Alpha-InnoTec Solterra Compact SWC 60H Instruction Manual

Alpha-InnoTec Solterra Compact SWC 60H Instruction Manual

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Alpha-InnoTec GmbH
Industriestrasse 3, D-95359 Kasendorf
Tel.: +49 (0)9228 99060
Fax.: +49 (0)9228 990629
www.alpha-innotec.de
e-mail:info@alpha-innotec.de
Instruction Manual
with Product Information
230V / 1PH / 50HZ
Brine / Water Heat Pumps
Indoor Installation
This instruction manual is part of the scope of supply and must be handed over to the user of the plant.
Please keep safely and show to competent persons, if necessary..
Compact
SWC 60H/S
SWC 80H/S
SWC 100H/S
SWC 120/S
SWC 140/S

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Summary of Contents for Alpha-InnoTec Solterra Compact SWC 60H

  • Page 1 Alpha-InnoTec GmbH Industriestrasse 3, D-95359 Kasendorf Tel.: +49 (0)9228 99060 Fax.: +49 (0)9228 990629 www.alpha-innotec.de e-mail:info@alpha-innotec.de Instruction Manual with Product Information Compact 230V / 1PH / 50HZ Brine / Water Heat Pumps Indoor Installation SWC 60H/S SWC 80H/S SWC 100H/S...
  • Page 2: Table Of Contents

    TABLE OF CONTENTS Page SAFETY REGULATIONS EU-STATEMENT OF CONFORMITY GENERAL COMPLETION NOTICE 49/50 SCOPE OF SUPPLY TRANSPORT INSTALLATION ASSEMBLY Heat source supply point Ventilation Heating circuit Ventilation / ventilation pump HYdRAULIC SCHEMATIC POWER SUPPLY OPERATING PART TERMINAL CONNECTION dIAGRAM COMMISSIONING/MAINTENANCE/ TROUBLE SHOOTING TECHNICAL dATA HEATING CAPACITY, COP...
  • Page 3 SAFETY REGULATIONS In general, the following recommendations are referred to in this instruction manual: Safety regulations. Important! Please observe! Please observe advice referring to function and operating method! Reference to the instruction manual of the heat pump controller The heat pump plant must be installed and commissioned by a competent person in accordance with the current legislation and standards and the instruction manual.
  • Page 4: Scope Of Supply

    SCOPE OF SUPPLY / GENERAL General Scope of supply • Compact device with fully hermetic compressor and all relevant safety components for refrigeration circuit Field of application monitoring. The heat pump is designed exclusively for the heating of heating circuit water and domestic hot water. Considering •...
  • Page 5: Transport

    TRANSPORT Transport with the lift truck The accessory bag is secured on the pallet with the heat pump. Transport the device in packed condition on the wooden pallet and with a safety crate to the final destination to avoid transportation damage.
  • Page 6: Installation

    TRANSPORT INSTALLATION Transport with the hand truck The heat pump must be installed on a sustainable and horizontal underground. Small unevenness may be cleared by the enclosed sylomer strips. We recommend to lift out the front panel (reduction in weight). The location for the heat pump must be frost-protected and dry.
  • Page 7 INSTALLATION V.819252 - Geräteaufstellung auf Sylomerstreifen (im Beipack). - Installation de l'appareil sur bande de Sylomer (ci-inclus) - Device installation on Sylomer strip (included) Oberkante Fertigfußboden Bord supérieur sol Upper edge finished floor 20 Abstand zum nächsten Objekt. 20 Abstand zum nächsten Objekt. 20 distance au prochain objet.
  • Page 8: Heat Source Supply Point

    ASSEMBLY BRINE CIRCUIT Heat source supply point The heat source system must be sized in accordance with the prescriptions in the project planning manual. Please note: Connection to the heat source system (brine). • �efore filling the heat source system�� it must be flushed tho- �efore filling the heat source system��...
  • Page 9 VENTILATION BRINE CIRCUIT Venting of the brine circuit pump Venting of the brine circuit We recommend to untighten the pump before the Put a breather at the top point of the brine circuit in start-up, i.e. to move to and for the axle over the nut the forerun (heat source inlet)! with a suitable tool (screwdriver).
  • Page 10 ASSEMBLY HEATING CIRCUIT Heating circuit water supply point domestic hot water storage For domestic hot water requirements using a heat pump, Supply point heating system it is vital to have special domestic hot water storages. It is The heating supply point is on the rear side of the device. important to have a large enough heat exchanger within the hot water tank to ensure the heating capacity of the heat pump:...
  • Page 11: Ventilation Heating Circuit

    VENTILATION HEATING CIRCUIT Setting of the pressure differential valve: Put a vent at the top point of the heating circuit in the flow (heating circuit water outlet)! The bypass valve must be set so that the spread between flow and return is <...
  • Page 12: Hydraulic Schematic

    HYdRAULIC SCHEMATIC Brine/water Compact device, 1 heating circuit, domestic water heating, SWC 60H/S-140/S Sole Wasser Compactgerät, 1 Heizkreis, Brauchwarmwasserbereitung, SWC 60H-170H V.833002 domestic Brauch- hot water warm- storage wasser- speicher Heat pump Wärme- pumpe Glycol mixture Glykolgemisch 25� Glykol 25% glycol Integral within heat pump Lieferumfang Wärmepumpe 1) Heat pump with flow and return sensor for the...
  • Page 13: Power Supply

    POWER SUPPLY The cables must be led through the cable entry point top left on Please secure right rotating field of the load supply the device rear. when connecting the heat pump. The supply of the heat pump must be equipped with an all-pole switching-off with minimum 3 mm contact opening distance and a 3-pole overload release.
  • Page 14: Operating Part

    THE OPERATING PART The operating part is included: For securing the screen, no tools are required! It can be fixed at the front panel without any screws. Attach the screen to the lowest fixing lugs. Secure the LOCK-NOZZLES on Hang up the operating part in the two square spaces of one side bottom-up into the slots;...
  • Page 15: Terminal Connection Diagram

    kLEMMENPLAN TERMINAL CONNECTION dIAGRAM External return flow sensor External sensor Domestic water sensor/-thermostat (accessories) Sensor mixer 1 (accessories) Remote thermostat (accessories) Room unit (accessories) Mixer1 Closed Mixer 1 Open Heat generator 2 / collector Second heat generator 1 Brine circulating pump Domestic water circulat.
  • Page 16: Commissioning/Maintenance/ Trouble Shooting

    COMMISSIONING / MAINTENANCE / TROUBLE SHOOTING Commissioning The heat pump will be started by the heat pump controller; the commissioning is to be carried out by a competent person. For this�� fill in the completion notice (see page 5�) and fax it to the supplier.
  • Page 17: Technical Data

    TECHNICAL dATA SWC 60H/S V.813178 Type of heat pump Brine / water CE-certified Assembly Indoors Protection class IP24 Performance data without pumps Heating capacity/COP B0/W35 acc. to EN255 kW/- 7,3 / 4,6 B0/W35 acc. to EN14511 kW/- 7,2 / 4,4 B0/W50 acc.
  • Page 18 TECHNICAL dATA SWC 80H/S V.813179 Type of heat pump Brine / water CE-certified Assembly Indoors Protection class IP24 Performance data without pumps Heating capacity/COP B0/W35 acc. to EN255 kW/- 9,3 / 4,7 B0/W35 acc. to EN14511 kW/- 9,2 / 4,5 B0/W50 acc.
  • Page 19 TECHNICAL dATA SWC 100H/S V.813180 Type of heat pump Brine / water CE-certified Assembly Indoors Protection class IP24 Performance data without pumps Heating capacity/COP B0/W35 acc. to EN255 kW/- 10,5 / 4,6 B0/W35 acc. to EN14511 kW/- 10,4 / 4,4 B0/W50 acc.
  • Page 20 TECHNICAL dATA SWC 120 S V.813181 Type of heat pump Brine / water CE-certified Assembly Indoors Protection class IP24 Performance data without pumps Heating capacity/COP B0/W35 acc. to EN255 kW/- 11,9 / 4,8 B0/W35 acc. to EN14511 kW/- 11,7 / 4,6 B0/W50 acc.
  • Page 21 TECHNICAL dATA SWC 140 S V.813182 Type of heat pump Brine / water CE-certified Assembly Indoors Protection class IP24 Performance data without pumps Heating capacity/COP B0/W35 acc. to EN255 kW/- 14,7 / 4,6 B0/W35 acc. to EN14511 kW/- 14,5 / 4,4 B0/W50 acc.
  • Page 22: Heating Capacity, Cop

    HEATING CAPACITY, POWER CONSUMPTION; COP SWC 60H/S V.811184 Heating capacity (kW) Heizleistung (kW) SWC60H/S - Flow at 35°C Vorlauf 35° C - Flow at 50°C Vorlauf 50° C - Flow at 65°C Vorlauf 65° C Brine temperature (°C) Soletemperatur (° C) Power consumption (kW) Leistungsaufnahme (kW) -10 -5...
  • Page 23 HEATING CAPACITY, POWER CONSUMPTION; COP SWC 80H/S V.811185 Heating capacity (kW) Heizleistung (kW) SWC80H/S - Flow at 35°C Vorlauf 35° C - Flow at 50°C Vorlauf 50° C - Flow at 65°C Vorlauf 65° C Brine temperature (°C) Soletemperatur (° C) Power consumption (kW) Leistungsaufnahme (kW) -10 -5...
  • Page 24 HEATING CAPACITY, POWER CONSUMPTION; COP SWC 100H/S V.811186 Heating capacity (kW) Heizleistung (kW) SWC100H/S - Flow at 35°C Vorlauf 35° C - Flow at 50°C Vorlauf 50° C - Flow at 65°C Vorlauf 65° C Brine temperature (°C) Soletemperatur (° C) Power consumption (kW) Leistungsaufnahme (kW) -10 -5...
  • Page 25 HEATING CAPACITY, POWER CONSUMPTION; COP SWC 120 S V.811187 Heating capacity (kW) Heizleistung (kW) SWC120S - Flow at 35°C Vorlauf 35° C - Flow at 50°C Vorlauf 50° C Brine temperature (°C) Soletemperatur (° C) Power consumption (kW) Leistungsaufnahme (kW) -10 -5 -10 -5 10 15 20 25 30...
  • Page 26 HEATING CAPACITY, POWER CONSUMPTION; COP SWC 140 S V.811188 Heating capacity (kW) Heizleistung (kW) SWC140S - Flow at 35°C Vorlauf 35° C - Flow at 50°C Vorlauf 50° C Brine temperature (°C) Soletemperatur (° C) Power consumption (kW) Leistungsaufnahme (kW) -10 -5 -10 -5 10 15 20 25 30...
  • Page 27: Cooling Capacity

    COOLING CAPACITY SWC 60H/S V.811193 Cooling capacity (kW) Kälteleistung (kW) SWC60H/S - Flow at 35°C Vorlauf 35° C - Flow at 50°C HW-volumenstrom Druckverlust Sole Vorlauf 50° C - Flow at 65°C Heizwasser Sole Vorlauf 65° C 00. Jan 1500 0,25 0,002583 0,000892...
  • Page 28 COOLING CAPACITY SWC 80H/S V.811194 Cooling capacity (kW) Kälteleistung (kW) SWC80H/S - Flow at 35°C Vorlauf 35° C HW-volumenstrom Druckverlust Sole - Flow at 50°C Vorlauf 50° C - Flow at 65°C Heizwasser Sole Vorlauf 65° C 00. Jan 1500 0,25 0,002583 0,000892...
  • Page 29 COOLING CAPACITY SWC 100H/S V.811195 Cooling capacity (kW) Kälteleistung (kW) SWC100H/S - Flow at 35°C Vorlauf 35° C HW-volumenstrom Druckverlust Sole - Flow at 50°C Vorlauf 50° C - Flow at 65°C Heizwasser Sole Vorlauf 65° C 00. Jan 1500 0,25 0,002583 0,000892...
  • Page 30 COOLING CAPACITY SWC 120 S V.811196 Cooling capacity (kW) Kälteleistung (kW) SWC120S - Flow at 35°C Vorlauf 35° C HW-volumenstrom Druckverlust Sole - Flow at 50°C Vorlauf 50° C Heizwasser Sole 00. Jan 1500 0,25 0,002583 0,000892 0,375 Brine temperature (°C) 0,010331 0,003567 Soletemperatur (°...
  • Page 31 COOLING CAPACITY SWC 140 S V.811197 Cooling capacity (kW) Kälteleistung (kW) SWC140S - Flow at 35°C Vorlauf 35° C HW-volumenstrom Druckverlust Sole - Flow at 50°C Vorlauf 50° C Heizwasser Sole 00. Jan 1500 0,25 0,002583 0,000892 0,375 Brine temperature (°C) 0,010331 0,003567 Soletemperatur (°...
  • Page 32: Free Pressure

    FREE PRESSURE dROP CURVES SWC 60H/S V.812144 Free pressure (bar) Freie Pressung (bar) SWC60H/S - Free pressure heating system freie Pressung Heizung - Free pressure brine system freie Pressung Sole Heating circuit water-/domestic water-/brine flow rate (m3/h) Heiz-/Brauchwasser-/ Solevolumenstrom (m We reserve the right to make technical changes - 8301147GB/160808...
  • Page 33 FREE PRESSURE dROP CURVES SWC 80H/S V.812145 Free pressure (bar) Freie Pressung (bar) SWC80H/S - Free pressure heating system freie Pressung Heizung - Free pressure brine system freie Pressung Sole Heating circuit water-/domestic water-/brine flow rate (m3/h) Heiz-/Brauchwasser-/ Solevolumenstrom (m 8301147GB/160808 We reserve the right to make technical changes -...
  • Page 34 FREE PRESSURE dROP CURVES SWC 100H/S V.812146 Free pressure (bar) Freie Pressung (bar) SWC100H/S - Free pressure heating system freie Pressung Heizung - Free pressure brine system freie Pressung Sole Heating circuit water-/domestic water-/brine flow rate (m3/h) Heiz-/Brauchwasser-/ Solevolumenstrom (m We reserve the right to make technical changes - 8301147GB/160808...
  • Page 35 FREE PRESSURE dROP CURVES SWC 120 S V.812147 Free pressure (bar) Freie Pressung (bar) SWC120S - Free pressure heating system freie Pressung Heizung - Free pressure brine system freie Pressung Sole Heating circuit water-/domestic water-/brine flow rate (m3/h) Heiz-/Brauchwasser-/ Solevolumenstrom (m 8301147GB/160808 We reserve the right to make technical changes -...
  • Page 36 FREE PRESSURE dROP CURVES SWC 140 S V.8121148 Free pressure (bar) Freie Pressung (bar) SWC140S - Free pressure heating system freie Pressung Heizung - Free pressure brine system freie Pressung Sole Heating circuit water-/domestic water-/brine flow rate (m3/h) Heiz-/Brauchwasser-/ Solevolumenstrom (m We reserve the right to make technical changes - 8301147GB/160808...
  • Page 37: Dimensional Drawings

    dIMENSIONAL dRAWING SWC 60H/S to SWC 100H/S V.819248 Vorderansicht Vue de face Rückansicht Front view Vue arrière Rear view <1680 1550 1417 1390 1305 1253 Bedienteil Régulation Controller 1 - Heizwasser Austritt (Vorlauf) AG 1", DIN ISO 228 - Circuit chauffage départ 1" M, DIN ISO 228 - Heating circuit water output (flow) external thtead 1", DIN ISO 228 thread...
  • Page 38 dIMENSIONAL dRAWING SWC 120 S to SWC 140 S V.819250a Vorderansicht Vue de face Front view Rückansicht Vue arrière <1680 Rear view 1550 1417 1390 1305 1253 Bedienteil Régulation Controller 1 - Heizwasser Austritt (Vorlauf) AG 1 1/4", DIN ISO 228 - Circuit chauffage départ 1 1/4"...
  • Page 39: Circuit Diagrams - Legend

    HEAT PUMPS - LEGENd CIRCUIT dIAGRAMS SWC/LWC Lux Contactor compressor 1 Contactor fan Contactor additional heating system Pressure control high pressure Pressure control low pressure Compressor 1 Fan/brine circulating pump Heating circulating pump Additional circulating pump Domestic water circulating pump Mixer MA1/MZ1 3-way valve heating/domestic water (option)
  • Page 40: Circuit Diagrams

    CIRCUIT dIAGRAM PART 1 SWC 60H/S - 100H/S V.817259 We reserve the right to make technical changes - 8301147GB/160808...
  • Page 41 CIRCUIT dIAGRAM PART 2 SWC 60H/S - 100H/S V.817259 8301147GB/160808 We reserve the right to make technical changes -...
  • Page 42 CIRCUIT dIAGRAM PART 3 SWC 60H/S - 100H/S V.817259 We reserve the right to make technical changes - 8301147GB/160808...
  • Page 43 CIRCUIT dIAGRAM PART 1 SWC 120S. SWC 140S V.817260 8301147GB/160808 We reserve the right to make technical changes -...
  • Page 44 CIRCUIT dIAGRAM PART 2 SWC 120S, SWC 140S V.817260 We reserve the right to make technical changes - 8301147GB/160808...
  • Page 45 CIRCUIT dIAGRAM PART 3 SWC 120S, SWC 140S V.817260 8301147GB/160808 We reserve the right to make technical changes -...
  • Page 46 We reserve the right to make technical changes - 8301147GB/160808...
  • Page 47: Safety Regulations 2 Eu-Statement Of Conformity

    EC declaration of Conformity The undersigned hereby confirms that the device(s) referred to hereinafter - in the execution launched by us - complies / comply with the harmonized EC-directives, EC-safety standards and product-specific EC-standards. In case of a modification of the device(s) not agreed with us, this declaration is no more valid. designation of the device(s): EC-directives EC machine directive...
  • Page 48 We reserve the right to make technical changes - 8301147GB/160808...
  • Page 49: General 3 Completion Notice

    COMPLETION NOTICE FAX TO □ > AFTER SALES SERVICE 3Rd ROCk (ENGLANd/WALES) +44 845 280 33 66 □ > AFTER SALES SERVICE REO (SCOTLANd) +44 870 080 10 21 □ > AFTER SALES SERVICE POWER TECH (IRLANd) +44 288 076 08 68 __________________________________________________________________________________________________________________ COMPLETION NOTICE ANd FACTORY START-UP REqUEST During factory start-up system operation is checked to ensure proper functioning.
  • Page 50 COMPLETION NOTICE BASIC CHECk-LIST FOR COMPLETION NOTICE FOR THE HEAT PUMP SYSTEM Heat Source Air □ Conduits are connected and leak-proof o.k. □ Weather protection louvres installed o.k. □ Rotation direction of the ventilator o.k. Heat Source Brine or Water □...
  • Page 51 8301147GB/160808 We reserve the right to make technical changes -...
  • Page 52 Alpha-InnoTec GmbH Industriestrasse 3 The future of heatpumps D-95359 Kasendorf Tel.: +49 (0)9228 9906 0 Fax.: +49 (0)9228 9906 29 e-mail: info@alpha-innotec.de www.alpha-innotec.com Certified Quality SCOTLAND ENGLAND / WALES Renewable Energy Options Ltd. In view of offering the heat pump...

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