Configurations: Difference between revisions
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This section contains additional options for customizing the system’s operational behavior. These settings may include: | This section contains additional options for customizing the system’s operational behavior. These settings may include: | ||
'''Calibration Settings:''' | '''1. Calibration Settings:''' | ||
Users can calibrate sensors or devices to ensure accurate measurements and readings across the system. | Users can calibrate sensors or devices to ensure accurate measurements and readings across the system. | ||
'''Performance Thresholds:''' | '''2. Performance Thresholds:''' | ||
Users can define upper and lower limits for key parameters, ensuring that the system operates within predefined safety and efficiency ranges. If any parameter exceeds or falls below the defined threshold, the system will trigger an alarm to notify users of potential issues. | Users can define upper and lower limits for key parameters, ensuring that the system operates within predefined safety and efficiency ranges. If any parameter exceeds or falls below the defined threshold, the system will trigger an alarm to notify users of potential issues. |
Revision as of 10:40, 18 November 2024
The Configurations section is where users can fine-tune various system parameters to ensure optimal performance and accuracy. It allows users to adjust settings for each parameter, configure thresholds, and manage alarms. The key configuration options include:
Register Values:
This area displays the numerical values associated with each parameter. Users can view and modify these values to fine-tune the system to their needs. For example, they may adjust temperature thresholds, energy usage limits, or other operational parameters to optimize 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:
Multipliers are scaling factors that adjust the raw data collected from hardware systems for more accurate interpretation and analysis. Users can apply these factors to ensure that the data is presented in a format that aligns with specific measurement standards or provides more meaningful insight into system performance. For example, users 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 lists all alarms related to each parameter, showing both active and historic alerts. Users can configure the system to define the conditions under which alarms will be triggered, adjust alarm thresholds, and set notifications for certain events. This feature allows users to manage risk and ensure timely responses to issues, reducing the likelihood of system downtime or performance degradation.
Other Configuration Settings:
This section contains additional options for customizing the system’s operational behavior. These settings may include:
1. Calibration Settings:
Users can calibrate sensors or devices to ensure accurate measurements and readings across the system.
2. Performance Thresholds:
Users can define upper and lower limits for key parameters, ensuring that the system operates within predefined safety and efficiency ranges. If any parameter exceeds or falls below the defined threshold, the system will trigger an alarm to notify users of potential issues.
The Configurations section allows users to tailor AQue Lite to their specific needs, ensuring that system performance is optimized and aligned with operational goals. It also provides advanced users with greater control over data interpretation and alarm management.