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General| Type | Wheel Balancer |
|---|---|
| Weight | 120 kg |
| Wheel Weight (max) | 70 kg |
| Accuracy | ± 1 g |
| Max Wheel Width | 508 mm |
| Power Supply | 230V / 50-60Hz |
| Measuring range | 1 g |
| Rim Width | 1.5 - 12 inches |
| Rim Diameter | 10 - 24 inches |
Identifies the manufacturer and the device's full designation.
Provides contact details for the manufacturer, support, and spare parts.
Details intellectual property rights for device and manual.
States product compliance with EU directives and standards.
Covers manual content, symbols, keywords, and options.
Instructions for responsible device and battery disposal.
Discusses potential hazards and safe operation on machines.
Outlines personnel qualifications and authorization for device operation.
Defines intended purpose, permitted, and inadmissible device usage.
Outlines responsibilities of the company operating the device.
Details operator responsibilities regarding the manual and safety.
Covers warranty, liability, replacement parts, and cleaning guidelines.
Lists items in the delivery package.
Guidelines for device storage.
Device design and intended industrial applications.
Key features and advantages of the device.
Details device input and output connections.
Illustrates a typical measurement setup.
Instructions for setting up the device and components.
Describes the HMA 11xx/18xx piezo vibration sensor and its specifications.
Explains the function and operation of the photo-reflexive speed sensor.
Details the optional laser speed sensor and its usage.
Introduces the spread angle balancing method.
Details the calibration procedure using identical weights.
Introduces the device's controls, including touchscreen and keys.
Outlines fundamental steps, basic menu, and settings.
Explains how to set the direction of rotation and counting for measurements.
Covers common tasks like switching the device on/off and starting/ending measurements.
Provides a step-by-step guide for balancing procedures.
Offers instructions for cleaning and maintaining the device.
Introduces general operational flow for measurement and balancing tasks.
Explains how to perform and interpret overall vibration measurements.
Describes how to measure and interpret unbalance vibration.
Explains how to perform optional roller bearing condition measurements.
Introduces balancing procedures and methods.
Details the procedure for balancing with two weights.
Details the procedure for balancing with three weights.
Guides on installing the Hofmann Reporting software from the USB stick.
Explains how to connect the EasyBalancer EB 3500 to a computer via USB.
Details how to launch and use the Hofmann Reporting software.
Covers battery charging, status indicators, and replacement.
Discusses using the device with mains power and its charging operation.
Outlines a flowchart for diagnosing and resolving device faults.
Lists common fault messages, their causes, and recommended remedies.
Provides detailed technical specifications for the EasyBalancer EB 3500 unit.
Lists the specifications for the HMA 1140 / HMA 1135 vibration sensors.
Details the specifications for the photo-reflexive and laser speed sensors.
Explains key signal definitions and their relationships for sinusoidal signals.
Provides conversion factors for frequency, acceleration, velocity, and distance units.
Shows examples of how to calculate unbalance and centrifugal force.
Guides on selecting measurement locations and directions for vibration analysis.
Explains the suitability and standards for overall value vibration measurement.
Describes how to assess roller bearing condition using trend monitoring.
Provides guidance on interpreting vibration data based on possible causes.
Discusses the benefits of regular vibration measurements for predictive maintenance.
Lists recommended literature for further reading on vibration analysis and balancing.
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