Configurations: Difference between revisions
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The Configurations section | The Configurations section of our team allows to fine-tune various system parameters toward obtaining the best overall performance and precision. It enables configurations for settings of each parameter, threshold settings, as well as alarm management. Mainly, the following configuration options are recognized: | ||
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'''Register Values:''' | '''Register Values:''' | ||
This | This shows the values that correspond to each value. Our team may view and change these values to fine-tune the system according to our requirements. For example, temperature thresholds or maximum energy usage could be changed, or other working parameters tuned to optimize it for better efficiency. These values are critical for ensuring that the system operates within the desired parameters and can be tailored to meet specific business needs or regulatory requirements. | ||
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'''Multipliers:''' | '''Multipliers:''' | ||
This is a '''multiplier''' representing a scaling factor that will help to present more meaningful values for data collected from hardware systems, proper interpretation, and analysis. Our team may use the appropriate multiplier to facilitate presentation of data in format correlated with certain measurement standards or offering more meaningful insight into the performance of the system. For example, we may use a multiplier to adjust the voltage readings or energy usage data to account for specific system efficiencies or to conform to local measurement conventions. | |||
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'''Alarms:''' | '''Alarms:''' | ||
The Alarms configuration section | The '''Alarms''' configuration section contains all related alarms for each of the parameters, which will be both '''active and historic'''. Our team can configure the system to lay down the conditions under which alarms will be issued, adjust alarm thresholds, and send notifications for certain events. This feature helps manage risk and is prepared well in advance regarding issues that may eventually cause system downtime or degrade performance. | ||
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'''1. Calibration Settings:''' | '''1. Calibration Settings:''' | ||
Our team will calibrate sensors or devices in the system to ensure that measurements are accurate. | |||
'''2. Performance Thresholds:''' | '''2. Performance Thresholds:''' | ||
Our team can give upper and lower limits for key parameters in order to ensure that the system falls within predefined ranges related to safety and efficiency. If a parameter is out of such limits, an alarm will trigger our attention to some problem. | |||
The Configurations section | The '''Configurations section''' ensures our team can configure '''AQue Lite''' to our preferences; therefore, the system functioning is maximized as well as matched with operational goals. This section also gives more control to our team regarding an interpretation of data and management of an alarm. | ||
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[[Category:Dashboard Features]] | [[Category:Dashboard Features]] | ||
Revision as of 08:09, 21 November 2024
The Configurations section of our team allows to fine-tune various system parameters toward obtaining the best overall performance and precision. It enables configurations for settings of each parameter, threshold settings, as well as alarm management. Mainly, the following configuration options are recognized:
Register Values:
This shows the values that correspond to each value. Our team may view and change these values to fine-tune the system according to our requirements. For example, temperature thresholds or maximum energy usage could be changed, or other working parameters tuned to optimize it for better efficiency. These values are critical for ensuring that the system operates within the desired parameters and can be tailored to meet specific business needs or regulatory requirements.
Multipliers:
This is a multiplier representing a scaling factor that will help to present more meaningful values for data collected from hardware systems, proper interpretation, and analysis. Our team may use the appropriate multiplier to facilitate presentation of data in format correlated with certain measurement standards or offering more meaningful insight into the performance of the system. For example, we may use a multiplier to adjust the voltage readings or energy usage data to account for specific system efficiencies or to conform to local measurement conventions.
Alarms:
The Alarms configuration section contains all related alarms for each of the parameters, which will be both active and historic. Our team can configure the system to lay down the conditions under which alarms will be issued, adjust alarm thresholds, and send notifications for certain events. This feature helps manage risk and is prepared well in advance regarding issues that may eventually cause system downtime or degrade performance.
Other Configuration Settings:
This section contains additional options for customizing the system’s operational behavior. These settings may include:
1. Calibration Settings:
Our team will calibrate sensors or devices in the system to ensure that measurements are accurate.
2. Performance Thresholds:
Our team can give upper and lower limits for key parameters in order to ensure that the system falls within predefined ranges related to safety and efficiency. If a parameter is out of such limits, an alarm will trigger our attention to some problem.
The Configurations section ensures our team can configure AQue Lite to our preferences; therefore, the system functioning is maximized as well as matched with operational goals. This section also gives more control to our team regarding an interpretation of data and management of an alarm.