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Hoffman geodyna 6300-2 User Manual

Hoffman geodyna 6300-2
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Руководство по эксплуатации Балансировочный стенд
geodyna 6300-2

Table of Contents

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Hoffman geodyna 6300-2 Specifications

General IconGeneral
BrandHoffman
Modelgeodyna 6300-2
CategoryWheel Balancers
LanguageEnglish

Summary

Safety rules and function

1.1 Special hints for the reader

Explains special symbols and text highlighting used for better understanding of instructions and images.

1.2 Scope of application

Describes the intended use and application scope of the wheel balancer for cars and light trucks.

Installation of the machine

2.1 Unpacking the machine

Instructions for safe and proper unpacking of the machine by two persons.

2.2 Resiting the machine

Guidelines for safely moving the machine to a new location using appropriate equipment.

Electrical connection

Controls and displays

4.1 Key pad and display

Overview of the machine's keyboard and display panel, including symbols and functions.

Switching on the machine

Status at switching on

Factory default settings and operational modes available after machine power-on.

Error codes at power on

Lists common error codes encountered during machine startup and how to acknowledge them.

Clamping the wheel

6.1 Fitting the wheel adaptor on the main shaft

Instructions for mounting the wheel adaptor onto the machine's main shaft for wheel clamping.

6.2 Performing a compensation run

Procedure for performing a compensation run to balance clamping means and ensure accuracy.

6.3 Clamping car and light-truck wheels

Guidelines for clamping car and light-truck wheels using appropriate adaptors.

Manual entry of vehicle type, balancing mode and wheel size

7.1 Input of Vehicle type

Procedure for manually selecting vehicle type using function keys and wheel rotation.

7.2 Input of balancing modes

Explains how to select balancing modes based on wheel type and weight fitting positions.

7.3 Input of wheel dimensions for the standard balancing mode

Procedure for entering wheel dimensions for standard balancing mode.

7.3.1 Determination and input of rim width

7.3.2 Gauge head application on various Vehicle types

7.3.3 Determination of distance and diameter

Automatic determination of distance and diameter

Automatic measurement and entry of distance and diameter using the Geodata gauge arm.

Input for balance clips (balancing mode nor.)

Procedure for entering balance clip data, including manual adjustments.

Input for adhesive weights (only balancing modes Alu 1 – 5)

Manual input of distance rim/machine

7.3.4 Determination and input of wheel diameter

Manual input of diameter

Procedure for manually reading and entering the wheel diameter.

7.3.5 Inputs for special balancing operations (wheel type 3)

7.3.6 Input for display of static unbalance (e.g. with small wheels)

7.3.7 Store wheel profiles

7.3.8 Correction of inputs after measurement

7.4 Observation of radial and lateral run-out of the wheel

Check for radial and lateral run-out

Checking for wheel run-out before actual measurement to ensure proper tire mounting.

Balancing the wheels

8.1 Balancing with Easy Alu

Automatic recognition of ALU type and weight positions using the Easy Alu function.

8.2 Measurement

Procedure for starting measurement, displaying unbalance, and identifying correction positions.

8.3 How to fit the balance weights

Step-by-step guide for fitting balance weights for all balancing modes.

8.4 Check run

Procedure for performing a check run after balance weights are fitted to verify correctness.

8.5 Static unbalance

Procedure for measuring and correcting static unbalance, especially for small or narrow wheels.

8.3.1 How to fit balance clips

8.3.2 How to fit adhesive weights using the gauge head

How to fit a hidden adhesive weight

8.3.3 How to fit adhesive weights based on given dimensions

Behind-the-spokes placement

9.1 How to proceed

Steps for activating and using the behind-the-spokes placement mode.

9.2 Choice of balancing mode, choice of behind-the-spokes placement mode and input of wheel data

Selection of balancing mode and input of wheel data for behind-the-spokes placement.

9.3 Correction of measured unbalance

Procedure for correcting measured unbalance in behind-the-spokes placement mode.

Changing modes of operation

Inputs and readings when a mode of operation is changed (Fig. 72 – example code C2)

Explains how to input codes to change operating modes and view settings.

Code C17

Selects a previously stored wheel profile.

Code C18

Stores the current wheel settings as a wheel profile.

Code C21

Displays program version and model number.

Code C28

Selects error codes from memory for review or clears the error memory.

Error codes

Errors in operation

Lists error codes related to operational mistakes or incorrect inputs.

Warnings

Lists warning codes indicating potential issues or non-critical errors.

Fatal error code

Lists critical error codes indicating serious malfunctions or failures.

Optimisation/Weight minimisation

12.1 General

Explains optimisation and weight minimisation procedures for improving wheel running conditions.

12.2 General instructions for the optimisation/weight minimisation programs

Provides guidance on using the optimisation and minimisation programs, including interruption and continuation.

12.3 Opto-ride program

Detailed steps for the optimisation program, including tyre rotation and valve position entry.

12.4 Minimisation program

Detailed steps for the weight minimisation program, including tyre adjustment and data entry.

Readjustment by the operator

Maintenance

Replacement of halogen lamp for inner rim side lighting system

Instructions for replacing the halogen lamp used for inner rim illumination.

Technical data

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