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Introduction to Automations

A home becomes a smart home when devices operate intelligently and autonomously. A main function of the LinkPlus is automation, which can be setup to control lighting, power and heating throughout the home i.e Create moods and set different scenes (sequence of actions) with delays between each action. These can be created from the Link Plus app/web app and will store on the Link itself. A stable internet connection is required for the automation to run.

Here are the different automation types that can be used with the Link Plus with a brief explanation of how they work: 

Timer

When you would like a device to operate at a set time and on certain days, timers allow you to do this. The following parameters can be changed:

  • Time (at): e.g. 09:00 / 12:32 / 23:45 etc.
  • Day of week is: e.g. Daily / Mon, Wed, Fri / Weekends Only etc.
  • Actions (do): e.g. Set Switch to ON / Set Brightness to 80% / Set Target to 21 degrees etc.
  • Delay (optional): e.g. 5 seconds / 8 minutes / 2 hours etc.

Examples of using the timer automation:

  • Lights come on in dim in the morning to slowly wake you up
  • Outside lights to turn on in the evening for security
  • Electrical devices to switch off at bedtime to restrict use
  • Turn on lamp at dawn
  • Set the heating to come on at a specific temperature in the morning
  • Setting the off state LED colour to red and 10% brightness

Multiple actions can be set for timers.

Schedule

A schedule is essentially an automation made up of lots of timers. It is recommended to use a schedule when you would like a device to operate certain times throughout the week and on specific days. The following parameters can be changed within a schedule event:

  • Set start time: e.g. 09:00 / 12:32 / 23:45 etc.
  • Choose action for start time: e.g. Set Switch to ON / Set Brightness to 80% / Set Target to 21 degrees etc.
  • Set end time: e.g. 09:00 / 12:32 / 23:45 etc.
  • Choose action for end time: e.g. Set Switch to ON / Set Brightness to 80% / Set Target to 21 degrees etc.

Examples of using the schedule automation:

  • Boiler control throughout the week at morning and night
  • Setting the TRV target temperature throughout the week
  • Switching on outside lights every weekday at night
  • Switching lights on in the house at certain times to simulate occupancy

If-Do

This type of automation is the smartest as they work on a condition basis of another device. It is a requirement that if a physical device is operating as the trigger, it needs to communicate two-way as the Link Plus will need to know its status. The following parameters can be changed:

  • Trigger (if): e.g. Switch is ON / Temperature is greater than 25 degrees / Brightness is below 20% etc.
  • Trigger 2 (if) (optional): e.g. Trigger is opened / Temperature is equal to 15 degrees / Brightness is 100% etc.
  • Actions (do): e.g. Set Switch to ON / Set Brightness to 80% / Set Target to 21 degrees etc.
  • Delay (optional): e.g. 5 seconds / 8 minutes / 2 hours etc.
  • Automation times (only if all triggers are met): e.g. After 18:00 and before 21:00 on Weekends Only

Examples of using the If-Do automation:

  • When window is opened - turn down TRV target temperature
  • When light is switched on - switch light off after 10 minutes
  • When temperature of thermostat is above 25 degrees AND window is closed - switch on fan
  • When dimmer is switched off - switch off all lights in the house
  • When 'away' is pressed (home and away remote) - switch off all devices in the house

It is important to remember that multiple triggers can be set, with the option of either all triggers MUST be met ('and') or the option for ANY trigger to be met ('or'). Time conditions will only be set when all triggers are met in the 'and' setting.

Group

This can be used to make multiple devices 'copy' each other. Useful for controlling many devices in the same location by only interacting with one of them. The following parameters can be set:

  • Switch: e.g. Dimmer ON/OFF / Socket ON/OFF / Relay ON/OFF
  • Brightness: e.g. Dimmer
  • Lock: e.g. Dimmer / Socket
  • LED: e.g. Dimmer / Socket

Examples of using the group automation:

  • Grouping all living room lights together
  • Grouping all bedroom LEDs together so a single timer operates them all
  • Two-way switching for multiple lights

Do

The most simple type of automation, which can be used to create moods/scenes. It works on-demand only, so requires execution via the Link Plus app or via Google Home or Alexa. The following parameters can be changed:

  • Action 1 (do): e.g. Set Switch to ON / Set Brightness to 80% / Set Target to 21 degrees etc.
  • Action 2 (do): e.g. Set Switch to OFF / Set Brightness to 10% / Set Target to 10 degrees etc.
  • Delay (optional): e.g. 5 seconds / 8 minutes / 2 hours etc.

Examples of using the Do automation:

  • Create a scene by setting the living rooms lights to different brightness levels for watching a movie.
  • Create an 'all off/away' command so every device in the house can switch off or lower the target temperature

A delay can be set in between each action so postpone for a duration of time.

Simulated Occupancy

This type of automation is designed to make it appear as though someone is at home when the property is unoccupied. It works by automatically switching devices (typically lights) on and off at set or randomised intervals. This is useful for improving home security, especially when away on holiday or during extended absences.

Simulated Occupancy can be activated via the Lightwave app and works without manual input once configured. It relies on scheduled routines or scenes to create believable activity patterns.

The following parameters can be adjusted:

  • Device Action: e.g. Set Hallway Light to ON at 18:00 / Set Bedroom Light to OFF at 22:30

  • Schedule or Timer: e.g. Fixed time every evening or random intervals between 18:00–23:00

  • Duration (optional): e.g. Keep light ON for 45 minutes before switching OFF

Examples of using Simulated Occupancy automation:

  • While on holiday, schedule the lounge light to turn ON at sunset and OFF at 11 PM to mimic normal evening use.

  • Set bedroom lights to switch ON randomly for 30–60 minutes during the evening to simulate different bedtime routines.

  • Automate multiple lights to activate and deactivate in sequence, simulating someone moving through the house.

  • For second homes or holiday lets, run weekly routines during the off-season to deter potential intruders.

This feature works best when used in combination with multiple devices/zones and slight variations in timing to avoid predictability.

Two-way Switching

This automation allows two Lightwave devices to control the same lighting circuit from separate locations — such as staircases, hallways, or multi-access rooms. It mimics traditional two-way switching but uses smart automation for added flexibility.

You can assign a master (wired) device and a slave (wireless or non-load-bearing) device during configuration.

The following parameters can be configured:

  • Master Device: The Smart Dimmer wired directly to the light circuit

  • Slave Device: A second Smart Dimmer or Wireless Scene Selector

  • Behaviour:

    • When the slave is toggled, the automation sends a command to mirror the state of the master

    • This controls the light circuit indirectly via the master

Examples of using Two-way Switching:

  • Staircase: A master dimmer is placed at the bottom (wired), and a wireless slave dimmer is installed at the top. Toggling the slave controls the master via automation.

  • Hallway: Two Smart Dimmers are installed at either end. One is wired as the master; the other acts as the slave. The automation keeps both in sync while controlling the light from either end.

  • Bedroom Setup: A master switch by the door controls the ceiling light. A slave switch near the bed mirrors the master so the light can be turned ON/OFF from bed or doorway.

This method simplifies configuration and provides seamless smart control from two locations without needing multiple automations.

 

Multi-Press

Multi-Press is a powerful feature that allows a single Lightwave device (typically a Smart Dimmer or Wireless Scene Selector) to trigger different actions based on the number of consecutive button presses — up to 24 unique press counts per device.

Each press count (e.g. single press, double press, triple press, etc.) can be configured to trigger a separate automation or scene. This enables users to create complex, personalised control schemes without needing multiple physical switches.

The following parameters can be configured:

  • Trigger: Number of presses (1 to 24) on a specific button

  • Action: e.g. Set light to ON, activate a scene, toggle a device, set brightness level, trigger heating/cooling, etc.

  • Delay (optional): A short delay may be configured before execution to differentiate between press counts

Examples of using Multi-Press:

  • 1 Press: Turn ON main living room lights

  • 2 Presses: Dim lights to 30% for movie mode

  • 3 Presses: Activate a "Goodnight" scene — turn off all downstairs lights and lower heating

  • 4 Presses: Turn ON outside/security lighting

  • 5 Presses: Activate “Away Mode” — switch off all devices and set heating to eco

  • 6–10 Presses: Use to trigger different zones or moods across multi-room setups

  • 11–24 Presses: Reserved for advanced use cases like triggering detailed automation sequences, controlling blinds, heating zones, or integration with third-party systems (e.g. IFTTT or Home Assistant)

Multi-Press greatly expands the versatility of a single device, especially in minimalist or space-limited installations, and is ideal for power users looking to streamline control.

Motion Automation

A Motion Automation links a Motion Sensor with a Smart Dimmer or Relay to automatically turn devices ON or OFF based on detected movement. This setup enhances convenience, energy efficiency, and security by reacting to real-time activity in a space.

Motion Automations can be configured to activate lighting or appliances when motion is detected and optionally turn them OFF after a set duration when no motion is present.

The following parameters can be configured:

  • Trigger: Motion detected (or no motion for X seconds/minutes)

  • Action: e.g. Turn ON a dimmer, switch ON a relay, set brightness level, or turn OFF after timeout

  • Timeout (optional): e.g. Turn OFF after 2 minutes of no motion

Examples of using Motion Automation:

  • Hallway or Landing: Light turns ON automatically when someone walks by, and turns OFF 1 minute after no motion.

  • Bathroom/Toilet: Relay activates the light or extractor fan when motion is detected, and shuts off after 5 minutes of no movement.

  • Garage or Utility Room: Smart Dimmer turns ON to full brightness when movement is sensed — great for hands-free entry.

  • Security Setup: Outdoor floodlights activate when motion is detected in a driveway or garden area.

  • Children’s Room: Gentle night light activates on low brightness when motion is detected during nighttime hours.

  • Closet or Pantry: Lights turn ON when motion is detected upon opening the door, then OFF automatically after use.

This automation provides practical, touch-free control and is especially useful in areas where light switches are inconvenient or hands are often full.

Call For Heat

The Call For Heat feature links a thermostat (the caller) with a boiler switch or smart TRVs (the providers). When the thermostat requires heat, it automatically sends a signal to the connected provider(s) to begin heating. This is a core part of Lightwave’s smart heating system and works behind the scenes — it cannot be manually configured or customised by the user.

All devices involved must be properly linked and synchronised for the automation to function correctly.

How it works (non-configurable behaviour):

  • The thermostat automatically detects when the temperature drops below the set point.

  • It sends a call for heat to the assigned boiler switch or TRVs.

  • The provider device responds by activating heating.

  • Heating continues until the thermostat reaches its target temperature.

Use Cases for Call For Heat:

  • Zone Control: A thermostat in the living room calls specific TRVs in that area to open and the boiler to fire when heat is needed.

  • Boiler Activation: A single thermostat manages overall heating demand by calling the boiler directly.

  • Room-Level Heating: Smart TRVs linked to a thermostat respond only when heat is required in that specific room.