Measuring Point vs. Counter: Key Differences
and Application
When working with technical equipment and maintenance
systems like SAP, understanding the concepts of Measuring Points
and Counters is crucial. These elements help track and monitor equipment
conditions and performance over time. Let's explore their definitions,
differences, and applications.
What is a Measuring Point?
A Measuring Point is a designated location on a piece
of equipment or a functional location where a specific condition or value
is recorded. These values are discontinuous and typically numerical.
Characteristics of a Measuring Point:
-
Records non-continuous values such as pressure, temperature,
or vibration.
-
Assigned to a technical object (e.g., equipment or
functional location).
-
Uses numeric characteristics to define the recorded
values.
Examples:
-
Monitoring the condition of silica gel in a transformer.
-
Measuring pressure and temperature in a boiler.
-
Recording running hours of machinery.
Each measuring point is associated with a specific characteristic
to ensure accurate tracking and differentiation between various readings.
What is a Counter?
A Counter is a special type of measuring point used
to track continuously changing values over time. Unlike standard measuring
points, counters record cumulative readings that increase progressively.
Characteristics of a Counter:
-
Records continuous and cumulative values such as distance,
energy consumption, or operational hours.
-
Assigned to a measuring point in cases where tracking
over time is essential.
Examples:
-
Odometer reading of a vehicle (kilometers driven).
-
Electricity consumption (kilowatt-hours).
-
Running hours of a generator.
Counter readings are taken at predefined intervals, helping
in predictive maintenance and usage analysis.
Key Differences: Measuring Point vs. Counter
| Feature |
Measuring Point |
Counter |
| Nature of Value |
Discontinuous (specific conditions) |
Continuous (cumulative readings) |
| Example Readings |
Temperature, Pressure, Vibration |
Odometer, Energy Consumption |
| Usage |
Records isolated values at specific times |
Tracks cumulative data over time |
| Application |
Condition monitoring |
Performance and usage tracking |
Understanding these distinctions is essential for efficient
maintenance and asset management, ensuring proper data collection for
analysis and decision-making.
Read also :-
Refurbishment
Process In SAP PM
SAP Reference Books :-
SAP PM, CO, FI,
PP, SD, MM, PS, QM, SM, HR, BW, APO, Basis, ABAP/4, Certification,
Books
Back to SAP PM :-
SAP PM (Plant Maintenance)
Hints and Tips
Return to :-
SAP ABAP/4 Programming,
Basis Administration, Configuration Hints and Tips
(c) www.gotothings.com All material on this site is Copyright.
Every effort is made to ensure the content integrity.
Information used on this site is at your own risk.
All product names are trademarks of their respective
companies. The site www.gotothings.com is in no way affiliated with
SAP AG.
Any unauthorised copying or mirroring is prohibited.
|