Ochsner AIR 80 C13A, Operating And Installation Instructions

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15 Directory of Illustrations
Fig. 1: Schematic diagram of the refrigerant circuit
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Fig. 2: Titling dimension of the heat pump ........................................................................................................................... 6
Fig. 3: Minimum clearance to the sides. ............................................................................................................................... 7
Fig. 4: Minimum clearances to front and rear. ...................................................................................................................... 7
Fig. 5: Installation variant not permitted .............................................................................................................................. 7
Fig. 6: Minimum clearances to wall for VHS 80
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Fig. 7: Minimum clearances to wall for two VHS-M 80, installation variant 1
........................................................................... 8
Fig. 8: Minimum clearances to wall for two VHS-M 80, installation variant 2
........................................................................... 8
Fig. 9: Minimum clearance to ceiling (VHS 80, VHS-M 80) ...................................................................................................... 8
Fig. 10: Installation with gravel bed and drainage pipe ....................................................................................................... 8
Fig. 11: Installation on a flat roof ...................................................................................................................................... 9
Fig. 12: Hydraulic and electrical connections to the heat pump (schematic) ......................................................................... 9
Fig. 13: Installing the flow sensor ................................................................................................................................... 10
Fig. 14: Installing a non-buried connecting pipework, using an AIR 80 C13A with a VHS 80 as an example.
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Fig. 15: Installation shaft
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Fig. 16: Symmetrical arrangement of buried connection pipework with the installation shaft with AIR 80 C22A.
................... 12
Fig. 17: Schematic diagram of buried connection pipework with the installation shaft with AIR 80 C22A. .............................. 13
Fig. 18: Distribution of the liquid pipework for two VHS-M 80 evaporators ........................................................................ 14
Fig. 19: Distribution of the suction gas pipework with a Venturi distributor for two VHS-M 80 evaporators ........................... 14
Fig. 20: Pipework lengths and max. height difference between the heat pump and the evaporator: Case 1 .......................... 15
Fig. 21: Pipework lengths and max. height difference between the heat pump and the evaporator: Case 2 .......................... 15
Fig. 22: Max. connecting pipework head of 2.5 mm
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Fig. 23: Electrical connection to the heat pump
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Fig. 24: Utility signal contact .......................................................................................................................................... 20
Fig. 25: Basic control panel ............................................................................................................................................ 23
Fig. 26: Inside unit dimensions: Heat pump AIR 80 C13A and AIR 80 C22A (in mm) ............................................................. 32
Fig. 27: Evaporator dimensions: Heat pump VHS 80 with AIR 80 C13A (in mm) ................................................................... 33
Fig. 28: Evaporator dimensions: Heat pump VHS-M 80 with AIR 80 C22A ........................................................................... 34
Fig. 29: Point foundation for VHS 80 evaporator (in mm)
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Fig. 30: Strip foundation for VHS 80 evaporator (in mm)
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Fig. 31: Point foundation for VHS-M 80 evaporator (in mm)
............................................................................................. 36
Fig. 32: Strip foundation for VHS-M 80 evaporator (in mm)
.............................................................................................. 37
Fig. 33: Fitting de-icing sensors TQE and TQA .................................................................................................................. 38
Fig. 34: Heating rating AIR 80 C13A and AIR 80 C22A ....................................................................................................... 39
Fig. 35: Heating rating AIR 80 C13A and AIR 80 C22A ....................................................................................................... 39
Fig. 36 : COP AIR 80 C13A and AIR 80 C22A ...................................................................................................................... 39
Fig. 37: Limits of deployment for AIR 80 C13A and AIR 80 C22A
........................................................................................ 40
Fig. 38: Pump characteristic curve Stratos Para 65/ 1-12
.................................................................................................. 41
Fig. 39: Reading flow rate
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Fig. 40: Wiring diagram AIR 80 C13A .............................................................................................................................. 43
Fig. 41: Wiring diagram AIR 80 C22A .............................................................................................................................. 44
Fig. 42: Heat pump transport on wooden palettes ........................................................................................................... 57
16 Directory of Tables
Table 1: Wiring cross sections ......................................................................................................................................... 18
Table 2: List of cables for evaporator (values in mm²) ....................................................................................................... 18
Table 3: Error report table
.............................................................................................................................................. 27
Table 4: Performance data AIR 80 C13A All performance data to EN 14511 - ∆T 5K (EN255 - ∆T 10K);
.................................... 29
Table 5: Performance data AIR 80 C22A All performance data to EN 14511 - ∆T 5K (EN255 - ∆T 10K);
.................................... 30
Table 6: ErP-Product data AIR 80 C13A ............................................................................................................................ 31
Table 7: ErP-Product data AIR 80 C22A ............................................................................................................................ 31
Table 8: Heat use pump flow rates for AIR 80 C13A and AIR 80 C22A .................................................................................. 40
Table 9: Heat use system nominal flow rate ..................................................................................................................... 42