POWER CALIBRATOR/SIMULATOR
Power quality is an important branch of power system engineering and understanding of the power quality phenomena’s is one of the main issues. Simulating of different power quality issues enables the user to became more familiar with power quality issues, understanding the root cause of disturbances as well as for learning how to use/program specific Power Quality Analysers. Power Simulator is an unique tool to enter into Power Quality World.
Calibration is a comparison between a known measurement and a measurement shown on your instrument. The accuracy of the reference instrument (standard) should be at least two times the accuracy of the measuring device being tested.
Calibration has more objectives:
- Checking the instrument accuracy;
- Determine the traceability of the measurement.
To ensure correct measurement, it is essential that the instrument is regularly calibrated. If used continuously on a daily basis, a six-month calibration period is recommended, otherwise annual calibration is sufficient.
ADVANTAGES
- Power quality parameters are free programmable;
- Possibility to save predefined setup and creation of different training scenarios;
- Calibration procedure of Class A / Class S Power Quality Analysers.
GENERAL FEATURES
- Simulation of most applicable power quality phenomena;
- Custom setup of supported parameters;
- Generation of predefined calibration points for Power Quality Analysers (voltage/current/frequency).
APPLICATIONS
- Training process of power quality phenomena in technical schools, electricity utilities, private sector;
- Periodical calibration of Class A and Class S Power Quality Analysers.
POWER CALIBRATOR/SIMULATOR
Power quality is an important branch of power system engineering and understanding of the power quality phenomena’s is one of the main issues. Simulating of different power quality issues enables the user to became more familiar with power quality issues, understanding the root cause of disturbances as well as for learning how to use/program specific Power Quality Analysers. Power Simulator is an unique tool to enter into Power Quality World.
Calibration is a comparison between a known measurement and a measurement shown on your instrument. The accuracy of the reference instrument (standard) should be at least two times the accuracy of the measuring device being tested.
Calibration has more objectives:
- Checking the instrument accuracy;
- Determine the traceability of the measurement.
To ensure correct measurement, it is essential that the instrument is regularly calibrated. If used continuously on a daily basis, a six-month calibration period is recommended, otherwise annual calibration is sufficient.
ADVANTAGES
- Power quality parameters are free programmable;
- Possibility to save predefined setup and creation of different training scenarios;
- Calibration procedure of Class A / Class S Power Quality Analysers.
GENERAL FEATURES
- Simulation of most applicable power quality phenomena;
- Custom setup of supported parameters;
- Generation of predefined calibration points for Power Quality Analysers (voltage/current/frequency).
APPLICATIONS
- Training process of power quality phenomena in technical schools, electricity utilities, private sector;
- Periodical calibration of Class A and Class S Power Quality Analysers.
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POWER CALIBRATOR/SIMULATOR
Power quality is an important branch of power system engineering and understanding of the power quality phenomena’s is one of the main issues. Simulating of different power quality issues enables the user to became more familiar with power quality issues, understanding the root cause of disturbances as well as for learning how to use/program specific Power Quality Analysers. Power Simulator is an unique tool to enter into Power Quality World.
Calibration is a comparison between a known measurement and a measurement shown on your instrument. The accuracy of the reference instrument (standard) should be at least two times the accuracy of the measuring device being tested.
Calibration has more objectives:
- Checking the instrument accuracy;
- Determine the traceability of the measurement.
To ensure correct measurement, it is essential that the instrument is regularly calibrated. If used continuously on a daily basis, a six-month calibration period is recommended, otherwise annual calibration is sufficient.
ADVANTAGES
- Power quality parameters are free programmable;
- Possibility to save predefined setup and creation of different training scenarios;
- Calibration procedure of Class A / Class S Power Quality Analysers.
GENERAL FEATURES
- Simulation of most applicable power quality phenomena;
- Custom setup of supported parameters;
- Generation of predefined calibration points for Power Quality Analysers (voltage/current/frequency).
APPLICATIONS
- Training process of power quality phenomena in technical schools, electricity utilities, private sector;
- Periodical calibration of Class A and Class S Power Quality Analysers.
