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Honeywell Vibrex 2000 User Manual

Honeywell Vibrex 2000
288 pages
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CAGE 99866
User Guide
For
Vibrex 2000,
Vibrex 2000 Plus
and
Enhanced Vibrex 2000 Plus
(Helicopter and Fixed Wing Versions)
Digital Dynamic Balancer/Analyzer
Systems
13841 Rev. A
May 07, 2015
Honeywell International, Inc
AEROSPACE Torrance, CA USA
HONEYWELL CONFIDENTIAL: This copyrighted work and all information is the
property of Honeywell, contains trade secrets, and may not, in whole or in part,
be used, duplicated, or disclosed for any purpose without prior written permission
of Honeywell. All rights reserved.

Table of Contents

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Honeywell Vibrex 2000 Specifications

General IconGeneral
Frequency Range10 Hz to 1 kHz
Power Supply9V battery
Measurement Range0.1 to 199.9 mm/s RMS
Accuracy±5% ±2 digits
DisplayLCD
Operating Temperature0°C to 50°C

Summary

User Guide For Vibrex 2000, Vibrex 2000 Plus and Enhanced Vibrex 2000 Plus Digital Dynamic Balancer/Analyzer Systems

Quick Reference Guide

1.0 INTRODUCTION

1.1 About This User Guide

Explains how to install, operate, and maintain Vibrex systems.

1.2 Product Support

Provides contact information for technical support and services.

2.0 SYSTEM OVERVIEW

2.1 Vibrex Systems: Introduction

Introduces the general features of Vibrex 2000, Plus, and Enhanced Plus.

2.2 Product Description

Describes the Vibrex 2000, Plus, and Enhanced Plus systems and their differences.

2.3 System Specifications

Lists technical specifications for Vibrex 2000, Plus, and Enhanced Plus systems.

3.0 GETTING STARTED

3.1 Getting Started: Introduction

General explanation of how to start using Vibrex 2000 and Plus systems.

3.2 Basic Features

Explains basic operating features of the Vibrex 2000 and Plus units.

3.3 Printing Data

Explains how to print hard copies of collected data or status information.

4.0 INSTALLATION

4.1 Installation: Introduction

Introduces transducer inputs and installation procedures.

4.2 Vibrex 2000 Basic Equipment

Provides tables listing Vibrex 2000 equipment and accessories.

4.3 Vibrex 2000 Plus Equipment

Provides tables listing Vibrex 2000 Plus equipment and accessories.

4.4 General Installation

Explains general installation procedures for Vibrex 2000 and Plus systems.

4.5 Sample Installations

Explanations of Vibrex installations on selected aircraft.

5.0 GENERAL OPERATION

5.1 Operation: Introduction

Introduces Vibrex systems as data collectors and processors.

5.2 Beginning Operation

Explains the first steps in starting and using the Vibrex units.

5.3 Basics of Operation

Explains basic operation using the front panel controls.

5.4 Propeller Balancing (Generic)

Explains how to perform propeller balancing operations.

5.5 Helicopter Rotor Track and Balancing (Generic)

Using TRACK & BALANCE for helicopter rotor track-and-balance.

5.6 Helicopter Balance (EV2K+ Heli Only)

Explains helicopter balancing using paper charts or built-in functions.

5.7 Fixed Wing Balance (EV2K+ Fixed Wing only)

Explains fixed wing balancing using built-in charts.

5.8 Spectrum Analysis (All Vibrex 2000 units)

How to use Spectrum Analysis to identify vibration sources.

6.0 MAINTENANCE

6.1 Maintenance: Introduction

Provides general maintenance procedures for field use.

6.2 Theory of Operation

Explains the basic subsystems of the Vibrex unit.

6.3 Routine Servicing

Explains routine maintenance and servicing procedures.

6.4 Troubleshooting

Aids for troubleshooting Vibrex 2000/Plus problems.

Appendix A: Photocell Taping

Tape Width Determination

How to determine optimum photocell tape width.

Appendix B: EV2K+ Helicopters

AIRCRAFT MODEL

Lists aircraft models supported by EV2K+ Helicopter Balance.

Appendix C: EV2K+ FasTrak Configurations

AIRCRAFT MODEL

Lists aircraft models supported by EV2K+ FasTrak.

Appendix D: EV2K+ Fixed Wing Aircraft

Aircraft Type

Lists fixed wing aircraft supported by EV2K+ FasTrak.

Appendix E: EV2K+ Hints and Shortcuts

SHORTCUT

Summarizes useful shortcut keys and their uses.

Glossary

Alpha-numeric

Keypad data entry characters (letters or numbers).

Alpha-numeric key

Key that enters alphabetical or numeric characters.

Azimuth

Term for angle, timing, or tachometer signal.

Change Type

Adjustment type for rotor/component track/balance.

Chart

Sensitivity and phase angle coefficients for balance equations.

Clock angle

Unit to measure angle, can be degrees of a circle.

Component

Component to be balanced from a predefined list.

Context key

Key performing named operations, label indicates function.

Dedicated key

Key performing a specific, unchanging operation.

EPROM

Chip containing operating instructions for the Vibrex.

FFT

Fast Fourier Transform method for vibration spectra.

IPS

Inches per second, unit for vibration velocity peak.

Model

Helicopter model selected from a predefined list.

Move line

Line connecting two balance points or readings.

Phase

Term for angular measure or time.

Regime

Helicopter flight state needed for specific measurements.

Serial interface

Data interface for PC/printer communication via RS-232.

Velocimeter

Honeywell accelerometer outputting velocity (Model 7310).

Notes

Notes

General notes section.

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