How to fit adhesive weights when correction positions are not accessible.
Procedure for performing a check run after fitting weights to verify balancing.
How to display and correct static unbalance.
Steps to activate the hidden spoke placement mode.
Selecting balancing modes and inputting wheel data for HSP.
How to correct measured unbalance and fit hidden weights.
General procedure for changing operational modes using codes.
Explains settings for factory defaults, unbalance resolution, and suppression.
Details settings for unit selection, compensation, and wheel braking.
Covers settings for revolutions, volume, and minor unbalance thresholds.
Explains storing modes, reading run counters, and wheel guard start.
Describes user calibration, profile selection, and storing wheel profiles.
How to display program version and manage error memory.
Lists and explains common operational error codes like E1 through E8.
General warnings related to machine operation.
Indicates fatal error codes that require immediate attention.
Details error codes E9, E15, E16, E17 related to Pro-Match procedures.
Explains error codes E83, E88, E89, E92 for various operational issues.
Lists Pro-Match specific errors H0, H1, H2, H3, H20, H21.
Covers error codes H80, H82, H90, H91 related to specific machine functions.
Describes fatal errors, often related to internal voltage or self-test failures.
Introduction to Pro-Match and weight minimisation for optimizing wheel balancing.
General guidance on using and interrupting the Pro-Match/minimisation programs.
Step-by-step operations for the Pro-Match program based on unbalance readings.
Procedure for weight minimisation when Pro-Match is not desired.
Steps to continue the Pro-Match program after initial measurements.
Interpretation of the OP.5 reading and proceeding with the Pro-Match program.
Options for handling the === - OP.7 reading in Pro-Match.
What to do if error code E 9 occurs during Pro-Match.
Options for handling the OP.7 - === reading in Pro-Match.
Guidance for error code E 9 during Pro-Match.
Interpretation of H 0 reading indicating optimum condition.
Interpretation of H 2 reading and options for weight minimisation.
Detailed steps for the weight minimisation program.
Interpretation of Un.5 - H 1 reading and options for minimisation.
Procedure for using a reference mark with the Un.5 reading.
Options for handling the === - Un.7 reading in minimisation.
Guidance for error code E 9 during minimisation.
Options for handling the Un.7 - === reading in minimisation.
Interpretation of H 0 reading indicating optimum condition.
Procedure for operator-initiated machine readjustment using a calibration weight.
Contact information for service and support from Hofmann.
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