If temp threshold is crossed, set operating mode
Other popular air-Q workflows and automations
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Check air quality and then set speed
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If Threshold is crossed, run a scene
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When a threshold is crossed, turn on a device
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If temp threshold is crossed, turn on air conditioner
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If Threshold is crossed, close blinds
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If it's very hot, show me the weather for the rest of the day
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If temp threshold is crossed, set fan speed to high
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If Threshold is crossed, turn on all devices
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Create your own air-Q and WattTime workflow
Create custom workflows effortlessly by selecting triggers, queries, and actions. With IFTTT, it's simple: “If this” trigger happens, “then that” action follows. Streamline tasks and save time with automated workflows that work for you.
3 triggers, queries, and actions
Change switch state
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires when a switch should be turned on or off.
Sensor measurement above/below the defined threshold
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires when a sensor you select detects a value above, at, or below the threshold you set of the selected device.
Sensor value
Query
A query lets your Applet retrieve extra data that isn't included in the trigger, so that your automation can include more complete or useful information.
This query returns the current value of a given sensor
Change switch state
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires when a switch should be turned on or off.
Sensor measurement above/below the defined threshold
Polling trigger
Polling Applets run after IFTTT reaches out to the trigger service and finds a new trigger event. These trigger checks occur every 5 minutes for Pro and Pro+ users, and every hour for Free users.
This trigger fires when a sensor you select detects a value above, at, or below the threshold you set of the selected device.
Sensor value
Query
A query lets your Applet retrieve extra data that isn't included in the trigger, so that your automation can include more complete or useful information.
This query returns the current value of a given sensor
GET STARTED
How to connect to a air-Q automation
Find an automation using air-Q
Find an automation to connect to, or create your own!Connect IFTTT to your air-Q account
Securely connect the Applet services to your respective accounts.Finalize and customize your Applet
Review trigger and action settings, and click connect. Simple as that!Upgrade your automations with
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Connect to more Applets
Connect up to 20 automations with Pro, and unlimited automations with Pro+ -
Add multiple actions with exclusive services
Add real-time data and multiple actions for smarter automations -
Get access to faster speeds
Get faster updates and more actions with higher rate limits and quicker checks
More on air-Q and WattTime
About air-Q
Use your air-Q device to watch your air and connect to other devices in your home.
Please check this guide for details
Use your air-Q device to watch your air and connect to other devices in your home. Please check this guide for details
About WattTime
When your refrigerator runs or your AC turns on, some power plant or wind-farm or solar plant somewhere will increase their power output to supply the power your device needs. WattTime can determine which energy provider will increase output to supply your need, and so can determine if extra power you use a given moment will come from a renewable or high-carbon-emissions source. This information changes very often (on the order of every five minutes) so having a real-time service like WattTime to inform your devices WHEN to use power can allow you to use the same amount of electricity but dramatically reduce your carbon footprint!
When your refrigerator runs or your AC turns on, some power plant or wind-farm or solar plant somewhere will increase their power output to supply the power your device needs. WattTime can determine which energy provider will increase output to supply your need, and so can determine if extra power you use a given moment will come from a renewable or high-carbon-emissions source. This information changes very often (on the order of every five minutes) so having a real-time service like WattTime to inform your devices WHEN to use power can allow you to use the same amount of electricity but dramatically reduce your carbon footprint!