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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
Brine / Water Heat pumps
Inside Installation
H-Devices up to max. 65° C
Flow Temperature:
M-Devices up to max. 55° C
Flow Temperature:
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 authorized service-technicians, if
necessary..
Professionell
SWP 230H
SWP 330H
SWP 410H
SWP 500H
SWP 390
SWP 540
SWP 670
SWP 820
The future of heat pumps
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Summary of Contents for Alpha-InnoTec Solterra SWP 230H
- Page 1 Alpha-InnoTec GmbH The future of heat pumps 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 Professionell Brine / Water Heat pumps Inside Installation H-Devices up to max. 65° C...
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Page 2: Table Of Contents
TABLE OF CONTENTS SAFETY REGULATIONS In general, the following recommendations are referred to Page in this instruction manual: Safety Regulations Safety regulations. Important! Please observe! General Please observe advice referring to function and operating method! Scope of Supply Reference to instruction manual of the heat pump Transport controller Installation... -
Page 3: General
SCOPE OF SUPPLY GENERAL General Scope of Supply • Compact device with fully hermetic compressor and Operative range all relevant safety components for refrigeration circuit monitoring. The heat pump is designed exclusively for the heating of • heating circuit water and domestic hot water. Considering Integrated heat pump- and heating installation-controller. -
Page 4: Transport
TRANSPORT Transport with the lift truck To go through narrow passages, you can remove the side panels to reduce the total device width by about 4 cm. To avoid transportation damage, the heat pump should be transported with a lift truck or a pallet truck. Transport the device in packed condition to the fi... -
Page 5: Installation
INSTALLATION Heating suppy point/ +HL]XQJVDQVFKOX‰ :lUPHSXPSHQDQVFKOX‰ /H UDFFRU GHPHQW GX FKDXIIDJH FRQQHFWLRQ GH SRPSH GH FKDOH Heat source supply point +HDWLQJ FRQQHQWLRQV KHDW SXPS FRQQHFWLRQV :lUPHSXPSH /D SRPSH j FKDOHXU +HDW 3XPS %HGLHQVHLWH 5pJXODWLRQ &RQWUROOHU 6FKUDIILHUWH )OlFKH )UHLUDXP IU 6HUYLFH]ZHFNH 6HFWLRQ KDFKXUH HVSDFH OLEUH SRXU VHUYLFH DSUqV YHQWH +DWFKHG VHFWLRQ FOHDU DUHD IRU PDLQWHQDQFH %HWRQIXQGDPHQW PLW... -
Page 6: Assembly Hydraulics
ASSEMBLY HYDRAULICS The hydraulic supply points are on the de- Heat source supply point: vice rear: The heat source installation must be sized in accordance with the prescriptions in the project planning manual. Please note: • Before fi lling the heat source installation, it must be rinsed thoroughly. -
Page 7: Hydraulic Schematic
HYDRAULIC SCHEMATIC Legend !24) Manometer 25) Heating circulating pump and domestic hot water 1) Heat pump with fl ow and return sensor for the heating system 26) Reversing valve domestic hot water 2) Radiator or fl oor heating system 27) Immersion heater for heating and domestic hot water 3) Vibration-free connection (fl... -
Page 8: Heating Circuit Water Supply Point
ASSEMBLY HYDRAULICS The hydraulic supply points are on device Heating circuit water supply point: rear: The heating system must be fl ushed before connecting the heat pump to prevent contamination inside the heating system affecting the function of the heat pump. Heating circuit water output (fl... -
Page 9: Hydraulic Schematic
HYDRAULIC SCHEMATIC BRINE/WATER HEAT PUMP PROFESSIONELL, MONOVALENT OPERATION Sanitary hot water storage Buffer storage Heat source instal- lation See hydraulics heat source installation Legend !24) Manometer 25) Heating circulating pump and domestic hot water 1) Heat pump with fl ow and return sensor for the heating system 26) Reversing valve domestic hot water 2) Radiator or fl... -
Page 10: Power Supply
POWER SUPPLY The cables must be led through the cable entry points on the device rear. The strain relief is on the rear The terminal strips are situated in the central control room. Top right, you see the phase guard, shining green when the tension is correct and shining red whenever there is a left-hand rotating fi... -
Page 11: Controller
THE OPERATING DEVICE Assembly controller Hang up the ope- rating device in the square spaces, screw it down and put in the cable During the transport, the operating element is stored from the bottom. on the intermediate plate in the device. The appropriate cable is stored top right and is already clipped on the circuit board. -
Page 12: Terminal Connection Diagram
TERMINAL CONNECTION DIAGRAM V.831115 External return sensor Outdoor sensor Sanitary water sensor/-thermostat (accessories) Sensor mixer 1 (accessories) Room remote control Room remote control (accessories) accessories Mixer1 Closed Heatgenerator2 / alterna- Mixer 1 Open tive global error Heatgenerator2 / global error Second heatgenerator1 Second... -
Page 13: Start Up / Maintenance / Trouble Shooting
START UP / MAINTENANCE / TROUBLE SHOOTING Start up The heat pump will be started by the heat pump controller; the start up is to be carried out by a competent person. For this, fi ll in the notice of completion (see page 41) and fax it to the supplier. -
Page 14: Technical Data
TECHNICAL DATA SWP 230H H-devices up to maximum 65°C fl ow temperature V.813136 Heat pump type Sole / Wasser Conformity Installation Innen Protection IP24 Power data Heating power/COP B0/W35 acc. to EN255 kW/- 22,8 / 4,0 (12,1 / 4,4) B0/W50 acc. - Page 15 TECHNICAL DATA SWP 330H H-devices up to maximum 65°C fl ow temperature V.813138 Heat pump type Sole / Wasser Conformity Installation Innen Protection IP24 Power data Heating power/COP B0/W35 acc. to EN255 kW/- 32,4 / 4,1 (17,2 / 4,4) 30,2 / 2,8 (16,0 / 3,0) B0/W50 acc.
- Page 16 TECHNICAL DATA SWP 410H H-devices up to maximum 65°C fl ow temperature V.813139 Sole / Wasser Heat pump type Conformity Innen Installation IP24 Protection Power data 40,3 / 4,1 (21,4 / 4,4) Heating power/COP B0/W35 acc. to EN255 kW/- 37,5 / 2,8 (19,9 / 3,0) B0/W50 acc.
- Page 17 TECHNICAL DATA SWP 500H H-devices up to maximum 65°C fl ow temperature V.813140 Sole / Wasser Heat pump type Conformity Innen Installation IP24 Protection Power data 48,9 / 4,1 (25,9 / 4,4) Heating power/COP B0/W35 acc. to EN255 kW/- 45,4 / 2,8 (24,1 / 3,0) B0/W50 acc.
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Page 18: M-Devices
TECHNICAL DATA SWP 390 M-devices up to maximum 55°C fl ow temperature V.813131a Heat pump type Brine / Water Conformity Installation Indoor Protection IP24 Power data Heating power/COP B0/W35 acc. to EN255 kW/- 38,2 / 4,1 (20,2 / 4,4) B0/W50 acc. - Page 19 TECHNICAL DATA SWP 540 M-devices up to maximum 55°C fl ow temperature V.813133 Brine / Water Heat pump type Conformity Indoor Installation Protection IP24 Power data 54,4 / 4,2 (28,8 / 4,4) Heating power/COP B0/W35 acc. to EN255 kW/- B0/W50 acc.
- Page 20 TECHNICAL DATA SWP 670 M-devices up to maximum 55°C fl ow temperature V.813130 Heat pump type Brine / Water Conformity Installation Indoor Protection IP24 Power data Heating power/COP B0/W35 acc. to EN255 kW/- 67,6 / 4,2 (36 / 4,4) B0/W50 acc.
- Page 21 TECHNICAL DATA SWP 820 M-devices up to maximum 55°C fl ow temperature V.813135 Heat pump type Brine / Water Conformity Indoor Installation Protection IP24 Power data Heating power/COP B0/W35 acc. to EN255 kW/- 81,9 / 4,2 (43,4 / 4,4) 82,0 / 3,0 (43,5 / 3,1) B0/W50 acc.
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Page 22: Heating Output
HEATING OUTPUT SWP 230H H-devices up to maximum 65°C fl ow temperature V.811136 Heating output (°C) Heizleistung (kW) Flow 35°C 2 compressors Vorlauf 35°C 2 Verdichter Flow 50°C 2 compressors Vorlauf 50°C 2 Verdichter Flow 65°C 2 compressorsr Vorlauf 65°C 2 Verdichter Flow 35°C 1 compressor Vorlauf 35°C 1 Verdichter Flow 50°C 1 compressor... - Page 23 HEATING OUTPUT SWP 330H H-devices up to maximum 65°C fl ow temperature V.8111138 Heating output (°C) Heizleistung (kW) Flow 35°C 2 compressors Vorlauf 35°C 2 Verdichter Flow 50°C 2 compressors Vorlauf 50°C 2 Verdichter Flow 65°C 2 compressorsr Vorlauf 65°C 2 Verdichter Flow 35°C 1 compressor Vorlauf 35°C 1 Verdichter Flow 50°C 1 compressor...
- Page 24 HEATING OUTPUT SWP 410H H-devices up to maximum 65°C fl ow temperature V.811139 Heizleistung (kW) Heating output (°C) Flow 35°C 2 compressors Vorlauf 35°C 2 Verdichter Flow 50°C 2 compressors Vorlauf 50°C 2 Verdichter Flow 65°C 2 compressorsr Vorlauf 65°C 2 Verdichter Flow 35°C 1 compressor Vorlauf 35°C 1 Verdichter Flow 50°C 1 compressor...
- Page 25 HEATING OUTPUT SWP 500H H-devices up to maximum 65°C fl ow temperature V.8111140 Heating output (°C) Heizleistung (kW) SWP 500H Flow 35°C 2 compressors Vorlauf 35°C 2 Verdichter Flow 50°C 2 compressors Vorlauf 50°C 2 Verdichter Flow 65°C 2 compressorsr Vorlauf 65°C 2 Verdichter Flow 35°C 1 compressor Vorlauf 35°C 1 Verdichter...
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Page 26: M-Devices
HEATING OUTPUT SWP 390 M-devices up to maximum 55°C fl ow temperature V.811131 Heizleistung (kW) Heating output (°C) Flow 50°C 2 compressors Vorlauf 50°C 2 Verdichter Flow 35°C 2 compressorsr Vorlauf 35°C 2 Verdichter Flow 50°C 1 compressor Vorlauf 35°C 1 Verdichter Flow 35°C 1 compressor Vorlauf 50°C 1 Verdichter Brine temperature (°C) - Page 27 HEATING OUTPUT SWP 540 M-devices up to maximum 55°C fl ow temperature V.811133 Heating output (°C) Heizleistung (kW) Flow 50°C 2 compressors Vorlauf 50°C 2 Verdichter Flow 35°C 2 compressorsr Vorlauf 35°C 2 Verdichter Flow 35°C 1 compressor Vorlauf 35°C 1 Verdichter Flow 50°C 1 compressor Vorlauf 50°C 1 Verdichter Brine temperature (°C)
- Page 28 HEATING OUTPUT SWP 670 M-devices up to maximum 55°C fl ow temperature V.811130 Heating output (°C) Heizleistung (kW) Vorlauf 35°C 2 Verdichter Flow 35°C 2 compressors Flow 50°C 2 compressorsr Vorlauf 50°C 2 Verdichter Flow 35°C 1 compressor Vorlauf 35°C 1 Verdichter Flow 50°C 1 compressor Vorlauf 50°C 1 Verdichter Brine temperature (°C)
- Page 29 HEATING OUTPUT SWP 820 M-devices up to maximum 55°C fl ow temperature V.811134 Heating output (°C) Heizleistung (kW) Flow 50°C 2 compressors Vorlauf 50°C 2 Verdichter Flow 35°C 2 compressorsr Vorlauf 35°C 2 Verdichter Flow 50°C 1 compressor Vorlauf 35°C 1 Verdichter Flow 35°C 1 compressor Vorlauf 50°C 1 Verdichter Brine temperature (°C)
- Page 30 PRESSURE DROP CURVES SWP 230H to SWP 500H H-devices up to maximum 65°C fl ow temperature V.812123a Druckverlust Wärmepumpe (bar) Pressure drop heat pump (bar) 0,30 0,25 0,20 SWP 230H/330H 0,15 0,10 0,05 SWP 410H/500H 0,00 Flow rate heating circuit water (m3/h) Heizwasservolumenstrom (m Pressure drop heat pump (bar) Druckverlust Wärmepumpe (bar)
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Page 31: M-Devices
PRESSURE DROP CURVES SWP 390 to SWP 820 M-devices up to maximum 55°C fl ow temperature Druckverlust Wärmepumpe (bar) Pressure drop heat pump (bar) V.812116 SWP 390 SWP 540 SWP 670/820 0,40 0,35 0,30 0,25 0,20 0,15 0,10 0,05 0,00 Flow rate heating circuit water (m3/h) Heizwasservolumenstrom (m Pressure drop heat pump (bar) - Page 32 VIEW PLAN SWP 230H and SWP 330H H-devices up to maximum 65°C fl ow temperature V.819173 9RUGHUDQVLFKW 9XH GH IDFH )URQW YLHZ %HGLHQWHLO 5pJXODWLRQ &RQWUROOHU 5FNDQVLFKW 9XH DUULHUH 5HDU YLHZ 'XUFKIKUXQJHQ IU :lUPHTXHOOH $XVWU (OHNWUR )KOHUNDEHO 6RUWLH VRXUFH (QWUpH SRXU FkEOHV...
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Page 33: View Plans
VIEW PLAN SWP 410H and 500H, SWP 390 to 820 V.819103 9RUGHUDQVLFKW 9XH GH IDFH )URQW YLHZ %HGLHQWHLO 5pJXODWLRQ &RQWUROOHU 5FNDQVLFKW 9XH DUULHUH 5HDU YLHZ :lUPHTXHOOH $XVWULWW 'XUFKIKUXQJHQ IU (OHNWUR )KOHUNDEHO 6RUWLH VRXUFH (QWUpH SRXU FkEOHV GH FKDOHXU ... -
Page 34: Legend Circuit Diagram
LEGEND CIRCUIT DIAGRAM Heat pumps – Key for Circuit Diagrams SWP Lux Contactor compressor Contactor compressor 1 Contactor compressor 2 Contactor brine pump Contactor supplementary heating system Pressostat high pressure Pressostat low pressure Motor protection brine pump Motor protection compressor 1 Motor protection compressor 2 Compressor 1 Compressor 2... -
Page 35: Circuit Diagram
CIRCUIT DIAGRAM PART 1 SWP 230H to SWP 500H, SWP 390 to SWP 820 V.817233a 830109aGB/151024 - Subject to Technical Modifi cations -... - Page 36 CIRCUIT DIAGRAM PART 2 SWP 230H to SWP 500H, SWP 390 to SWP 820 V.817233a - Subject to Technical Modifi cations - 830109aGB/151024...
- Page 37 CIRCUIT DIAGRAM PART 3 SWP 230H to SWP 500H, SWP 390 to SWP 820 V.817233a 830109aGB/151024 - Subject to Technical Modifi cations -...
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Page 38: Ec-Declaration Of Conformity
EC Declaration of Conformity The undersigned hereby confi rms that the device(s) referred to hereinafter - in the execution put in circulation by us - complies / comply with the harmonized EC-directives, EC-safety standards and product-specifi c EC-standards. In case of a modifi... -
Page 39: Guarantee Conditions
830109aGB/151024 - Subject to Technical Modifi cations -... -
Page 40: Notice Of Completion
NOTICE OF COMPLETION FAX TO □ > AFTER-SALES-SERVICE PARTNER I R E L A N D: +44 28 80 76 08 68 □ > AFTER-SALES-SERVICE PARTNER SCOTL A N D: +44 8700 801020 □ > AFTER-SALES-SERVICE PARTNER E N G L A N D / W A L E S: +44 13 73 82 64 44 __________________________________________________________________________________________________________________ NOTICE OF COMPLETION (NOC) AND REQUEST FOR START-UP BY MANUFACTURER... - Page 41 NOTICE OF COMPLETION CHECK-LIST / NOTICE OF COMPLETION FOR HEAT PUMP INSTALLATION Heat Source Air □ Ducts connected and leak-proof o.k. □ Weather protective grids installed o.k. □ Direction of fan rotation o.k. Heat Source Brine or Water □ Heat source volume rate o.k.
- Page 42 - Subject to Technical Modifi cations - 830109aGB/151024...
- Page 43 830109aGB/151024 - Subject to Technical Modifi cations -...
- Page 44 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 In view of offering the heat pump Renewable Energy Options Ltd.
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