Here a general description is given of the connection heat network (CHN) modules. The specific modules for the different houses are slightly individual. Specific descriptions can be found here:

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
1C_BV-TG_TH_1Ball Valve Thermal GridDOin SFxyz
2C_BV-TG_TH_2Ball Valve Thermal GridDOin SFxyz
3C_BV-TG_TH_3Ball Valve Thermal GridDOin SFxyz
4C_BV-TG_TH_4Ball Valve Thermal GridDOin SFxyz
5S_FW-TG_THFlow Water Thermal Grid
no sensor, calculated by the connected DH modules
6S_TM-TG_TH_1Temperature Thermal GridPT100
7S_TM-HC_TH_1Temperature Heating CircuitPT100
8C_BV-HC_TH_1Ball Valve Heating Circuit

9C_BV-TG_TM_1Ball Valve Thermal GridDOin SFxyz
10C_BV-TG_TM_2Ball Valve Thermal GridDOin SFxyz
11C_BV-TG_TM_3Ball Valve Thermal GridDOin SFxyz
12C_BV-TG_TM_4Ball Valve Thermal GridDOin SFxyz
13A_CV-TG_TM_1Control Valvle Thermal Grid10V
14C_CV-TG_TMCheck Valve Thermal Grid

15A_PU-TG_THPump Thermal Grid0-10V & On/Offadditionally CHN-A_PU-TH must be true (on/off)
16S_TM-TG_TM_1Temperature Thermal GridPT100
17S_TM-TG_TM_2Temperature Thermal GridPT100
18S_TM-HC_TM_1Temperature Heating CircuitPT100
19S_FW-HC_TMFlow Water Heating CircuitCounterchanged in SF1 by MID (0-10V)
20A_PU-HC_TH_IMPPump Heating Circuit0-10V & On/Offadditionally CHN-A_PU-TH must be true (on/off)
21A_PU-HC_TH_EXPPump Heating Circuit0-10V & On/Offadditionally CHN-A_PU-TH must be true (on/off)
22C_BV-HC_TH_INBall Valve Heating CircuitDO
23C_BV-HC_TH_OUBall Valve Heating CircuitDO
24S_TM-HC_TM_2Temperature Heating CircuitPT100
25C_BV-HC_TLBall Valve Heating CircuitDO
26C_EV-TG_TMExpansion Vessel Thermal Grid

27C_PR-TG_TMPresser Release Valve Thermal GridDO
28C_HX-TLHeatexchanger Low Temperature

29C_BV-TG_TL_1Ball Valve Thermal GridDOin SFxyz
30C_BV-TG_TL_2Ball Valve Thermal GridDOin SFxyz
31C_BV-TG_TL_3Ball Valve Thermal GridDOin SFxyz
32C_BV-TG_TL_4Ball Valve Thermal GridDOin SFxyz
33S_FW-TG_TLFlow Water Thermal Grid
no sensor, calculated by the connected DH modules
34A_CV-TG_TLControl Valvle Thermal Grid10V
35C_CV-TG_TLCheck Valve Thermal Grid

36A_PU-TG_TLPump Thermal Grid0-10V & On/Off
37S_TM-TG_TL_2Temperature Thermal GridPT100
38S_TM-HC_TL_2Temperature Heating CircuitPT100
39S_FW-HC_TLFlow Water Heating CircuitCounter
40A_PU-HC_TL_IMPPump Heating Circuit0-10V & On/Off
41A_PU-HC_TL_EXPPump Heating Circuit0-10V & On/Off
42C_BV-HC_TL_INBall Valve Heating CircuitDO
43C_BV-HC_TL_OUBall Valve Heating CircuitDO
44C_HX-THHeatexchanger High Temperature

45A_MX-THMixing valve high temperature circuit0-10VMixing valve, to control the temperatuer to the heat exchanger
  • Check list after start up


switching cabinet connection plan SF1

  • Keine Stichwörter

2 Kommentare

  1. Thomas Licklederer sagt:

    Adopt hydraulic scheme: in the lab (house 1&2) the pump and control valve of the network side are sitting on the "heating: high temperature" -level and pumping away from the heat exchanger (in production mode).  Thomas Licklederer Daniel Zinsmeister 

  2. Thomas Licklederer sagt:

    naming of the signales is outdated