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Smart PIERRE - Valve automations

Smart PIERRE - Valve automations

3 min read Intermediate Updated 2026-11-02
On/Off Module Open/close valve Automation Valve

Description

The Valve Automation feature allows valves within the PIERRE system to be controlled automatically based on sensor inputs, schedules, and automation rules.

Valve automation can be used for water management, leak protection, heating systems, cooling systems, and other applications requiring automatic flow control.

Leakage Protection

Valves can be linked to Leakage Sensors to provide automatic protection against water damage.

Typical operation:

  1. A Leakage Sensor detects water.

  2. An automation is triggered.

  3. The valve automatically closes.

  4. Water flow is stopped until the issue is resolved.

This functionality helps minimize the risk of property damage caused by water leaks.

Heating and Cooling Systems

Valves can be integrated into HVAC systems to control the flow of heating or cooling media.

Typical applications include:

  • Underfloor heating systems

  • Radiator heating systems

  • Fan coil systems

  • Cooling circuits

  • Zone control applications

The valve can automatically open or close according to temperature requirements and automation logic.

Automation Triggers

Valve operation can be automated using:

  • Leakage sensors

  • Temperature sensors

  • Presence sensors

  • Time schedules

  • System states

  • Custom automation conditions

Multiple conditions can be combined to create advanced automation scenarios.

Scheduling

Valves can be controlled according to predefined schedules.

Examples include:

  • Heating schedules

  • Cooling schedules

  • Irrigation schedules

  • Time-based water management

System Integration

Valves can interact with other PIERRE functions, including:

  • HVAC systems

  • Sensors

  • Scenes

  • Automations

  • Notifications

This enables centralized control and coordinated operation throughout the installation.

Benefits

  • Automatic leak protection.

  • Improved energy efficiency.

  • Optimized heating and cooling control.

  • Reduced water consumption.

  • Flexible automation possibilities.

  • Seamless integration with the PIERRE system.

Automation for the Valve

Valve will be open when Leakage sensor is not active.

You can find Valve on the Dashboard or on the I/O list.

Find Valve on the Dashboard
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Find Valve on the Dashboard

Tap on the Bathroom Valve on the Dashboard in order to open it and add automation for it.

Or open I/O list from the Menu and find it there.

Open I/O from the Menu
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Open I/O from the Menu

Open Menu, under Settings, tap on the I/O from the Menu.

I/O list - Valve
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I/O list - Valve

Open I/O list, scroll to the Valves and tap on the desired Valve, in this case on the Bathroom Valve.

Edit, Automation, Used In - Valve
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Edit, Automation, Used In - Valve

Tap on the tab Automation.

Add new Automation - Valve and Leakage sensor
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Add new Automation - Valve and Leakage sensor

Tap the +Add new Automation.

Add one or multiple leakage sensor with OR logical operator.

Add new item - Valve
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Add new item - Valve

There is possibility to add:

  • New Time condition,
  • New Delay,
  • Existing I/O.

Tap on the Existing I/O from the list.

I/O List - Leakage sensor
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I/O List - Leakage sensor

Open I/O list, scroll to the Leakage sensors and tap on the card of the desired Leakage sensor.

In this case tap on the the Bathroom Leakage sensor.

Automation - Valve and Leakage sensor
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Automation - Valve and Leakage sensor

Bathroom Valve will open when Bathroom Leakage sensor is not active.

Tap the button Not Active.

Tap the button Save.

Confirm settings for Automation - Valve
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Confirm settings for Automation - Valve

To confirm settings of the automation tap on the button Done.

A common use case is to control the Valve based on one or more leakage sensors. The valve operates normally when the leakage sensors are inactive. If multiple leakage sensors are used, add them to the automation using the OR logical operator.

With this configuration, the Valve will stop operating if any one of the leakage sensors becomes active.

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