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Ausgabe 15/09/11

T H E   POWER   FAM I LY

w w w. i d m - e n e r g i e . c o m

Heat pumps with freshwater technology

Technical documentation

Installation instructions

TERR A S/W BA (H) 05 - 45
for Brine and Ground Water Systems

with Navigator

®

1.0 Control

812216 Rev

.7 - 

T

ranslation of original instruction

Summary of Contents for TERRA 10 S/W H

Page 1: ...m e n e r g i e c o m Heat pumps with freshwater technology Technical documentation Installation instructions TERRA S W BA H 05 45 for Brine and Ground Water Systems with Navigator 1 0 Control 812216...

Page 2: ...delivery 6 2 4 Accessories 6 2 5 Dimensions 7 2 6 Technical data 8 2 7 Operating Limits 20 3 HEATING SIDE INSTALLATION 21 3 1 Installation 21 3 2 Installation Heating Side 25 4 ELECTRICAL INSTALLATIO...

Page 3: ...7 5 2 1 Laying diagram 38 5 3 Brine depth probe 38 5 3 1 Description 38 5 3 2 Application range 38 5 3 3 Scope of delivery 38 5 3 4 Installation diagram 39 5 4 Ground water use 40 5 4 1 Description 40...

Page 4: ...pump must never be inclined more than 30 The heat pump must not be transported on the connection fittings The transport packaging may only be removed if the heat pump is located at its installation l...

Page 5: ...in potentially dust or explosion endangered rooms Gas from refrigerants in plant rooms must not es cape into vicinal rooms stair rooms courtyards walks or into the drainage system of the building The...

Page 6: ...perature radiator heating TERRA heat pumps work with the safety refrigerants R 407 C or R 134 A which when properly installed and commissioned circulate in a closed circuit and therefore have virtuall...

Page 7: ...025 1025 D 466 466 466 466 466 466 466 466 457 457 457 E 220 220 220 220 220 220 220 220 210 210 210 F 190 190 190 190 190 190 190 190 264 264 264 G 322 322 322 322 322 322 322 322 469 469 469 Key 1 H...

Page 8: ...soft start A 10 5 12 75 15 75 17 5 25 Electrical connection control circuit V Hz 230 50 230 50 230 50 230 50 230 50 Fuse control circuit A 13 13 13 13 13 Refrigerant R 407 C R 407 C R 407 C R 407 C R...

Page 9: ...48 230 262 244 268 250 320 300 342 322 3x400 50 3x400 50 3x400 50 3x400 50 3x400 50 3x400 50 3x400 50 3x400 50 11 13 15 15 9 16 8 19 6 28 34 27 5 32 5 37 5 39 8 42 49 70 85 230 50 230 50 230 50 230 50...

Page 10: ...idual pressure of the charging pump kPa 40 36 32 26 24 In heat pumps with process reversal Cooling performance for W B 15 C 8W C kW 4 60 6 00 7 10 8 35 10 35 Cooling performance for W B 15 C 18W C kW...

Page 11: ...TOP S 30 10 TOP S 40 10 TOP S 40 10 44 44 42 40 28 60 74 67 12 65 15 40 17 10 19 30 23 30 27 00 33 50 40 50 18 00 21 40 23 90 27 20 32 50 37 50 46 00 56 00 2 58 2 99 3 33 3 91 4 65 5 25 6 70 8 00 2 76...

Page 12: ...current compressor with soft start A 10 5 12 75 15 75 17 5 25 Electrical connection control circuit V Hz 230 50 230 50 230 50 230 50 230 50 Fuse control circuit A 13 13 13 13 13 Refrigerant R 134A R 1...

Page 13: ...248 230 262 244 268 250 320 300 342 322 3x400 50 3x400 50 3x400 50 3x400 50 3x400 50 3x400 50 3x400 50 3x400 50 8 59 10 04 11 56 13 03 14 06 15 94 23 09 28 71 27 5 32 5 37 5 39 8 42 49 70 85 230 50 23...

Page 14: ...cess reversal Cooling performance for W B 15 C 8W C kW 3 20 4 20 4 90 5 75 6 95 Cooling performance for W B 15 C 18W C kW 4 60 6 00 7 00 8 00 9 85 Power consumption for W B15 C 8 C kW 0 71 0 90 1 06 1...

Page 15: ...10 63 62 60 59 57 90 90 90 8 85 10 70 11 80 12 80 15 70 18 20 22 30 26 60 12 55 15 00 16 60 18 00 22 20 25 70 31 50 37 50 1 80 2 09 2 37 2 82 3 41 3 92 4 73 5 75 1 88 2 19 2 47 2 92 3 55 4 07 5 10 5...

Page 16: ...formance for W B 15 C 8W C kW 4 60 6 00 7 10 8 35 10 35 Cooling performance for W B 15 C 18W C kW 6 45 8 40 9 95 11 70 14 45 Power consumption for W B15 C 8 C kW 0 96 1 23 1 44 1 70 2 10 Power consump...

Page 17: ...32 25 26 12 40 65 55 12 65 15 40 17 10 19 30 23 30 27 00 33 50 40 50 18 00 21 40 23 90 27 20 32 50 37 50 46 00 56 00 2 58 2 99 3 33 3 91 4 65 5 25 6 70 8 00 2 76 3 12 3 52 4 20 4 70 5 35 7 10 8 90 4...

Page 18: ...20 4 90 5 75 6 95 Cooling performance for W B 15 C 18W C kW 4 60 6 00 7 00 8 00 9 85 Power consumption for W B15 C 8 C kW 0 71 0 90 1 06 1 18 1 45 Power consumption for W B15 C 18 C kW 0 69 0 90 1 05...

Page 19: ...TOP S 40 10 TOP S 40 10 60 59 57 54 52 87 90 90 8 85 10 70 11 80 12 80 15 70 18 20 22 30 26 60 12 55 15 00 6 66 18 00 22 20 25 70 31 50 37 50 1 80 2 09 2 37 2 82 3 41 3 92 4 73 5 75 1 88 2 19 2 47 2 9...

Page 20: ...is not permitted heating water quality see Page 25 By definition heat pumps are subject to pressure or temperature dependent operating limits see dia gram The operation of the TERRA heat pump outside...

Page 21: ...level and weight bearing surface con crete plate or similar In the case of floating screed the screed and the impact sound insulation must be recessed around the heat pump to ensure low noise levels...

Page 22: ...g side installation Heating side installation Heat pump TERRA BA with IDM Hygienik In the case of this diagram the Hygienik is used ex clusively for preparing tapwater The heating is supplied directly...

Page 23: ...a heat pump with IDM Hygienik with layer isolating plate The upper storage tank area is charged via a priority valve in the case of priority charging The lower storage tank area is used as a heating b...

Page 24: ...tion Heat pump TERRA BA with Hygienik and heat ing buffer In the hydraulic diagram shown below the Hygienik is used exclusively for tapwater preparation The Hygienik is loaded via the priority valve T...

Page 25: ...ts of the connection lines and draining options at the lowest points To avoid heat loss connection lines should be insu lated using suitable material Oxygen diffusion With plastic pipe underfloor heat...

Page 26: ...ground water pumps installed as well as any circulation pump It is essential that a slow blow design is used C or K characteristic The relevant cable cross section must be determined by the electricia...

Page 27: ...H7 F10 H6 F3 H5 H1 H3 H2 SD Card Electrical installation Electrical installation 4 2 Connection Diagram Electrical Components The central unit of the control system is located under the cover All conn...

Page 28: ...connection cable between the control unit and the central unit is only approx 1m long When removing the cover the connection cable must not be pulled In order to remove the cover completely the connec...

Page 29: ...ference also increases A combination of cables from the power supply company transmission stations and other communications devices generate an invisible electrosmog This interference affects all sys...

Page 30: ...HC B B62 hot gas sensor not used B71 humidity sensor B31 heat pump heat flow sensor B33 room equipment HC A B61 flow sensor HC B B52 heat source outlet sensor B36 HGL flow sensor B35 flow sensor HC A...

Page 31: ...pe of delivery or are already installed and in any case required Outside sensor B32 Heat pump heat flow sensor B 33 Buffer tank sensor Return sensor heat pump B39 Heat source outlet sensor B36 Flow se...

Page 32: ...0 121 100PE 102PE 104PE 106PE 108PE 110PE 121PE 112PE 104 106 105 103 102 101 100 1 4 2 P P HP LP B C D A PE rH 16 15 18 N L reserve failure heating source pump failure dewpoint sensor failure inrush...

Page 33: ...TERRA S W 33 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 4 F3 L PE PE PE N N N 11N 12PE 12 11PE 10PE 10N 11 12N 10 M 1 M 1 Triacausg nge Reserve Pumpe Warmwasserstation Ladepumpe Electrical installation Elect...

Page 34: ...Red Black White Green Y G Blue Red Black M 1 1 M 1 M White Green Y G Blue Red Black 1 M A1 A2 4 port Valve cooling circle switch valve 1 cooling heating switch valve 2 cooling heating BA switch valve...

Page 35: ...heating With underfloor heating circuits an additional clip on thermostat must be fitted and the relevant heating circuit pump supply switched via it in series M M M M 70 71 Room thermostat Zone valve...

Page 36: ...oo much antifreeze is added the specific heat content of the brine medium drops Caution In the case of the circulation pump the elec trical conduit box must not be positioned downwards The pump head M...

Page 37: ...5 140 175 210 245 245 280 315 385 455 525 630 Brine mix 30 antifreeze proportion without con tent of the manifold The identified surface requirement for geothermal pumps is based on average soil condi...

Page 38: ...he soil These are made of plastic piping with a special plastic head This evaporation system requires the smallest base area for the soil evapora tors The borehole diameter is 125 mm the borehole dept...

Page 39: ...must be con nected from the brine line upwards When filling the brine circuit with the antifreeze mix the expansion vessel must be filled Type TS Unit 1 60 1 70 1 80 1 100 2 130 2 150 2 190 3 225 3 27...

Page 40: ...prevent blocking the evaporator possibly safety heat exchanger Ensure that the inlet and outlet lines are laid as frost proof with an incline to the well The lines in the house must be insulated agai...

Page 41: ...lating pump safety valve SAFETY heat exchanger set Safety heat exchanger T flow switch Heat source Heat source 5 4 3 Installation diagram 5 4 4 Accessories To be provided by the customer Well pump wit...

Page 42: ...ed In the case of ground water heat pumps the ground water outlet alarm during start up must be set in such a way that shutdown is carried out at a water return temperature of 3 C 6 1 1 Selection of t...

Page 43: ...TH E P OW E R FA M I L Y C IDM ENERGIESYSTEME GMBH Installation TERRA S W 43 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 4 5 6 EC Declaration of Conformity...

Page 44: ...n our website www idm energie com IDM Academy PRACTICAL KNOWLEDGE FOR SALES AND TECHNOLOGY The comprehensive range of seminars for specialists at the IDM POWER FAMILY is available to you at all times...

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