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General| Brand | CLAS |
|---|---|
| Model | EQ 3000 |
| Category | Wheel Balancers |
| Language | English |
Covers warranty, responsibilities, manual purpose, and danger levels.
Details operator qualifications, manual understanding, and safety compliance.
Guidelines for safe carriage, hoisting, storage, and transportation.
Specifies environmental conditions and space for machine installation.
Details steps for physically installing and securing the wheel balancer.
Explains correct electrical connection and safety precautions.
Emphasizes qualified personnel, power disconnection, and sticker maintenance.
Defines necessary space and surface conditions for machine installation.
Outlines procedures for suspending machine operation and protection.
Instructions for disposing of the machine at its end of life.
Lists key technical data like power, speed, dimensions, and noise level.
Advises on non-original parts, unplugging, and cleaning.
Describes the machine's control monitor and its functions.
Details the numbered keys and their primary functions.
Explains STANDARD, SERVICE, and STAND-BY operating modes.
Step-by-step guide for calibrating CAR and SUV wheel types.
Lists materials needed for machine calibration.
Details steps for acquiring wheel dimensions and inputting data.
Covers applying weights and performing launch cycles during calibration.
Step-by-step guide for calibrating motorcycle wheel types.
Final procedures for MOTO wheel calibration and weight placement.
Lists and describes the eight program types for balancing.
Instructions for choosing programs in normal operating mode.
Shows weight placement for different program types (STD, ALU, ALS).
Explains angular positions for weights in various program types.
Lists CAR, MOTO, and SUV wheel types and their notes.
Step-by-step guide to selecting CAR, MOTO, or SUV wheel types.
Instructions for selecting and using the CAR wheel type.
Instructions for selecting and using the MOTO wheel type.
Explains data acquisition for MOTO wheels and adaptor usage.
Instructions for selecting and using the SUV wheel type.
Steps for automatic wheel dimension acquisition for STD and ALU programs.
Details automatic dimension acquisition for ALS1 and ALS2 programs.
Further steps and confirmation for ALS1/ALS2 dimension acquisition.
Explains unique features and usage of ALS1 and ALS2 programs.
Steps to initiate and complete the balancing spin cycle.
Procedure for identifying and marking weight application points.
Final steps of the spin and how imbalance data is displayed.
Steps to access and initiate the optimization program.
Details the procedure for optimizing weight application.
Explains the purpose and use of the Hidden Weights program.
Steps to initiate the Hidden Weights program.
Details applying hidden weights behind spokes.
Explains the feature for two operators with different settings.
Describes the two available resolutions for imbalance data.
Steps to change between high (X1) and low (X5) display resolutions.
Instructions for selecting STATIC or DYNAMIC imbalance display.
Procedures to enable or disable the electromagnetic clamping brake.
Steps to turn the rim illuminator on or off.
Overview of Automatic, Low Speed, and Manual wheel stop procedures.
Detailed explanation of the automatic wheel stopping function.
Steps to switch between Grams and Ounces for measurements.
Instructions to select Inches or Millimeters for wheel dimensions.
Steps to select balancing weights material (Iron/Zinc or Lead).
Lists error codes, their causes, and recommended actions.
Provides additional error codes and how to exit error messages.
Explains the meaning of different beeps and signals.
Lists recommended fire fighting equipment for various fire types.
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