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Brüel & Kjær Vibro VIBROTEST 60 User Manual

Brüel & Kjær Vibro VIBROTEST 60
172 pages
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Technische Dokumentation
Technical Documentation
Dokumentation Technique
VIBROTEST 60
C006389.01

Table of Contents

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Brüel & Kjær Vibro VIBROTEST 60 Specifications

General IconGeneral
Battery LifeUp to 8 hours
Input Voltage Range±10 V
ADC Resolution24-bit
InterfaceUSB, Ethernet
Measurement Channels2 channels
DisplayColor display
Data StorageInternal memory, USB
Power SourceRechargeable battery or external power
Operating Temperature-10°C to +50°C
Storage Temperature-20°C to +70°C
Vibration Measurement StandardsISO 10816, ISO 7919

Summary

Introduction

Operation

Explains the basic operation, buttons, and display of the VIBROTEST 60.

Operational modes

Analyser mode

Describes the operational procedures and features within Analyser mode.

Data-collector mode

Explains the functionality and steps for Data-collector mode operation.

Field Balancing mode

Outlines the procedures and capabilities for Field Balancing mode.

SETUP - Adjustments

Vibration measurement

Setup and configuration options for vibration measurement parameters.

Acquiring and displaying measurements

Overall Vibration / BCU measurement

How to acquire and display Overall Vibration and BCU measurements.

Spectrum / Cepstrum

Procedures for acquiring and displaying Spectrum and Cepstrum data.

Envelope Analysis / BCS

Steps for acquiring and displaying Envelope Analysis / BCS measurements.

Data-collector mode

Measurement acquisition

Steps for acquiring measurement data at selected points.

Field Balancing

Balancing overview

General principles and overview of field balancing procedures.

Selecting Balancing / Executing the Setup

Steps for setting up and executing the balancing procedure.

Single-plane balancing steps with polar correction example

Detailed example of single-plane balancing with polar correction.

Single-plane, repeat balancing steps with polar correction example

Example of performing repeat balancing for single-plane correction.

Two-plane Balancing steps with component correction example

Example of two-plane balancing using component correction.

Single and 2-plane Balancing with prognosis and polar correction example

Balancing example with prognosis and polar correction.

Storing and displaying measurements (Reports) on the PC-card

Commissioning

PC-cards - Handling and action

Technical Data