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14 November 2024

12 November 2024

  • 06:1306:13, 12 November 2024 diff hist +7 AlarmsNo edit summary
  • 06:1306:13, 12 November 2024 diff hist +202 N Automated ResponsesCreated page with "----- Alarms can also be configured to trigger automated actions, such as shutting down a device, adjusting system settings, or activating emergency protocols to mitigate the risk of damage or failure."
  • 06:1206:12, 12 November 2024 diff hist −1 Notification OptionsNo edit summary
  • 06:1206:12, 12 November 2024 diff hist +387 N Notification OptionsCreated page with "---- Upon triggering an alarm, the system can notify users in various ways, such as: ---- '''Email Alerts:''' Instant alerts sent via email to designated personnel. '''SMS or Push Notifications:''' Real-time alerts via SMS or mobile push notifications. '''Visual Indicators:''' On-screen pop-ups or visual alerts (e.g., flashing lights or color changes in the user interface)."
  • 06:1106:11, 12 November 2024 diff hist +240 N Customizable Alarm CriteriaCreated page with "------ Users can set different alarm levels for each parameter, allowing for customized monitoring based on the specific needs of the application. For example, you may want a high-pressure alarm at 100 psi, but a critical alarm at 150 psi."
  • 06:1006:10, 12 November 2024 diff hist +130 N Critical AlarmsCreated page with "------ Triggered when a parameter exceeds critical thresholds and requires immediate attention to avoid system damage or failure."
  • 06:1006:10, 12 November 2024 diff hist +124 N Warning AlarmsCreated page with "----- Indicate that the system is approaching a critical limit. These alarms are more for awareness and early intervention."
  • 06:1006:10, 12 November 2024 diff hist +116 N Multiple Alarm TypesCreated page with "----- Aque Lite supports various alarm types, including: ---- '''Warning Alarms''' '''Critical Alarms'''"
  • 06:0906:09, 12 November 2024 diff hist +211 N Threshold SettingsCreated page with "------ Alarms are typically based on upper and lower bounds for specific parameters (e.g., temperature, pressure, flow rate). When the monitored value exceeds or falls below these bounds, an alarm is activated."
  • 06:0806:08, 12 November 2024 diff hist +551 N AlarmsCreated page with "----- The alarm configuration is designed to help proactively manage system conditions by setting thresholds for different parameters. If a parameter exceeds or falls below a predefined threshold, an alarm is triggered to notify the user or initiate a corrective action. This is crucial for maintaining system integrity and ensuring safe operation. ----- '''Key Features of Alarms:''' '''Threshold Settings''' '''Multiple Alarm Types''' '''Customizable Alarm..."
  • 05:4605:46, 12 November 2024 diff hist +201 N Fine-Tuning MeasurementsCreated page with "------ In some cases, you might need to apply custom multipliers to account for device inaccuracies or specific system calibrations, providing more precise readings and improving measurement accuracy."
  • 05:4605:46, 12 November 2024 diff hist +298 N Unit ConversionCreated page with "-------------- Often, the raw data may come in one unit (e.g., counts or raw voltage levels) but needs to be converted into another (e.g., pressure in bar, temperature in °C). The multiplier allows this conversion by defining the relationship between the raw register value and the physical unit."
  • 05:4505:45, 12 November 2024 diff hist +274 N Calibration FactorCreated page with "-------- The multiplier acts as a calibration factor to adjust the raw data into its corresponding physical value. For example, if the raw register value represents temperature in an arbitrary unit, applying a multiplier could convert it into degrees Celsius or Fahrenheit."
  • 05:4505:45, 12 November 2024 diff hist +532 N MultiplierCreated page with "---------- The multiplier is a scaling factor used to convert the raw register values into more meaningful physical units, such as degrees Celsius, liters per minute, volts, etc. Since raw data from hardware devices often represents a range of numbers that are not directly in units we can easily understand, applying a multiplier ensures that the data can be interpreted in real-world terms. ------ '''Key Aspects of the Multiplier:''' '''Calibration Factor''' '''[..."
  • 05:4305:43, 12 November 2024 diff hist +237 N Device-Specific DataCreated page with "----- Different hardware devices may have their own registers for reading different kinds of measurements (e.g., flow rate, electrical conductivity, etc.), and these register values must be correctly interpreted for meaningful insights."
  • 05:4105:41, 12 November 2024 diff hist +163 N Raw Sensor DataCreated page with "----- These are unprocessed readings directly from sensors, devices, or machines that capture physical properties such as temperature, pressure, flow, or voltage."
  • 05:4005:40, 12 November 2024 diff hist +782 N Register ValuesCreated page with "------ Register values are the raw data or outputs generated by the hardware devices, such as sensors, controllers, or other measuring instruments within the system. These values are typically in a digital format and represent the data collected from the physical environment. The register values are essential for understanding how the system is interacting with the hardware and can be interpreted as: ----- '''Raw Sensor Data''' '''Device-Specific Data''' ---..."
  • 05:3805:38, 12 November 2024 diff hist +30 ConfigurationNo edit summary
  • 05:3805:38, 12 November 2024 diff hist +540 N ConfigurationCreated page with "------ The Configuration section in Aque Lite is a powerful tool that allows users to customize and optimize the system’s performance by configuring key parameters, thresholds, and scaling factors. This section is central to tailoring the system to specific needs, ensuring accurate data interpretation, and managing system alarms. It provides a comprehensive interface for adjusting how various physical measurements are represented, monitored, and responded to. -----..."

11 November 2024

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