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- • Simple thermostat with hysteresis
- • Simple Heating management using Weekly schedule and Presence switch
- • Heating and Cooling modes
- • Power limiting
- • Notification on high temperature
- • Configuring hysteresis control via Equation Smart Rule
- • PID Temperature regulation
- • PID Cascade
- • Regulation of Boiler Cascade
- • Equithermic regulation
- • Heating control in high electricity tariff via load management tariff indicator input
- • Editing multiple devices
- • Integrate multiple Core control units
- • Integrate multiple Cores
- • Safe values
- • How to combine two daily schedules in one day
- • Grouping or linking devices together
- • Access control
- • Using statistic values in Smart Rules
- • Hot water circulation pump control
- • Dimmer limits
- • 2019.1
- • 2018.1
- • 2017.1 - Charts updated
- • 2017.1 - Blinds automation - Depth of sun rays
- • 2017.1 - Blinds automation - angle control update
- • 2017.1 - Replace module action
- • 2017.1 - Expose devices
- • 2017.1 – Daily schedule Smart Rule
- • 2017.1 - Permissions
- • 2017.1 - Double click and triple click
- • 2017.1 - Set to Automatic mode - "Push buttons event" Smart Rule
- • 2017.1 - Multi-value switch
- • 2017.1 - Core update from the app
- • Firmware changelog
Configuring hysteresis control via Equation Smart Rule
The example below shows how to configure filling of retention tank based on measurement of minimum and maximum water level.
Inputs:
- Reed contact for min level (Variable name: St)
- Reed contact for max level (Variable name: St1)
Output:
- Digital output for control of valve or pump (Name: Valve)
Configuring Equation Smart Rule
Equation Smart Rule has internal variable called LastState. This variable returns TRUE or FALSE based on last result of evaluation of this Smart Rule.
Equation
(LastState AND !St1) OR (!LastState AND !St)
Action
If result is TRUE: Valve ... Turn On
If result is FALSE: Valve ... Turn Off
Duration
Minimum duration ... 0:05:00 minutes
