Ochsner AIR BASIC 109 Operating Manual/Installation Manual
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Ochsner AIR BASIC 109 Operating Manual/Installation Manual

Air/water heat pump heating/cooling/dhw
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Operating manual/installation manual
AIR BASIC 109
AIR BASIC 211
AIR BASIC 416
AIR BASIC 618
Air/water heat pump
Heating/cooling/DHW
BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx
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Summary of Contents for Ochsner AIR BASIC 109

  • Page 1 Operating manual/installation manual AIR BASIC 109 AIR BASIC 211 AIR BASIC 416 AIR BASIC 618 Air/water heat pump Heating/cooling/DHW BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 1 of 92...
  • Page 2 BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 2 of 92...

  • Page 3: Table Of Contents

    Securing with floor bracket ......11 3.4.2 Mounting without floor bracket ..... 11 Maintenance ......... 60 3.4.3 Outdoor unit foundation AIR BASIC 109 ..12 Service ............60 3.4.4 Outdoor unit foundation AIR BASIC 211 ..12 Cleaning and care ........60 3.4.1...

  • Page 4: General Information

    Please read your heat pump's operating manual appliances may only be carried out by carefully from beginning to end. This will help you personnel authorised by OCHSNER. to operate your heat pump better. This manual is to be kept readily accessible near the heat pump.

  • Page 5: Appliance Description

    Appliance description 2.1 Available models AIR BASIC 109 C11B G1-1 AIR BASIC 109 C11B T200 AIR BASIC 211 C11B G1-1 AIR BASIC 211 C11B T200 AIR BASIC 618 C12B G1-1 AIR BASIC 618 C12B T200 AIR BASIC 416 C12A G1-1 AIR BASIC 416 C12A T200 BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx...

  • Page 6: Outdoor Unit

    Outdoor unit 3.1 Main components A. Fan B. Evaporator C. Temperature sensor, air inlet, evaporator (OAT) D. Temperature sensor, evaporator (OMT) E. 4-way switching valve F. Electronic expansion valve (EEV) G. Temperature sensor, compressor head (CTT) H. Liquid separator K. Temperature sensor, refrigerant inlet, evaporator (OCT) L.

  • Page 7: Dimensions

    3.2 Dimensions AIR BASIC 109 Figure 2: AIR BASIC 109 Outdoor unit dimensions AIR BASIC 211 Figure 3: AIR BASIC 211 Outdoor unit dimensions BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 7 of 92...
  • Page 8 AIR BASIC 416 AIR BASIC 618 Figure 4: AIR BASIC 416 and AIR BASIC 618 outdoor unit dimensions BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 8 of 92...

  • Page 9: Outdoor Unit Installation

    Also avoid installing the outdoor unit in an open and exposed When installing the AIR BASIC 109 or AIR BASIC location, e.g. on a flat roof. Wind can 211 outdoor unit, acoustic reflections from the cause problems with de-icing on the...

  • Page 10: Foundation For Floorstanding Installation

    3.4 Foundation for floorstanding WARNING Risk of injury due to the evaporator installation fins on the rear of the AIR BASIC 416 and AIR BASIC 618 outdoor units. Always install NOTE the outdoor unit with the rear parallel to a wall Observe the minimum clearances in section 3.3.1.

  • Page 11: Securing With Floor Bracket

    Dimen- Dimen- Dimen- Foundation length (> 1 m) sion e sion f sion g sion h f,g,h Foundation strip dimensions (see table) AIR BASIC 109 AIR BASIC 211 1000 Type Dimen- Dimen- Dimen- Dimen- AIR BASIC 416, 1000 sion e...

  • Page 12: Outdoor Unit Foundation Air Basic 109

    3.4.3 Outdoor unit foundation AIR BASIC 109 Installation without floor bracket Installation with floor bracket 1) Screw, e.g. 12x100 V2A with washer 1) Screw, e.g. 12x180 V2A with washer 2) Rubber support (supplied with product) 2) Floor bracket (order no. 912633)

  • Page 13: Air Basic 416 And Air Basic 618 Outdoor Unit Foundation

    3.4.1 AIR BASIC 416 and AIR BASIC 618 outdoor unit foundation Installation without floor bracket Installation with floor bracket 1) Screw, e.g. 12x100 V2A with washer 1) Screw, e.g. 12x180 V2A with washer 2) Rubber support (supplied with product) 2) Floor bracket (order no. 912633) 3) Foundation strips 3) Foundation strips 4) Gravel...

  • Page 14: Wall Bracket For Wall Mounting

    - 4 x rubber/metal buffers (A 40/30 M10) for sound insulation FZ = 7.95 kN FQ = 4.00 kN 3.5.1 Requirements for wall mounting Weight [kg] AIR BASIC 109 AIR BASIC 211 AIR BASIC 416 AIR BASIC 618 3.5.2 Installing the wall bracket CAUTION The wall bracket must only be used for installing the outdoor unit.
  • Page 15 Installation procedure: - Observe the distances between mounting feet specific to the outdoor unit (see 3.2 Dimensions). The distances for the holes required in the wall are derived from these. - Drill the holes in the wall. - Install the wall brackets. - Install the 4 rubber/metal buffers for sound insulation to the wall brackets.

  • Page 16: Indoor Unit

    Indoor unit Two different indoor units are available for the air/water heat pump: Golf Midi indoor unit T200 MULTI TOWER indoor unit 4.1 Golf Midi indoor unit 4.1.1 Indoor unit installation 40 cm min 40 cm min 40 cm Figure 14: Indoor unit dimensions and minimum clearances The heat pump must be acoustically insulated from the floor.

  • Page 17: Main Components

    4.1.2 Main components Sensors <12 V Hot gas line Controller voltage 220-240 VAC/50 Hz Liquid line Booster heater 400 V~ DHW heating DHW heating return flow Heating Heating Pressure gauge return flow Figure 17: View from above Heating Heating return flow return flow...

  • Page 18: Dimensions

    4.1.3 Dimensions Figure 19: Indoor unit tilt height Figure 20: Indoor unit dimensions Figure 21: Indoor unit connection dimensions BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 18 of 92...

  • Page 19: Expansion Vessel

    4.1.4 Expansion vessel Expansion vessel Drain and fill opening Figure 22: Draining and filling detailed view NOTE For larger system volumes, the expansion vessel has to be re-calculated. If the integral 24 l vessel is not adequate, install an additional expansion vessel externally. See EN 12828 4.1.5 Venting the system Air vent valve CAUTION!

  • Page 20: System Pressure/Heating Water

    4.1.6 System pressure/heating water Preparation for filling: A 24 l expansion vessel is installed in the heat NOTE pump indoor unit. In buffer systems or systems with higher capacity, check this vessel and, if Unsuitable fill- and top-up water promotes necessary, install an additional expansion vessel in deposits and rust formation and can damage the the system (externally, not inside the appliance).

  • Page 21: Electrical Connection

    4.1.7 Electrical connection The appliance junction box is located on the upper Observe the regulations and information in part of the indoor unit. Section 6 Electrical connection Terminal Description Terminal Description L1/L2/L3 Heating circuit pump 1, direct (HCP 1) Electr. booster heater N/N/N/PE Heating circuit pump 2, with mixer valve (HCP 2)
  • Page 22 BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 22 of 92...

  • Page 23: Hydraulic Connection Versions

    Do not set a night setback for the system as it is BASIC 416 and AIR BASIC 618 systems designed to run uninterrupted during cold (e.g.: Ochsner PU200). Size and install all WNA temperatures in winter. pipe sizes according to the nominal flow rates.
  • Page 24 4.1.8.1 Version I: Heating / cooling without buffer tank without DHW heating (Golf Midi indoor unit) This version shows the connection directly to the heating system without buffer tank. This version is NOT possible for individual room control without buffer tank. Figure 26 System schematic hydraulic version I BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx...
  • Page 25 4.1.8.2 Version Ia: Heating / cooling without buffer tank without DHW heating with individual room control (Golf Midi indoor unit) This version shows the connection directly to the heating system without buffer tank for individual room control. Figure 27: System schematic hydraulic version Ia BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 25 of 92...
  • Page 26 4.1.8.3 Version II: Heating / cooling without buffer with DHW tank (with ECO tank) See also ECO tank installation manual This version shows the DHW heating connection to the ECO tank with 110 l with changeover to the heating system without buffer tank. Figure 28: System schematic hydraulic version II BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx...
  • Page 27 4.1.8.4 Version IIa: Heating/cooling without DHW tank (With ECO tank) and individual room control This version shows the DHW heating connection to the ECO tank with 110 l with changeover to the heating system without buffer tank. Use this version with individual room control. Figure 29: System schematic hydraulic version IIa BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx...
  • Page 28 4.1.8.5 Version IIIu: Heating and DHW heating with UNI800 This version shows the connection to a buffer tank that is coupled to the heating system and DHW. The buffer tank is loaded differently for heating and DHW heating via the 3-way valve.
  • Page 29 4.1.8.6 Version IV: Heating and DHW heating via non-pressurised distributor (cooling mode not possible) This version shows the combination of heating circuit and DHW tank. Cooling is not possible in this case. NOTE Controller setting: The switching valve must not switch during defrosting mode.
  • Page 30 4.1.8.7 Version V: Heating / cooling with buffer tank with/without DHW tank This version shows the combination of a buffer tank which supplies the heat to the heating circuit. Furthermore, the DHW tank is charged via the heat pump. To minimise the switching frequency, operation with a heat pump buffer tank is recommended, especially for AIR BASIC 416 and AIR BASIC 618.

  • Page 31: T200 Indoor Unit

    4.2 T200 indoor unit 4.2.1.1 DHW tank 4.2.1 Appliance description The steel tank is fitted internally with a special The buffer tank and the DHW tank with heat direct enamel and a sacrificial anode. The anode exchanger are arranged on top of each other and with wear indicator protects the inside of the tank can be separated for handling.

  • Page 32: Main Components

    4.2.2 Main components 4.2.3 Installation 4.2.3.1 Installation location CAUTION Do not install the appliance in damp rooms! Install the appliance in a frost free and dry room near the draw-off point. In order to reduce line losses, keep the distance between appliance and heat pump small.
  • Page 33 Minimum clearances to the side can be either to the right or the left. Figure 35: T200 minimum clearances 4.2.3.2 Connection Connection Hydraulics and refrigeration: Heating circuit flow 1" union nut with flat Figure 36: Hydraulic connections, T200 refrigeration gasket Heating return 1"...
  • Page 34 Dimensions: Figure 37: T200 dimensions BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 34 of 92...
  • Page 35 4.2.3.3 Transport and handling Installing the front cladding Remove the 4 screws from the non- returnable pallet. Install the front cladding in reverse order. Separating the appliance sections: Figure 38: Removing the fixing screw Slightly tilt the appliance and screw in the 4 adjustable feet supplied.
  • Page 36 Figure 41: Removing the hydraulic hoses - Remove the 4 hydraulic hoses and the thermal insulation element. Figure 44: Separating the appliance sections 2 - Tilt the top section towards the back. Use the grip rail for better grip during transport. Figure 42: Undoing the connecting screws - Undo the 4 screws on the tabs at the front of...
  • Page 37 Figure 48: Assembling the appliance sections 2 Slide the top appliance section towards the rear until it is flush with the bottom section. When the appliance sections are assembled correctly, the end position is Figure 46: Assembling the appliance sections 1 given by the guide groove and the guide Grip rail pin.
  • Page 38 4.2.3.4 Safety valve Cold water pipe: Permitted materials are galvanised steel, stainless steel, copper and plastic. CAUTION A safety valve is required. DHW pipe Permitted materials are stainless steel, copper and plastic. Connection: Thoroughly flush the pipes. Install the DHW outlet pipe and the cold water inlet pipe.
  • Page 39 4.2.3.6 Filling the system Filling the heating system: Figure 50: Filling the heating system Fill the heating system via the drain valve. Vent the pipework. NOTE For easier filling, the 3-way switching valve (multifunctional assembly) is set to a position suitable for filling at the factory.

  • Page 40: Using T200 With A Heating Circuit With Mixing

    Connections 2 x 1½" MT, with flat gasket Length 180 mm Nominal diameter DN 25 (1") The adaptor is available from OCHSNER as an accessory with the item number 914383. Subsequently, the heating circuit (or several) can be set up externally.

  • Page 41: T200 Electrical Connection

    4.2.6 T200 electrical connection Electrical connection: Figure 51: T200 electrical connection The appliance junction box is located behind the front panel. Figure 52: T200 indoor unit cable entry Route all mains and sensor cables through the cable entry into the appliance. Observe the regulations and information in Section 6 Electrical connection.

  • Page 42: T200 Maintenance

    Figure 53: T200 indoor unit connection terminals T200 control box: OTE pin Description Heating circuit pump 2, with mixer valve (HCP 2) 15/16 Heating circuit mixing valve (MVH) 41/42 Control elements (eBus) Mixer sensor (TMK) Outdoor temperature sensor (TA) Default target value, building management system (BMS) 4.2.7 T200 maintenance CAUTION...
  • Page 43 Figure 55: Draining the DHW tank Drain the DHW tank via the drain valve. Cleaning and descaling the DHW tank: Figure 56: T200 DHW tank sacrificial anode 1 white = anode OK 2 red = requires checking by qualified contractor CAUTION Do not use a descaling pump or descaling agent to clean the tank.

  • Page 44: Refrigerant Lines

    When handling refrigerant, wear appropriate gloves, protective clothing and protective glasses. Unit AIR BASIC 109 AIR BASIC 211 AIR BASIC 416 AIR BASIC 618 max. length < 20 < 20 <...
  • Page 45 10 m AIR BASIC 109 max. 15 m AIR BASIC 211, AIR BASIC 416 and AIR BASIC 618 max. 10 m AIR BASIC 109 max. 15 m AIR BASIC 211, AIR BASIC 416 and AIR BASIC 618 Pressure line/suction line Oil lift bend (min.

  • Page 46: Outdoor Unit Connection

    Therefore, hold than crimps made on site. the pipe openings downwards and close them. Leak rate < 1 g/year CAUTION OCHSNER customer service will solder the crimp fittings professionally during commissioning. BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 46 of 92...

  • Page 47: Indoor Unit Connections

    Do not bend these pipes. Bend the pipes coming from 5.3 Leakage test the outdoor unit for connection. OCHSNER customer service will perform and record the leakage test during commissioning. Figure 60: View of indoor unit Golf Midi BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx...

  • Page 48: Electrical Connection

    Only earth the screen once → on the heat pump to PE. 0.8 mm² OCHSNER recommends following conventional cable: Y(ST)Y) 2x2x0.8 CAUTION: OCHSNER accepts no liability for damage caused by insufficient protection against electric emissions. Table 4: Cable cross-sections BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx...
  • Page 49 NOTE Information regarding mains connection in Austria: The AIR BASIC is equipped with a single phase inverter > 1.3 kVA. According to TAEV, part III or TOR, part D1, operation of these appliances requires the written permission of the grid operator.

  • Page 50: Wiring Diagrams

    Provide wiring at A) with 50 cm excess length. This allows removal of the switching plate and thus enables servicing. NOTE Figure 62: AIR BASIC 109 wiring diagram All cables should be sized by the electrical contractor according to local conditions. All wiring/cables must be flexible (ÖLFLEX).

  • Page 51: Air Basic 109 Interruptible Tariff

    This allows removal of the switching plate and thus enables servicing. NOTE Figure 63: AIR BASIC 109 wiring diagram (interruptible supply) All cables should be sized by the electrical contractor according to local conditions. All wiring/cables must be flexible (ÖLFLEX).

  • Page 52: Air Basic 211

    6.3.3 AIR BASIC 211 KEY: A) Outdoor unit terminal box B) Indoor unit C) Meter/distributor 1) Outdoor unit supply 1x 220-240 VAC 50 Hz /N/PE 2) PSU cable (remove the factory-fitted jumper) 3) Control cable 240 V 4) Supply of integral 8.8 kW E-rod 5) Bus connection between indoor and outdoor units, lay the screen on both sides!

  • Page 53: Air Basic 211 Interruptible Tariff

    6.3.4 AIR BASIC 211 interruptible tariff KEY: (interruptible supply of indoor unit via outdoor unit with 2 separate RCDs) A) Outdoor unit terminal box B) Indoor unit C) Meter/distributor 1) Outdoor unit supply 1x 220-240 VAC 50 Hz /N/PE 2) PSU cable (remove the factory-fitted jumper) 3) Control cable 240 V 4) Supply of integral 8.8 kW E-rod 5) Bus connection between indoor and outdoor...

  • Page 54: Air Basic 416

    6.3.5 AIR BASIC 416 KEY: A) Outdoor unit terminal box B) Indoor unit C) Meter/distributor 1) Outdoor unit supply 3x380-400 VAC 50 Hz /N/PE 2) PSU cable (remove the factory-fitted jumper) 3) Control cable 220-240 V 4) Supply of integral 8.8 kW E-rod 5) Bus connection between indoor and outdoor units, lay the screen on both sides!

  • Page 55: Air Basic 618

    6.3.6 AIR BASIC 618 KEY: A) Outdoor unit terminal box B) Indoor unit C) Meter/distributor 1) Outdoor unit supply 1x220-240 VAC 50 Hz /N/PE 2) PSU cable (remove the factory-fitted jumper) 3) Control cable 240 V 4) Supply of integral 8.8 kW E-rod 5) Bus connection between indoor and outdoor units, lay the screen on both sides!

  • Page 56: Sensor

    6.3.7 Sensor KEY: Low voltage cables must be routed away from 240 V/400 V cables! a ) Heat pump terminal strip 1) Wiring, charging pump buffer/low-loss header 2) Top buffer sensor TPO 3) Middle buffer sensor TPM Configuration with buffer or low loss header: 06-076 WAERMEVERTEILER HEAT DISTRIBUTOR...
  • Page 57 (MFA). - The required controller parameters are set by OCHSNER customer service or specialist personnel authorised by OCHSNER. In systems with a buffer tank, a bypass or a low loss header or a heating...

  • Page 58: Air Basic With Eco Tank

    AIR BASIC with ECO tank NOTE Install the mounting rail approx. 240 cm above Installation instructions floor level. This combination requires a minimum room height of 250 cm. Installation of Golf Midi indoor unit with ECO tank Figure 70: Installation instructions for AIR BASIC with ECO tank Mounting the rail The Eco tank is mounted with a mounting rail.

  • Page 59: Dealing With Minor Faults

    Dealing with minor faults NOTE Let only trained specialist personnel carry out adjustments and troubleshooting. Standard settings for the controller are made by the contractor during commissioning. The operator / maintainer is responsible for any corrections and program adjustments! (See the following table) Fault/display Cause Solution...

  • Page 60: Maintenance

    OCHSNER customer service under the The refrigerants used in OCHSNER heat pumps are telephone number below, giving the serial number non-flammable, non-toxic and ozone neutral.
  • Page 61 - For the system user, this reduces the risk of system failure. For more information about customer service and the scope of the maintenance contracts, see www.ochsner.com. BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 61 of 92...

  • Page 62: Decommissioning

    Decommissioning Improper disposal of refrigerant or brine can cause significant damage to 10.1 Disposal of packaging the environment! The transport packaging for the heat pump consists of recyclable raw materials. Waste 10.3 Disposal of the appliance transport packaging should be sorted and recycled.

  • Page 63: Appendix

    Appendix 11.1 Specification AIR BASIC AIR BASIC AIR BASIC AIR BASIC OCHSNER appliance type 109 C11B 211 C11B 416 C12A 618 C12B Dimensions of outdoor unit 610 x 869 x 865 x 1040 1377 x 950 x 1377 x 950 x...
  • Page 64 Standard point A-7/W35 Heating output range 1.30 - 2.95 1.20 - 6.80 3.63 - 8.67 3.63 - 8.67 Heating output EN 14511 2.59 4.20 5.38 5.38 Total power consumption 0.98 1.40 2.31 2.31 EN 14511 Coefficient of performance 2.64 3.00 2.32 2.32 EN 14511...
  • Page 65 Max. compressor frequency (at max. output) Nominal air flow rate m³/h 2500 4590 7000 7000 Number of fans Cumulative output level (measured with reference to EN 12102, EN ISO 9614-2 dB(A) Assessed total sound power level at A7/W35 at nominal compressor frequency (at partial load) BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 65 of 92...
  • Page 66 Distance-dependent sound pressure level (audible sound) of outdoor units at nominal compressor frequency (at partial load) and installation in a free field Distance 1 metre dB(A) Distance 5 metres dB(A) Distance 10 metres dB(A) Air intake temperature Heating mode min. °C Heating mode max.
  • Page 67 Refrigerant circuit Refrigerant R410A R410A R410A R410A Refrigerant charge 2.15 2.95 2.95 Top-up charge for line lengths > 12 m to 20 m Permiss. operating pressure high pressure side/low pressure side Liquid line 6 x 1 10 x 1 10 x 1 10 x 1 Hot gas line 12 x 1...
  • Page 68 Specification for T200 indoor unit Height 1931 Width Depth Tilt height 2121 Empty weight Filled weight IP rating IP 20 Tank thermal insulation Heat exchanger area m² Heat exchanger capacity DHW tank Nominal capacity Material Enamelled steel Energy efficiency class Standby losses Tank volume Standby power consumption at 65°C...

  • Page 69: Performance Figures

    11.2 Performance figures 11.2.1 AIR BASIC 109 X air temperature [°C] Y COP X air temperature [°C] X air temperature [°C] Y heating output [kW] Y power consumption [kW] Figure 72: AIR BASIC 109 Performance curve BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 69 of 92...

  • Page 70: Air Basic 211

    11.2.2 AIR BASIC 211 X air temperature [°C] Y COP X air temperature [°C] X air temperature [°C] Y heating output [kW] Y power consumption [kW Figure 73: AIR BASIC 211 Performance curve BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 70 of 92...

  • Page 71: Air Basic 416

    11.2.3 AIR BASIC 416 max. output max. output max. output max. output min. output Partial load X air temperature [°C] Y COP X air temperature [°C] X air temperature [°C] Y heating output [kW] Y power consumption [kW] Figure 74: Performance curve AIR BASIC 416 BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 71 of 92...

  • Page 72: Air Basic 618

    11.2.4 AIR BASIC 618 max. output max. output max. output max. output min. output Partial load X air temperature [°C] Y COP X air temperature [°C] X air temperature [°C] Y heating output [kW] Y power consumption [kW] Figure 75: Performance curve AIR BASIC 618 BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 72 of 92...

  • Page 73: Details Of Energy Consumption

    11.3 Details of energy consumption Product data conform to EU regulations on the Directive for Ecodesign of Energy Related Devices. AIR BASIC 109 C11B G1-1 Controller class with Controller room remote Low temperature 35°C contribution [%] control Colder Medium Warmer Controller class ηs...

  • Page 74: Voltage Quality In Island Mode

    Energy consumption [kWh] 1263 1155 1002 Controller class with Controller room remote Draw-off profile contribution [%] control Tank losses Controller class indoor outdoor Controller without room Sound power level [dBA] contribution [%] remote control Controller class with Controller room remote contribution [%] control AIR BASIC 416 C12A T200 /...

  • Page 75: Limits Of Use

    Voltage asymmetry 2% 11.5 Limits of use The maximum outdoor temperature (TA) for heat pumps of type OCHSNER AIR BASIC is defined as -20°C with a maximum flow temperature of 50°C. The maximum flow temperature (TWV) of the heat pumps is +55°C at => -15°C outdoor temperature.

  • Page 76: Golf Midi Indoor Unit Hydraulic Residual Head

    11.1 Golf Midi indoor unit hydraulic residual head OCHSNER AIR BASIC/ EAGLE indoor unit residual head Flow rate [m3/h] Pump: Wilo Yonos Para HPS25/7.5, output level III Figure 77: AIR BASIC / EAGLE indoor unit residual head 11.2 T200 indoor unit hydraulic residual head...

  • Page 77: Recommended Flow Rates

    11.3 Recommended flow rates: AIR BASIC 109 C11B G1-1 0.8 m³/h AIR BASIC 211 C11B G1-1 1.4 m³/h AIR BASIC 416 C12A G1-1 1.9 m³/h AIR BASIC 618 C12B G1-1 1.9 m³/h AIR BASIC 109 C11B T200 0.8 m³/h AIR BASIC 211 C11B T200 1.4 m³/h...

  • Page 78: Declaration Of Conformity

    11.4 Declaration of conformity BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 78 of 92...
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  • Page 82: Erp-Data

    11.5 ERP-Data BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 82 of 92...
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  • Page 88: List Of Figures

    Figure 6: Outdoor unit minimum clearances for wall mounting ................... 9 Figure 7: Possible installation of AIR BASIC 109 or AIR BASIC 211 outdoor unit ............9 Figure 8: Inadmissible installation of AIR BASIC 416 or AIR BASIC 618 outdoor unit ...........10 Figure 9: Foundation for securing with floor bracket (dimensions in mm) ..............11...

  • Page 89: List Of Tables

    Figure 64: Wiring diagram AIR BASIC 211 ......................... 52 Figure 65: AIR BASIC 211 wiring diagram (interruptible supply of indoor unit via outdoor unit) ......... 53 Figure 66: Wiring diagramAIR BASIC 416 ........................54 Figure 67: AIR BASIC 618 wiring diagram ........................55 Figure 68: Electric schematic with buffer tank/low loss header ...................
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  • Page 91 BA_AIR_BASIC_ELW_Multitower_OTE3_SW5x_CC_EN_V08.docx Page 91 of 92...
  • Page 92 Customer service hotline: +49 (0) 69 256694-495 kontakt@ochsner.com kontakt@ochsner.de www.ochsner.com www.ochsner.com Head Office/Factory OCHSNER East Ochsner-Strasse 1 PL 31-302 Kraków, A-3350 Haag ul. Pod Fortem Nr. 19 Hotline for system partners: +43 (0) 820 201020 Tel: +48 (0)12 4214527 Customer service hotline: +43 (0) 5 04245-499 kontakt@ochsner.pl...

This manual is also suitable for:

Air basic 211Air basic 416Air basic 618

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