Turn Boiler off
Other popular Heatmiser workflows and automations
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Play a Sonos stream when neoHub switches to Home Mode
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Boost Heatmiser timer when a Webhook event is received
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Set Heatmiser temperature when first person arrives home
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Cancel Heatmiser standby when Netatmo temperature drops below a set point
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Send an email to boost your Heatmiser timer
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Set Heatmiser thermostat to standby when Flic is held
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Send an SMS and change MagicHue light color when Heatmiser temperature rises above a set point
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Turn on Heatmiser lights and send SMS at sunset
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Automate Heatmiser and Timberwolf Server from your AI assistant
Ask Cursor to create Heatmiser applets for your heating system, right from your AI assistant, with IFTTT MCP.
Set up IFTTT MCP
Create your own Heatmiser and Timberwolf Server 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.
26 triggers, queries, and actions
Contact Sensor Closed
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 the Contact Sensor is closed
Contact Sensor Open
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 the Contact Sensor is opened
Low Battery
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 your Heatmiser Device has a Low Battery.
neoHub Away Mode
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 your neoHub is set to away mode.
neoHub Home Mode
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.
Triggers when your neoHub returns to Home Mode.
Object value has changed
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 Timberwolf Server object has changed.
Switched off
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 is fired when the value of a boolean Timberwolf object changes to false.
Switched on
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 is fired when the value of a boolean Timberwolf object changes to true.
Temperature drops below
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 every time the temperature drops above a threshold you specify.
Temperature rises above
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 every time the temperature rises above a threshold you specify.
History of Timberwolf object value changes
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 returns a list of value changes recorded after this query is created.
Boost Timer
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This Action will activate a Timer Boost on the selected Heatmiser Timer.
Cancel Standby Mode
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This Action will cancel Standby Mode on the selected Heatmiser Thermostat.
Cancel temperature hold
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This Action will cancel a temperature hold on the selected Heatmiser Thermostat.
Run Profile
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will send a stored profile to the selected thermostat.
Run recipe
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will run a Heatmiser Neo recipe.
Set Away Mode
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This Action will activate Away Mode on your neoHub
Set Home Mode
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
The Action will activate Home Mode on your neoHub.
Set Standby Mode
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This Action will activate Standby Mode on the selected Heatmiser Thermostat.
Set Temperature
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
The Action will set the temperature on the selected Heatmiser Thermostat.
Set temperature hold
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This Action will enable a temperature hold on the selected Heatmiser Thermostat.
Set value
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
Set a Timberwolf Server object to a specified value. The selected Timberwolf Server will convert the textual value to the datatype of the target object. You can connect the target object to another subsystem like KNX, 1-Wire, Modbus, MQTT, HTTP or Timeseries
Switch off
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will set a boolean Timberwolf object false.
Boost Timer
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This Action will activate a Timer Boost on the selected Heatmiser Timer.
Cancel Standby Mode
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This Action will cancel Standby Mode on the selected Heatmiser Thermostat.
Cancel temperature hold
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This Action will cancel a temperature hold on the selected Heatmiser Thermostat.
Contact Sensor Closed
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 the Contact Sensor is closed
Contact Sensor Open
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 the Contact Sensor is opened
History of Timberwolf object value changes
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 returns a list of value changes recorded after this query is created.
Low Battery
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 your Heatmiser Device has a Low Battery.
neoHub Away Mode
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 your neoHub is set to away mode.
neoHub Home Mode
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.
Triggers when your neoHub returns to Home Mode.
Object value has changed
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 Timberwolf Server object has changed.
Run Profile
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will send a stored profile to the selected thermostat.
Run recipe
Action
An action is the task your Applet carries out after the trigger occurs. It defines what happens as the result of your automation and completes the workflow.
This action will run a Heatmiser Neo recipe.
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If
Select a trigger the automation will use
Then
Select an action the automation will perform
You can add delays, queries, and more actions in the chat.
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How to connect to a Heatmiser automation
Find an automation using Heatmiser
Find an automation to connect to, or create your own!Connect IFTTT to your Heatmiser 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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Heatmiser and Timberwolf Server tips, tools, and resources
More on Heatmiser and Timberwolf Server
About Heatmiser
Heatmiser Neo lets you control your heating from anywhere. Heatmiser provides smart home solutions for multi zone heating systems.
Heatmiser Neo lets you control your heating from anywhere. Heatmiser provides smart home solutions for multi zone heating systems.
About Timberwolf Server
The Timberwolf Server is a very powerful multi-protocol gateway with visualisation, logic, Influx time series database, graphical analysis with Grafana and extensible with Docker Containers.
The Timberwolf Server locally supports 10 protocols in parallel with tens of thousands of data points that can be linked and recorded at will with each other and with other IFTTT services.
Cloud based services meets local Smarthome installation.
Documentation about Timberwolf Server integration with IFTTT
The Timberwolf Server is a very powerful multi-protocol gateway with visualisation, logic, Influx time series database, graphical analysis with Grafana and extensible with Docker Containers.
The Timberwolf Server locally supports 10 protocols in parallel with tens of thousands of data points that can be linked and recorded at will with each other and with other IFTTT services.
Cloud based services meets local Smarthome installation.
Documentation about Timberwolf Server integration with IFTTT