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1 – Basic know-how

Lessen

1.1 – Introduction 1.2 – Heat, temperature, thermal energy, thermal output 1.3 – Humidity, dew point, condensate formation 1.4 – Comfort

2 – Heat distribution systems

Lessen

2.1 – Heat distribution systems 2.2 – Heating surfaces

3 – Heat generators

Lessen

3.0 – Heat generators 3.1 – Conventional heat generators – low-temperature boilers 3.2 – Conventional heat generators – condensing boilers 3.3 – How a (mini) CHP works 3.4 – How a heat pump works 3.5 – Solar heat

4 – Drinking water

Lessen

4 – Drinking water 4.1 – Drinking water quality 4.2 – Temperature limit

5 – Legal framework

Lessen

5.1 – Heating, ventilation and air conditioning system requirements 5.2 – Energy certificate

6 – Steering and adjustment

Lessen

6.1 – Steering and adjustment – differences and similarities 6.2 – Closed loop – actuator 6.3 – Closed loop – comparator 6.4 – Closed loop – probe / sensor 6.5 – Closed loop – summary 6.6 – Closed loops are everywhere 6.7 – Demanding control tasks 6.8 – Controller types 6.9 – Room temperature controller

7 – KNX individual room temperature control

Lessen

7 – KNX Individual Room Temperature Control (RTC) 7.1 – Basic principle of KNX individual room temperature control 7.2 – Room temperature controller 7.3 – Controller and actuator for individual room temperature control 7.4 – Setting the PI regulator's parameters 7.5 – Advanced functions in RTR 7.6 – Fan coil integration

8 – KNX climate and environmental sensors

Lessen

8 – KNX climate and environmental sensors 8.1 – Temperature sensors 8.2 – Brightness sensors 8.3 – Wind sensors 8.4 – Rain detectors 8.5 – Solar radiation sensors 8.6 – Humidity sensors 8.7 – CO2 condensation sensors 8.8 – Weather stations, combination sensors

9 – KNX connection of heating and cooling systems

Lessen

9.1 – KNX connection via DDC gateway or conventional actuators 9.2 – Connection via KNX gateways 9.3 – Connection via external heating control