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DESKRIPSI
Electrical calibration is the process of verifying the accuracy of an electrical measuring instrument. The procedure involves comparing the readings of the instrument under test to those of a reference standard. In order to ensure reliable results, it is important to use a calibrated reference standard that has been checked against a known value.
There are a number of different electronic instruments that require electrical calibration, including multimeters, clamp meters, and megohmeters. Each type of instrument has its own unique set of calibration requirements. However, the basic principle remains the same: to verify that the instrument is providing accurate readings. Electrical calibration is an essential part of quality control for any electronic measuring device. Without it, there would be no way to know if the instrument provided the correct information. With electrical calibration, you can be confident that your measurements are accurate.
OUTLINE MATERI
- Reason for measurement / overview / history
- Parts of the basic instrumentation & control loop
- Using process & instrument drawings (P&ID’s)
- Process control signals and common transducers
- Understanding the 4 to 20 milliamp current loop
- Signal conversions
- Basics of instrument calibrations
- Position and speed sensors
- Temperature sensors and calibration
- Pneumatic and hydraulic pressure concepts
- Pressure, force and strain sensors and calibrations
- Level detectors and calibrations
- Fluid and gas flow concepts
- Flow detectors
- Typical problems in instrumentation system
- Smart instruments
- Instrumentation data communications and network
- Trends in sensors and instrumentation
- Designing and installing instrumentation systems
- Troubleshooting instrumentation systems
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