Scheme:

The first letter of the ID describes the genera type of the name:

  • S stands for signal
  • A stands for actuator
  • C stands for component

For more information about the naming concept of the ID, the this wiki page: Naming Concept

Nr.IDNameSignalsComment
1S_TM-RLTemperature ReturnPT100
2S_TM-VLTemperature FlowPT100
3S_TM-HC_TLTemperature Flow - Low TemperaturePT100
4S_TM-HW_THTemperature Flow - High TemperaturePT100
5S_TM-AS_OutTemperature Air System - OutPT100
6S_TM-AS_AmbTemperature Air System - AmbientPT100
7S_TM-AS_bHTemperature Air System - before HeaterPT100
8S_TM-AS_aHTemperature Air System - after heaterPT100
9S_TM-AS_InTemperature Air System - InPT100
10S_FWFlow Water4-20mAmaximum: 35 l/min
11S_FAFlow Air System0-10Vmaximum: 2 m/s
12S_PA-OutPressure Air System - Out0-10Vmaximum: 6 bar
13S_PA-InPressure Air System - In0-10Vmaximum: 6 bar
14S_HA-OutHumidity Air System - Out4-20 mAmaximum: 100%
15S_HA-InHumidity Air System - In4-20 mAmaximum: 100%
16A_V3-HC3-Way Valve Heating CircuitDO
17A_CV-OutControl Valvle Air Out0-10V
18A_CVControl Valvle Air0-10V
19A_CV-InControl Valvle Air In0-10V
20A_EH-ASElectric Heater Air System0-10V18 kW
21A_SH-ASSteam Humidifier Air System0-10V
22A_FAFan Air System0-10V
23C_BV-RL_TLBall Valve Return Low Temperature

24C_BV-RL_COBall Valve Return Cooling

25C_BV-RL_THBall Valve Return High Temperature

26C_BV-VL_TLBall Valve Flow Low Temperature

27C_BV-VL_COBall Valve Flow Cooling

28C_BV-VL_THBall Valve Flow High Temperature

29C_BV-RL_IUBall Valve Return Indoor Unit

30C_BV-VL_IUBall Valve Flow Indoor Unit

33C_PRPressure Release Valve

35C_FIFilter Heating Circuit

Data Sheets:

Heat Pump

Other sensors:

see Heat Sink

Air conditioning unit:

Fan:

Humidifier:

Vent actuator:

Pdf of the Scheme: 

  • Keine Stichwörter

Kommentar

  1. Ruihao Song sagt:

    I think this page should contain an overview rather than detailed stuff. Currently, it is a bit not reader-friendly to people without a thermal engineering background. The thermal component map and introduction table can be moved to "Connection Plan". Also, we can create a new subpage called "datasheets", and move all datasheets there.

    I suggest that we include these things in the overview:

    1. A straightforward connection scheme that suits everyone (maybe a simple cartoon). Also, we should include the electrical connection, e.g. which bus it is connected to?
    2. The control cable connection is listed in the connection plan subsection, but I think we need to also list some core control stuff in the overview. For example, which input of the ASHP is controlled by what kind of analogue signals (0-10V, 4-20mA)? Which platform we should use to program the control thing (Labview)?
    3. I think we should extract some core rating data from the datasheet and listed in the overview. For example, The temperature range for return and supply water, the temperature range for ambient air, massflow/pressure for water, maximum power and start-up power...