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Summary of Contents for OEG 650 001 128
- Page 1 Inverter swimming pool heat pump Installation and operating instructions...
- Page 2 If components are replaced, they must be suitable for the intended purpose and the relevant specifications. Only original spare parts of the manufacturer are to be used. If in doubt, please contact OEG. Systems with flammable refrigerants have to be checked in regular intervals for the following points: •...
- Page 3 Important information The instructions and recommendations contained in this manual should be read carefully and understood since they provide valuable information concerning the safe handling and operation of the heat pump. Keep this manual in an accessible place for easy future reference. The installation must be carried out by a qualified professional person in accordance with current regulations and manufacturer’s instructions.
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Page 4: Table Of Contents
General ECO silent mode Inhalt General Terms of Delivery Cooling mode (inverter) Safety instructions Setting the clock Programming start and stop Water treatment times Description 4.10 Activating a programme Scope of delivery 4.11 Deactivating a programming General characteristics 4.12 Status values Intended use 4.13 Query of system parameters Technical specifications... - Page 5 Important: Please read the safety instructions carefully before using the Safety instructions equipment. The following instructions are essential for safety and should therefore be observed strictly. Installation and service Installation, start-up, maintenance and repairs may only be carried out by an appropria- tely qualified technician in compliance with currently applicable standards.
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Page 6: Safety Instructions
For optimal operation and a long service life, the pH value of the water should always be between 6.9 and 8.0. Description • OEG heat pump Scope of delivery • Two hydraulic water inlet/outlet connections (ø 50 mm) • Installation and operating instructions •... -
Page 7: General Characteristics
A different or extended use of the unit is considered as not intended. In this case, the safety and the protection of the unit can be impaired. Moreover, it could also result in damages to the equipment. The company OEG GmbH will not be held liable for any dama- ges resulting from non-compliance with the instructions. -
Page 8: Technical Specifications
Art.-No. Art.-No. Art.-No. Art.-No. Art.-No. Art.-No. Art.-No. 650 001 128 650 001 129 650 001 130 650 001 181 650 001 183 650 001 200 650 001 201 Ambient Temperature: 26 °C; Water Inlet / Outlet Temperature: 26 °C / 28 °C. -
Page 9: Unit Dimensions
Unit dimensions 650 001 128 650 001 130 650 001 200 650 001 129 650 001 181 650 001 201 Crystal inverter Crystal inverter Crystal inverter 650 001 183 1114 1130 Maße in mm Dimensions in mm Inverter swimming pool heat pump... -
Page 10: Exploded View
Exploded view No. Designation No. Designation Fan-protective grille Electrical box cover Control panel Top panel Front cover panel Electric transformer 4-way valve Fan blade Heat exchanger Fan motor Electronic expansion valve (EEV) Evaporator Side cover panel, left Lifting handle, right Assembly frame Side cover panel, right Electrical control box... -
Page 11: Installation
Set-up, installation and safety instruction for OEG R290 heat pumps The use of refrigerant R290 (propane gas) of refrigerant safety class A3 (highly flammable) in heat pumps requires additional safety precautions that must be observed during planning and installation. - Page 12 References to standard: Location of heat pump DIN EN 13313: EU standard refrigerating systems and heat pumps – Competence of personnel DIN EN 60079-14: National and EU regulation Explosive atmosphere Part 14: Electrical installations design. selection and erection. VDMA 24020: Standard sheet to support the operators and their duties. Operational requirements for refrigerating systems.
- Page 13 Location of heat pump Protected area when installed against a closed wall 2,1 m 0,5 m 0,5 m 2,1 m 2,1 m 0,5 m 0,5 m 0,5 m 0,5 m 3,1 m 3,1 m 3,1 m 0,2 m 0,2 m 0,2 m Protected area Air flow direction...
- Page 14 Installation layout Inverter swimming pool heat pump...
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Page 15: 3.3 Installation Layout
While in operation, the heat pump is subject to condensation. That will result in a more or Connection of condensation less large run-off of water, depending on the degree of air humidity. To channel this flow, draining kit we recommend the installation of a condensation draining kit. How do you install the condensation draining kit? Install the heat pump by means of solid, water-resistant pads raising it at least 10 cm. -
Page 16: By-Pass Assembly
By-Pass assembly. A By-Pass is an assembly consisting of 3 valves that regulate the flow circulating in the heat pump. During maintenance operations, the By-Pass permits the heat pump to be isolated from the system without interrupting your Making a hydraulic connection with by-pass kit installation. - Page 17 Bypass installation diagram for one heat pump Hydraulic connection y-Pass assembly for one heat pump TOWARDS THE POOL y-Pass assembly for one heat pump Automatic water treatment system Pool Filtration + pump FROM THE POOL y-Pass assembly for more than one heat pump Bypass installation diagram for more than one heat pump y-Pass assembly for more than one heat pump TOWARDS THE POOL...
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Page 18: Electrical Installation
In public places, it is mandatory to install an emergency stop button close to the heat pump. Models Power Maximum Cable diameter Protection supply current Thermal 650 001 128 7.0 kW 9.76 A 3 x 2.5 mm² 16 A 650 001 129 9.5 kW 9.76 A 3 x 2.5 mm² 16 A... -
Page 19: Electrical Connection
WARNING: Electrical connection The power supply of the heat pump must be disconnected before any connection or maintenance work. rical connection NING: The heat pump’s power supply MUST be disconnected before any operation. Please comply with the following instructions when connecting the heat pump to the power supply. -
Page 20: Wall-Mounting Remote Control
3.9 Wall-mounting the remote control 3.9 Wall-mounting the remote control 3.9 Wall-mounting the remote control Step 1: Detach the remote control from the machi Step 1: Detach the remote control from the machine. Pay attention to the communic Step 1: Detach the remote control from the machine. Pay attention to the communication w printed circuit board and separate them carefully. -
Page 21: Settings
10. The pool heat pump can be operated by app now. 4.2 Operating mode selector OEG GmbH is not the manufacturer or provider of this app and expressly assumes no liability associated with the function, Before starting, ensure that the filtration pump is working and that water is circulating through 4.2 Operating mode selector... -
Page 22: Heating Mode (Inverter)
4.3 Heating Mode (Inverter) 4.3 Heating Mode (Inverter) Heating mode (inverter) IMPORTANT: Before starting, make sure the filtration pump is working WARNING: Before starting, ensure that the filtration pump is operating correctly. WARNING: Before starting, ensure that the filtration pump is operating correctly. correctly. -
Page 23: Fix Mode (Heating Only)
4.4 Fix Mode (heating only) 4.4 Fix Mode (heating only) WARNING: Before starting, ensure that the filtration pump is operating correctly. WARNING: Before starting, ensure that the filtration pump is operating correctly. FIX mode (heating only) IMPORTANT: Before starting, make sure the filtration pump is operating correctly. -
Page 24: Eco Silent Mode
4.5 ECO Silence Mode 4.5 ECO Silence Mode WARNING: Before starting, ensure that the filtration pump is operating correctly. WARNING: Before starting, ensure that the filtration pump is operating correctly. ECO standby mode IMPORTANT: Before starting, make sure the filtration pump is working correctly. -
Page 25: Cooling Mode (Inverter)
4.6 Cooling Mode (Inverter) 4.6 Cooling Mode (Inverter) WARNING: Before starting, ensure that the filtration pump is operating correctly. WARNING: Before starting, ensure that the filtration pump is operating correctly. Cooling mode (inverter) IMPORTANT: Before starting, make sure the filtration pump is working correctly. -
Page 26: 4.7 Setting The Clock
4.7 Setting the clock 4.7 Setting the clock 4.7 Setting the clock Set the system clock to local time, procede as follows: 4.7 Setting the clock 4.7 Setting the clock Setting the clock Set the system clock to local time, as follows: Set the system clock to local time, as follows: Set the system clock to local time, as follows: Step 1: Press... -
Page 27: Programming Start And Stop Times
This function is for programming the start and stop timing. Up to 3 different start Programming start and stop times can be configured. The setting is as follows: 4.8 Programming start/stop and stop times Step 1: Press for 3 seconds to enter the timer functions. This function is for programming the Start/Stop timing. -
Page 28: Activating A Programme
Once the programme has been set, it can be activated as follows: 4.10 Activating a programme 4.9 Activating a programme 4.9 Activating a programme Step 1: Press for 3 seconds to enter the timer functions. Once the programme has been defined, it can be activated as follows: Once the programme has been defined, it can be activated as follows: Step 2: Select the programme to be activated with the arrow buttons Step 1: Long press... -
Page 29: 4.11 Status Values
4.11 Status values 4.11 Status values 4.11 Status values The system values can be checked with the remote control. Procede as follows: 4.12 Status values The status values can be checked via the remote control by following these steps. The status values can be checked via the remote control by following these steps. The status values can be checked via the remote control by following these steps. -
Page 30: Query Of System Parameters
IMPORTANT: This process facilitates future maintenance and repair works. 4.13 Query of system The standard settings should only be carried out by experienced specialists. parameters IMPORTANT: All modifications on defined settings automatically lead to warranty loss. 4.12 System parameter query 4.12 System parameter query 4.12 System parameter query 4.12 System parameter query... -
Page 31: Forced Defrosting Function
Press and the arrow button for 3 seconds to enter the forced defrosting function. 4.14 Forced defrost function Code Description Setting range Default setting 4.15 Parameter table Temperature deviation setting for restart 1 ~ 18 °C 1 °C Reserved — —... -
Page 32: Operation
Operation IMPORTANT: Operation Under normal conditions, a suitable heat pump can heat the water in a swimming pool by +1 to +2 °C per day. It is therefore quite normal to not feel any temperature difference in the system instantly, even when the heat pump is working. -
Page 33: Servo Control Of Circulation
If you have connected a circulation pump to terminals P1 and P2, this pump is Servo-control of automatically electrically powered while the heat pump is in operation. a circulation pump If the heat pump is on standby, the circulation pump is powered intermittently in order to monitor the water temperature in the pool. -
Page 34: Maintenance And Care
Maintenance and care IMPORTANT: Before starting any maintenance work on the heat pump, Maintenance and care make sure that the electrical power supply is disconnected. Cleaning The housing of the heat pump must be cleaned with a damp cloth. The use of detergents or other household cleaners can damage the surface of the housing and affect its properties. -
Page 35: 6.2 Winter Storage
The evaporator at the rear of the heat pump must be carefully cleaned with a vacuum cleaner and soft brush √ Check the earthing connections. attachment. √ Monitor the state of the pressure gauge and the presence of refrigerant. qualified person at least once a year. Annual maintenance 6.2 Winter storage amp cloth. -
Page 36: Repairs
7. Repairs 7. Repairs 7. Repairs 7. Repairs WARNING: Under normal conditions, a suitable heat pump can heat the water in a swimming poo WARNING: Under normal conditions, a suitable heat pump can heat the water in a swimming poo WARNING: Under normal conditions, a suitable heat pump can heat the water in a swi WARNING: Under normal conditions, a suitable heat pump can heat the water in a swi IMPORTANT: Under normal conditions, a suitable heat pump can heat the... - Page 37 List of error codes Code Error Possible causes Troubleshooting Malfunction water flow switch 1. Insufficient water in 1. Check operation of water circuit and heat exchanger opening of bypass valves 2. Switch not connected properly or defective 2. Reconnect switch or replace it Frost protection Antifreeze is activated when ambient temperature User intervention not...
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Page 38: List Of Faults
Code Error Possible causes Troubleshooting IPM overcurrent Malfunction of IPM module Replace inverter module Compressor Compressor Replace compressor Reserved — — Compressor phase failure Compressor connecting cable not or badly Check compressor cable connection connected DC bus voltage too low Input voltage too low / malfunction of PFC Check input voltage / replace module module... -
Page 39: Dismantling Of Monobloc Heat Pump
Removing the covers Dismantling of monobloc 1. Open the housing: Remove all the screws that secure the external covers of the heat pump heat pump. 2. Detach the covers: Lift the covers carefully and put them aside. Dismounting the electrical components 1. -
Page 40: Wiring Diagram
7.0 kW 9.5 kW 12.5kW 15.0 kW 18.0 kW Wiring diagram Model: 650 001 128 / 650 001 129 / 650 001 130 / 650 001 181 / 650 001 183 DC FAN CAPACITOR Reactive resistance GNYE EARTH CN-RAT1 AC-N... - Page 41 26.0 kW 31.0 kW Wiring diagram Model: 650 001 200 / 650 001 201 T3 Condenser temperature Water flow switch Wire controller Wire controller 2 * Reactive T4 Suction temperature resistance T5 Cooling coil temperature Low Pressure Switch YE （ or ） BK T6 Ambient temperature T7 Outlet water temperature High Pressure Switch *...
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Page 42: Performance Diagrams
650 001 128 - 7 kW Performance diagrams Different water temperature heating capacity curve 12,00 ℃ 15℃ 15℃ 20℃ 26℃ 35℃ 40℃ 15-min 20-min 26-min 35-min 40-min 7,83 0,86 9,00 9,08 3,95 6,00 0,23 8 17,02 3,00 ℃ 20℃ 8,31... - Page 43 650 001 130 - 12,5 kW Performance diagrams Different water temperature heating capacity curve 15℃ 20℃ 26℃ 35℃ 40℃ 15℃ 15-min 20-min 26-min 35-min 40-min 12,51 17,00 1,43 13,00 8,74 7,20 9,00 0,46 15,65 5,00 20℃ 12,20 1,00 1,64 Ambient [°C] 7,44 7,15 120 Different water temperature power curve...
- Page 44 650 001 183 - 18 kW Performance diagrams Different water temperature heating capacity curve 40,00 ℃ ℃ 1 1 5 5 ℃ ℃ 15℃ 20℃ 26℃ 35℃ 40℃ 9 21,82 15-min 20-min 26-min 35-min 40-min 2,21 30,00 9,87 7 12,81 20,00 0,69 6 18,59...
- Page 45 650 001 201 - 31 kW Performance diagrams Different water temperature heating capacity curve 50,00 15℃ 15℃ 20℃ 26℃ 35℃ 40℃ 15-min 20-min 26-min 35-min 40-min 32,71 40,00 2,85 11,49 30,00 17,74 20,00 0,95 18,68 10,00 20℃ 32,62 0,00 3,23 Ambient [°C] 10,09 17,57...
- Page 46 OEG GmbH Industriestraße 1 • D-31840 Hess. Oldendorf info@oeg.net • www.oeg.net Kostenfreie Bestell- und Service-Hotline: Fon 0800 6 343662 Kostenfreie Bestell- und Service-Hotline: Fon 0800 2 81727 Kostenfreie Bestell- und Service-Hotline: Fon 0800 5 63950 Free service number: Phone 00 800-63 43 66 24 N°...
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