|
Order
Form via web site
A unique
300 page Encyclopaedia.
Some
1500 words and expressions related to Condition Monitoring,
briefly defined and explained, with cross-referencing, and
illustrations and examples where helpful. This useful book
also provides pointers to appropriate Condition Monitoring
for Industries, Systems and Components. The indices include
listings of the monitors and monitoring techniques included
in the Encyclopaedia.
INCLUDES
a 70 page Introduction to Condition Monitoring Techniques
Introductions
to Condition Monitoring covering the 15 different types*
(around 4-pages per type) and further sections on Human
monitoring and Making the choice.
Chapter
One
INTRODUCTION TO CONDITION MONITORING
1.1 DEFINITION & OBJECTIVE
1.1.1 What Condition Monitoring is NOT
a) Cause Monitoring
b) Maintenance
1.1.2 What Condition Monitoring is
CONDITION MONITORING ROUTES
1.2.1 The experience and background available
a) Several failures
b) First failure
c) No failures yet
1.2.2 Skill of personnel
1.2.3 Reason for monitoring
a) Failures are occurring
b) Monitoring is known to help
1.2.4 Ease of fitting
1.2.5 Finances available
1.2.6 The route
1.3 CONDITION MONITORING PLAN using the Encyclopaedia and
Condition Monitoring Techniques 1.3.1 The complete beginner
1.3.2 The trained condition monitoring engineer
1.4 EXAMPLES OF USE OF ENCYCL OPAEDIA
1.4.1 Example of a marine diesel engine
1.4.2 Example of a mining pump
|
Chapter
Two CONCISE ENCYCLOPAEDIA
2.1 LAYOUT and USE
2.2 ENCYCLOPAEDIA
Chapter
Three CONDITION MONITORING TECHNIQUES IN PRACTICE
3.1 ACOUSTIC EMISSION & ULTRASONICS MONITORING
3.2 COLOUR MONITORING
3.3 CORROSION MONITORING
3.4 ENVIRONMENT MONITORING
3.5 LEVEL, LEAKAGE & FLOW MONITORING
3.6 LOAD MONITORING (force, pressure, strain, torque and
weight)
3.7 NOISE & ACOUSTICS MONITORING
3.8 OIL ANALYSIS
3.9 POSITION MONITORING (including movement)
3.10 POWER MONITORING (performance and efficiency)
3.11 SMELL & TASTE MONITORING
3.12 TEMPERATURE MONITORING
3.13 THERMOGRAPHY
3.14 VIBRATION MONITORING
3.15 WEAR DEBRIS ANALYSIS
3.16 HUMAN MONITORING
3.17 - MAKING THE CHOICE
Chapter
Four INDEX
4.1 INDUSTRIES
4.2 SYSTEMS
4.3 COMPONENTS – how they are monitored
4.4 MONITORS – how they work and what they do
Condition
monitoring is the mechanism for resolving the questions,
³Is it working OK?² and ³What¹s wrong?². The depth to which
the Encyclopaedia goes varies from subject to subject.
Those
areas that are extensively covered in other books in Coxmoor¹s
Machine & System Condition Monitoring Series (see listing
to the left), are only briefly described. However, new ideas
are given more explanation.
It is
easy to get a machine going, but to keep it going over a
long life, effectively and efficiently, can only be achieved
with the help of condition monitoring. Condition monitoring
is the key to reliability.
* Vibration,
Noise & Acoustics, Thermography, Level, leakage & Flow,
Oil Analysis, Acoustic Emission & Ultrasonics, Corrosion,
Load, Wear Debris Analysis, Colour, Position, Power, Temperature,
Environment, and Smell & Tasting.
Order
Form via web site
|
