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. | ID | Name | Signals | Comment |
|---|---|---|---|---|
| 1 | C_BV-HC_VL | Ball Valve Heating Circuit | ||
| 2 | S_TM-HC_VL_bM | Temperature Heating Circuit | PT100 | |
| 3 | A_MX-HC | Mixing Valve Heating Circuit | DO | small lever on the mixer valve (directly behind the motor) must be moved so that it is parallel to the bypass, |
| if it is not brought into this position, there will always be a small leakage flow trough the bypass | ||||
| 4 | A_PU-HC | Pump Heating Circuit | (0-10V) / On/Off | Flow controlled by controllable pump: SF1 and SF2 |
| Standard pump in SF3 and SF4, only on/off | ||||
| 4a | A_CV-HC | Control Valve Heating Circuit | 0-10V | Flow controlled by control valve instead of controllable pump: SF3 and SF4 |
| 5 | S_TM-HC_VL_aM | Temperature Heating Circuit | PT100 | |
| 6 | A_V3-HC | 3-Way Valve Heating Circuit | DO | |
| 7 | C_HX-HC_CC_1 | Heatexchanger Heating Circuit | max.: 30 kWth | |
| 8 | A_V3-CC | 3-Way Valve Cooling Circuit | DO | |
| 9 | A_CV-CC_VL_HC | Control Valvle Cooling Circuit | 0-10V | |
| 10 | C_Red-CC_VL_1 | Pressure Reducer Cooling Circuit | pressure: 1,5 bar | |
| 11 | C_BV-CC_VL | Ball Valve Cooling Circuit | ||
| 12 | C_BV-HC_RL | Ball Valve Heating Circuit | ||
| 13 | S_FW-HC_RL_aM | Flow Water Heating Circuit | 4-20 mA / Counter | SF: 20 mA = 20 l/min |
| 17 | S_FW-HC_RL_bM | Flow Water Heating Circuit | 4-20 mA / Counter | SF: 20 mA = 20 l/min |
| 18 | S_TM-HC_RL | Temperature Heating Circuit | PT100 | |
| 19 | C_HX-HC_CC_2 | Heatexchanger Heating Circuit | max.: 10 kWth | |
| 20 | C_BV-HW_VL | Ball Valve Hot Water | ||
| 21 | S_TM-HW_VL | Temperature Hot Water | PT100 | |
| 22 | S_FW-HW_VL | Flow Water Hot Water | 4-20 mA / Counter | 20 mA = 15 l/min |
| 23 | C_HX-HW_CC | Heatexchanger Hot Water | max.: 1 kWth | |
| 24 | A_CV-CC_VL_CK | Control Valvle Cooling Circuit | 0-10V | |
| 25 | C_Red-CC_VL_2 | Pressure Reducer Cooling Circuit | pressure: | |
| 26 | C_BV-HW_CK | Ball Valve Hot Water | ||
| 27 | S_TM-HW_CK | Temperature Hot Water | PT100 | |
| 28 | A_PU-HW_CK | Pump Hot Water | 0-10V / On/Off | at the moment self regulating |
| 29 | A_MV-HW_1 | Magnetic Valve Hot Water | DO | |
| 30 | A_MV-HW_2 | Magnetic Valve Hot Water | DO | |
| 31 | A_MV-HW_3 | Magnetic Valve Hot Water | DO | |
| 32 | S_TM-HW_RL | Temperature Hot Water | PT100 | |
| 33 | C_BV-HW_RL | Ball Valve Hot Water | ||
| 34 | S_TM-CC_VL | Temperature Cooling Circuit | PT100 | |
| 35 | C_NV-HW_1 | Needle Valve Hot Water | flow rate: 2 l/min | |
| 36 | C_NV-HW_2 | Needle Valve Hot Water | flow rate: 4 l/min | |
| 37 | C_NV-HW_3 | Needle Valve Hot Water | flow rate: 6 l/min | |
| 38 | C_Red-CC_VL_3 | Pressure Reducer Cooling Circuit | pressure: | |
| 39 | S_FW-HW_CK | Flow Water Cooling Circuit | 4-20 mA / Counter | 20 mA = 5 l/min |
| 40 | A_BV-CC_RL | Magnetic Valve Cooling Circuit | DO | |
| S_TM-Room | Room temperature of the house | Simulated value | ||
| 41 | C_PR-TH | Pressure Release Valve | ||
| 42 | C_PR-TM | Pressure Release Valve | ||
| 43 | C_PR-TL | Pressure Release Valve |
PDF of the Scheme:
