Zoom service status sensor – zoom service status sensor:
Working Distance. Download Catalogue. General Catalogue This is the general Catalogue of Computar products. General Catalogue approx. Machine Vision Lenses Catalogue approx. Sensor Settings Overview. For more information about sensor settings, see the following sections:. Previous Next.
Zoom Service Status Sensor. Setting Description Sensor Name Enter a name to identify the sensor. Parent Tags Shows tags that the sensor inherits from its parent device , parent group , and parent probe. Tags Enter one or more tags. The sensor has the following default tags that are automatically predefined in the sensor’s settings when you add the sensor: zoom zoomsensor Priority Select a priority for the sensor. Setting Description Primary Channel Select a channel from the list to define it as the primary channel.
Graph Type Define how different channels are shown for this sensor: Show channels independently default : Show a graph for each channel. Stack channels on top of each other : Stack channels on top of each other to create a multi-channel graph.
This generates a graph that visualizes the different components of your total traffic. You cannot use this option in combination with manual Vertical Axis Scaling available in the channel settings. Stack Unit This setting is only visible if you enable Stack channels on top of each other as Graph Type.
The file name is Result of Sensor [ ID ]. This setting is for debugging purposes. PRTG overwrites this file with each scanning interval. Setting Description Scanning Interval Select a scanning interval from the dropdown list.
Choose from: 60 seconds 5 minutes 10 minutes 15 minutes 30 minutes 1 hour 4 hours 6 hours 12 hours 24 hours You can change the available intervals in the system administration of PRTG Network Monitor. If a Sensor Query Fails Select the number of scanning intervals that the sensor has time to reach and to check a device again if a sensor query fails. Choose from: Set sensor to down immediately : Set the sensor to the Down status immediately after the first request fails. Set sensor to warning for 1 interval, then set to down recommended : Set the sensor to the Warning status after the first request fails.
If the second request also fails, the sensor shows the Down status. Set sensor to warning for 2 intervals, then set to down : Set the sensor to the Down status only after the third request fails. Set sensor to warning for 3 intervals, then set to down : Set the sensor to the Down status only after the fourth request fails. Set sensor to warning for 4 intervals, then set to down : Set the sensor to the Down status only after the fifth request fails. Set sensor to warning for 5 intervals, then set to down : Set the sensor to the Down status only after the sixth request fails.
Setting Description Schedule Select a schedule from the list. Maintenance Window Select if you want to set up a one-time maintenance window. Choose between: Do not set up a one-time maintenance window : Do not set up a one-time maintenance window. Monitoring is always active. Set up a one-time maintenance window : Set up a one-time maintenance window and pause monitoring.
You can define a time span for the pause below. Maintenance Begins This setting is only visible if you enable Set up a one-time maintenance window above. Maintenance Ends This setting is only visible if you enable Set up a one-time maintenance window above. Dependency Type Select a dependency type. You can choose from: Use parent : Use the dependency type of the parent object. Select a sensor : Use the dependency type of the parent object. Additionally, pause the current object if a specific sensor is in the Down status or in the Paused status because of another dependency.
Master sensor for parent : Make this sensor the master object for its parent device. The sensor influences the behavior of its parent device: If the sensor is in the Down status, the device is paused. For example, it is a good idea to make a Ping sensor the master object for its parent device to pause monitoring for all other sensors on the device in case the device cannot even be pinged.
Additionally, the sensor is paused if the parent group is paused by another dependency. Dependency This setting is only visible if you enable Select a sensor above. For each user group, you can choose from the following group access rights: Inherited : Inherit the access rights settings of the parent object. No access : Users in this user group cannot see or edit the sensor.
The sensor neither shows up in lists nor in the device tree. Read access : Users in this group can see the sensor and view its monitoring results. They cannot edit any settings. Write access : Users in this group can see the sensor, view its monitoring results, and edit its settings. They cannot edit its access rights settings. Full access : Users in this group can see the sensor, view its monitoring results, edit its settings, and edit its access rights settings.
Additionally it will not represent smaller smoke plumes or smoke plumes otherwise not detected by the satellite images e. Whenever the location of interest is within the area of a Special Smoke Statement, a banner is displayed notifying the user and the Special Smoke Statement section of the Sidebar will also display this information.
Clicking the link takes the user to the Special Smoke Statement or to a list if there is more than one. Currently the map only displays as Special Smoke Statements smoke outlooks produced by deployed U. The boundaries of areas with smoke outlooks can be turned on the Map Layer Control. Use the map layer icon in the upper righthand corner of the map to turn on information from AirNow monitors, USFS temporary monitors, and sensors. EPA and USFS may update the sensor map layer several times during the pilot project, as we respond to feedback and work to improve the map.
Please Note: The data on the AirNow Fire and Smoke Map are intended to help individuals make decisions to protect their health during fires. Data are provisional and are subject to revision until thoroughly reviewed and approved. Real-time data relayed by satellite or other telemetry are automatically screened by the various systems to not display improbable values until they can be verified.
Provisional data may be inaccurate due to instrument malfunctions or physical changes at the measurement site. Subsequent review based on field inspections and measurements may result in significant revisions to the data. Tactical decisions, such as the activation of a response to fight these fires and evacuation efforts, should not be made without other information to corroborate the fire’s existence and location.
For the Fire and Smoke Map, low-cost sensor data is provided by PurpleAir and is subject to the capabilities and limitations of that system.
For the Fire and Smoke Map, the data has been corrected. It should be used for informational purposes only. Data from low-cost sensors is presented with the following notation: This is a low-cost sensor that typically has unknown performance, siting, and maintenance. Data from permanent air monitors is higher quality than data from low-cost air sensors. Data processing includes quality control screening, hourly averaging, and application of EPA correction factor and NowCast algorithm.
Government may be held liable for any damages resulting from authorized or unauthorized use of the information. Data users are cautioned to consider carefully the provisional nature of the information before using it for decisions that concern personal or public safety or the conduct of business that involves substantial monetary or operational consequences.
Information concerning the accuracy and appropriate uses of these data or concerning other air quality data may be obtained through EPA at firesmokemap epa. To see other pollutants, visit the AirNow interactive map , which shows ozone, PM 2. AirNow uses three shapes to show the type of air measurement device that is reporting data to the Fire and Smoke Map:. For each of the shapes, the map shows air quality in the color codes of the U.
Air Quality Index. The colors show the US. Note: If an icon is gray, that indicates that data is not available this could occur for several reasons. For low-cost sensors, the NowCast is applied after the sensor data are corrected. The Concentration tab shows the PM 2. For low-cost sensors, the concentrations shown have been corrected using the EPA correction equation. Wildfire smoke can affect your health in many ways, but there are a number of different steps you can take to help protect yourself — ranging from limiting outdoor activities to wearing masks to filtering indoor air via air conditioning or HEPA filters.
Learn more about how wildfire smoke affects you and what you can do through at How Smoke from Fires Can Affect Your Health , or get more detailed information in the Wildfire Guide Factsheets.
Click on that icon for more detail. Air quality can change rapidly during a fire and map users expressed interest in seeing more real-time air quality information to help them make decisions about their outdoor activities. The PM 2. The trend information you see when you click or tap on a monitor or sensor describes the most recent air quality information usually gathered over the past 30 minutes and can help give you an idea whether air quality near that location is stable, improving or getting worse.
The AQI for particle pollution is a hour index that is tied to national standards for particle pollution also called particulate matter and the scientific studies behind them. While the trend information may more closely align with what you see outside your window than the NowCast, you should use them both to make decisions.
The trend information shows you whether air quality for the past 30 minutes has been stable, improving or worsening at your location. You can use that to guide short-term activities, such as opening or closing windows, or going outside to walk the dog.
The trend shows what has recently been observed usually in the past 30 minutes at the location you have selected. The color code and category included in the trend show what the NowCast AQI category would be in the next few hours IF conditions continue to remain at these levels. If conditions change, the NowCast may not reach this category.
Sometimes observations in an area can show different PM2. Sensors and monitors can reflect only the conditions at their specific location, but smoke can vary considerably — even over small distances and times.
This is particularly true as smoke plumes move in and out of an area. This can cause different trends at sensors or monitors in the same area — and can result in different NowCast AQI categories, too. For a low-cost sensor, only data from that sensor is used to determine a trend. All minute rolling averages received in the past 20 minutes from PurpleAir are recorded note the minute average from 20 minutes ago represents the time period from 30 to 20 minutes ago.
Each minute average is considered a separate data point and is converted into an AQI category based on its value. Calculation of PM2. Up to three low-cost sensors are used.
Where no low-cost sensor has been identified nearby, the last available hourly measurement from the monitor itself is used, provided it is no more than an hour old.
Calculating the PM2. Sometimes due to data lags or other issues no such data is available; in this case the PM 2. Depending on the situation, the PM2. The trend graphic see below also shows the AQI category range for the data used to determine the trend. This means we do not label a trend as increasing or decreasing until data show PM 2. The written trend description states the full range of AQI categories observed in the past 30 minutes.
It is possible that rapid changes in air quality may result in 30 minutes of data that span several AQI categories. If this happens, the PM 2. The Fire and Smoke map brings you a host of fire-related information all in one place, including:. In , EPA and the U. Forest Service have expanded the information available when you click or tap a monitor or sensor icon.
You also can find a map showing the monitor or sensor location, and ID information about the particular monitor or sensor you have selected. USFS and EPA are providing the sensor data on the Fire and Smoke Map to give the public additional information they can use to make individual decisions to protect their health during fires.
The data on the map is not used for regulatory purposes. While you may use both websites to learn more about air quality in your area, the AirNow Fire and Smoke Map allows you to compare current air quality from low-cost sensors, permanent monitors that report to AirNow, and temporary monitors — and to see all of that information in one place.
In addition, the Fire and Smoke Map features fire location, basic fire information if available , and smoke plume information. When clicking on individual sensors on the Fire and Smoke Map, you can view the hourly Nowcast for the past several days, along with 1-hour, and minute averages in PM 2. The PurpleAir map shows outdoor and indoor sensors. Users can also choose to view the data in different averaging times down to 2-minute averages , to apply several corrections and conversions, or view additional data such as PM10, particle count, temperature, and relative humidity data.
Viewing data at different averaging intervals and using different corrections can cause differences between the maps. In addition, PurpleAir uses a different color scale to display their data. Air sensors, also known as low-cost sensors, are a class of non-regulatory technology for measuring pollutants in the air. Air sensors are lower in cost, portable, and generally easier to operate than the regulatory monitors widely used in the United States. If PM 2. However, if PM 2. You may even see this type of difference when comparing two nearby sensors.
EPA and USFS perform quality control screening and then apply some data processing steps, a scientific correction equation to reduce bias in the sensor data, and the NowCast , the calculation used show the data in the context of the Air Quality Index.
There are several possible reasons why no sensor appear on the map for your area. There may be no publicly available sensors in your area, the sensors in your area failed to meet the quality control screening criteria developed for the Fire and Smoke Map, or the sensor data is temporarily unavailable or offline. Newly registered sensors also may not appear on the map for up to 48 hours. Sensors identified by state, local, or tribal agencies as problematic such as sensors that are strongly influenced by local pollution sources, sensors that have shown erroneous data for a long time compared to other nearby sensors, or sensors believed to be mis-labeled or mis-located may be removed from the map.
It also is possible that the state, local or tribal agency responsible for air quality in your area has chosen not to have sensor data shown on the Fire and Smoke Map for your area. Please fill in the information below, or email us at zoominfo yealink.
Azure Storage Account Sensor
Wildfire smoke can affect your health in many ways, but there are a number of different steps you can take to help protect yourself — ranging from limiting outdoor activities to wearing masks to filtering indoor air via air conditioning or HEPA filters.
Zoom service status sensor – zoom service status sensor: –
Differences in PM 2. Set sensor to warning for 2 intervals, then set to down : Set the sensor to the Down status only after the third request fails. Depending on the option that you select, the sensor can try to reach and to check a device again several times before the sensor shows the Down status.
Zoom service status sensor – zoom service status sensor:. ViSWIR Zoom Series
Apr 22, · Integrations and bots to use with Zoom. Video Webinars. Full-featured, easy-to-use, engaging webinars. Phone System. Enterprise cloud phone system. Events. All-in-one platform to host virtual experiences. Chat. Connect your teams and streamline communications. Rooms and Workspaces. The Zoom Service Status sensor monitors the global status of all Zoom services. Zoom Service Status Sensor For a detailed list and descriptions of the channels that this sensor can show, see section Channel List. Feb 01, · Understanding the Zoom Rooms tab. The Zoom Rooms portion of the dashboard lets you know the type of configuration a room has, its passcode, and more importantly its current availability for others to use for their meetings. If you have Zoom Rooms Health Status Notifications enabled, you can quickly identify any issues under the health column. Click on .