Technical Guide

ManualsBrandsFluke ManualsTesting EquipmentFluke 810

Date:10/12/2010 5:50 PM

810 Vibration Tester Diagnostic Report

Device Serial Number : VibrationTester1

achine Setup Name : USCC

easurement Date/Time : 05/18/2010 11:48:10

rive Train

Diagnosis

Fault description Fault severity Severity Score Severity Scale

Pump Free End Ball Bearing Wear Moderate 31/100

Pump Drive End Ball Bearing Wear Moderate 30/100

Pump Drive End Looseness Or Bearing

Clearance Problem

Slight 8/100

Image

Recommendations

Recommendations Priority Priority Description

Monitor All Pump Bearings For Increased

Vibration

2 Desirable

Fluke 810 Diagnostic Report

The Fluke 810 Vibration Tester makes tracking machine health easy with Viewer PC software. The

included Viewer software helps you quickly generate .PDF-format reports that include your drive

train’s setup and diagnostic information, as well as the backup spectra. The software also lets you

tell a more complete story by uploading images of your machinery (.JPG or Fluke .IS2 format).

This document is a sample Fluke 810 diagnostic report. Actual report appearance will

depend on the data captured and images selected for inclusion. To learn more, visit

www.ﬂuke.com/viewer-software or email vibration@ﬂuke.com.

Summary of content (14 pages)

PAGE 1
Fluke 810 Diagnostic Report The Fluke 810 Vibration Tester makes tracking machine health easy with Viewer PC software. The included Viewer software helps you quickly generate .PDF-format reports that include your drive train’s setup and diagnostic information, as well as the backup spectra. The software also lets you tell a more complete story by uploading images of your machinery (.JPG or Fluke .IS2 format). This document is a sample Fluke 810 diagnostic report.
PAGE 2
Date:10/12/2010 5:50 PM Location : Location 2 Range : High range Axis : Axial X Axis Unit : Orders Y Axis Unit : mm/sec Location : Location 2 Range : Low range Axis : Axial X Axis Unit : Orders Y Axis Unit : mm/sec
PAGE 3
Date:10/12/2010 5:50 PM Location : Location 2 Range : High range Axis : Tangential X Axis Unit : Orders Y Axis Unit : mm/sec Location : Location 2 Range : Low range Axis : Tangential X Axis Unit : Orders Y Axis Unit : mm/sec
PAGE 4
Date:10/12/2010 5:50 PM Location : Location 2 Range : High range Axis : Radial X Axis Unit : Orders Y Axis Unit : mm/sec Location : Location 2 Range : Low range Axis : Radial X Axis Unit : Orders Y Axis Unit : mm/sec
PAGE 5
Date:10/12/2010 5:50 PM Location : Location 3 Range : High range Axis : Axial X Axis Unit : Orders Y Axis Unit : mm/sec Location : Location 3 Range : Low range Axis : Axial X Axis Unit : Orders Y Axis Unit : mm/sec
PAGE 6
Date:10/12/2010 5:50 PM Location : Location 3 Range : High range Axis : Tangential X Axis Unit : Orders Y Axis Unit : mm/sec Location : Location 3 Range : Low range Axis : Tangential X Axis Unit : Orders Y Axis Unit : mm/sec
PAGE 7
Date:10/12/2010 5:50 PM Location : Location 3 Range : High range Axis : Radial X Axis Unit : Orders Y Axis Unit : mm/sec Location : Location 3 Range : Low range Axis : Radial X Axis Unit : Orders Y Axis Unit : mm/sec
PAGE 8
Date:10/12/2010 5:50 PM Location : Location 4 Range : High range Axis : Axial X Axis Unit : Orders Y Axis Unit : mm/sec Location : Location 4 Range : Low range Axis : Axial X Axis Unit : Orders Y Axis Unit : mm/sec
PAGE 9
Date:10/12/2010 5:50 PM Location : Location 4 Range : High range Axis : Axial X Axis Unit : Orders Y Axis Unit : mm/sec Location : Location 4 Range : Low range Axis : Axial X Axis Unit : Orders Y Axis Unit : mm/sec
PAGE 10
Date:10/12/2010 5:50 PM Location : Location 4 Range : High range Axis : Radial X Axis Unit : Orders Y Axis Unit : mm/sec Location : Location 4 Range : Low range Axis : Radial X Axis Unit : Orders Y Axis Unit : mm/sec
PAGE 11
Date:10/12/2010 5:50 PM Fault description : Pump Free End Ball Bearing Wear Fault severity : Moderate (31) Cited peak number Bearing Axis Vibration amplitude Order Range Cited peak1 Location4 Axial 2.36 mm/sec 9.48 High Cited peak2 Location4 Tangential 1.44 mm/sec 9.31 High Cited peak3 Location4 Axial 0.46 mm/sec 10.8 High Cited peak4 Location4 Tangential 0.25 mm/sec 5.32 High Cited peak5 Location4 Radial 0.20 mm/sec 3.79 Low Cited peak6 Location4 Radial 0.
PAGE 12
Date:10/12/2010 5:50 PM Fault description : Pump Drive End Ball Bearing Wear Fault severity : Moderate (30) Cited peak number Bearing Axis Vibration amplitude Order Range Cited peak1 Location3 Axial 1.06 mm/sec 6.57 High Cited peak2 Location3 Axial 0.91 mm/sec 9.55 High Cited peak3 Location3 Radial 0.88 mm/sec 6.8 High Cited peak4 Location3 Tangential 0.76 mm/sec 10.7 High Cited peak5 Location3 Radial 0.72 mm/sec 6.45 High Cited peak6 Location3 Tangential 0.
PAGE 13
Date:10/12/2010 5:50 PM Fault description : Pump Drive End Looseness Or Bearing Clearance Problem Fault severity : Slight (8) Cited peak number Bearing Axis Vibration amplitude Order Range Cited peak1 Location3 Axial 1.08 mm/sec 7 High Cited peak2 Location3 Axial 1.05 mm/sec 6 High Cited peak3 Location3 Radial 0.78 mm/sec 6 High Cited peak4 Location3 Radial 0.70 mm/sec 7 High Cited peak5 Location3 Tangential 0.34 mm/sec 6 High Cited peak6 Location3 Axial 0.
PAGE 14
Date:10/12/2010 5:50 PM Machine Setup Details Machine Setup Name : USCC Setup Field Input Motor type AC AC motor with VFD Yes Speed in RPM 717 Nominal hp 50 Motor mounted Horizontal Motor has Roller bearing Motor detached from drive train No Motor close-coupled No Coupling between motor and next component Yes Next component Pump Driven component bearing type Roller bearing Pump type Centrifugal Impeller is supported by Overhung No.