Nibe AMS 10-16 Installation And Maintenance Instructions Manual
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Nibe AMS 10-16 Installation And Maintenance Instructions Manual

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See also: User Manual , Installation Manual
MOS GB 1337-3
INSTALLATION AND MAINTENANCE INSTRUCTIONS
NIBE™ SPLIT
NIBE™ SPLIT
431138
AMS 10-16, HBS 16, HE 30/HEV 300/HEV 500

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  • Page 1 MOS GB 1337-3 INSTALLATION AND MAINTENANCE INSTRUCTIONS NIBE™ SPLIT NIBE™ SPLIT 431138 AMS 10-16, HBS 16, HE 30/HEV 300/HEV 500...
  • Page 2 HE 30 HEV 300 HEV 500 HBS 16 AMS 10-16...

  • Page 3: Table Of Contents

    Miniature circuit-breaker Changing the room temperature manually Temperature limiter Default setting Connection between HBS 16 and AMS 10-16 Readjusting the default settings Connection between HBS 16 and HE 30, HEV 300, HEV Comfort setting cooling Setting max power, electrical addition...
  • Page 4 4.0 [N] Outdoor temp. Temperature sensor 5.0 [N] Heat pump Sensor placement 6.0 [N] Room temperature Data for sensor in AMS 10-16 7.0 [N] Clock Data for sensor in HBS 16 8.0 [N] Other adjustments 9.0 [S] Service menus Dimensions...

  • Page 5: Installation Data

    HEV 300, HEV 500), which takes care of the regulation and heat distribution in the house. In order to gain the greatest benefit from the NIBE SPLIT system, please refer to the 'For Home Owners' chapter within this Installation and Maintenance Manual.

  • Page 6: For Home Owners

    Function Prepared for control of two climate systems. NIBE SPLIT is a system that can produce heating, hot water Integrated active cooling function. and cooling. Possible to connect external heat sources. The principle during heating can be simplified as follows: 1.

  • Page 7: Front Panel, Indoor Module

    For Home Owners Front panel, indoor module Front panel, indoor module I II III I II 5 0 . 0 ° C 13.43 NIBE™ SPLIT...

  • Page 8: How To Use The Front Panel

    A key lock can be activated in the main menus by simultan- eously pressing the plus and the minus buttons. The key symbol will then be shown on the display. The same procedure is used to deactivate the key lock. NIBE™ SPLIT...

  • Page 9: Comfort Setting Heating General

    This means that the operating mode switches between "Heating" and "Hot water". Current oper- ating mode is shown within brackets. The circulation pump is permitted to operate when there is a need. 2. ”AutoK”* NIBE™ SPLIT...

  • Page 10: Default Setting

    - 40 OUTSIDE TEMPERATURE FÖRSKJUTNING UTETEMPERATUR VÄRMEKURVA (0) OFFSET HEAT CURVE SUPPLY TEMPERATURE HEATING CURVE VÄRMEKURVA 15 14 13 12 11 - 10 - 20 - 30 - 40 OUTSIDE TEMPERATURE FÖRSKJUTNING UTETEMPERATUR VÄRMEKURVA (+2) OFFSET HEAT CURVE NIBE™ SPLIT...

  • Page 11: Readjusting The Default Settings

    2.1.2 by one incre- ment. Warm weather conditions If the room temperature is low, increase the “Heating curve offset” setting by one step clockwise. If the room temperature is high, reduce the “Heating curve offset” setting by one step anti-clockwise. NIBE™ SPLIT...

  • Page 12: Comfort Setting Cooling General

    If RG 10 is present, the condition for cooling is that the room temperature has exceeded the set room temperature (menu 6.3) by the set value in menu 8.2.5 and that the outdoor temperature is equivalent to or exceeds the set outdoor temperature value (menu 8.2.4). NIBE™ SPLIT...

  • Page 13: Comfort Setting Hot Water

    In this mode, there is no heating or cooling. Prioritizing can be affected via settings in the front panel. See "1.0 [N] Hot water temp." on page 51. NIBE™ SPLIT...

  • Page 14: Maintenance

    HBS 16 and AMS 10 require minimal maintenance after HEV 300/HEV 500 commissioning. NIBE SPLIT contains many components and is why monit- oring functions are integrated to help you. If something abnormal occurs, a message appears about malfunctions in the form of different ”alarm” texts in dis- play.

  • Page 15: Emptying The Coil In The Water Heater

    WARNING! Rotating fan in AMS 10. Saving tips Your NIBE SPLIT installation produces heat and hot water according to your needs. It also attempts to carry out all requirements with all available ”aids” from the control settings made. The indoor temperature is naturally affected by the energy consumption.

  • Page 16: Dealing With Comfort Disruption

    Activate operating mode ”Only additional heat”. Display not lit. Check and replace any blown circuit and main fuses. Check that the circuit breaker to the indoor unit is not off. Check that the switch (SF1) is in normal position (1). NIBE™ SPLIT...

  • Page 17: Operating Mode "Add. Heat Only

    The front panel is not lit and the control computer in HBS 16 is not connected. AMS 10-16 is off and only the circulation pump HBS 16 and the immersion heater in HE 30, HEV 300, HEV 500 are active.

  • Page 18: Alarm Indications

    For Home Owners Alarm indications Alarm indications There are many monitoring functions integrated in NIBE Different types of alarms SPLIT to alert you to any malfunctions, the control com- Alarms with automatic reset (do not need to be acknow- puter transmits alarm signals that can be read from the ledged when the cause has disappeared).

  • Page 19: For The Installer

    General information for the installer Transport and storage Outdoor module AMS 10 AMS 10-16 should be transported and stored vertically. If the heat pump is to be lifted using lifting straps without Safety valve HEV 300 packaging, protect as illustrated.

  • Page 20: Assembly

    Wall bracket (2-piece) for hanging is mounted on the though a minimum of 200 mm. AMS 10-16 should not be rear of the HBS 16. Secure the one piece of the wall positioned next to noise sensitive walls, for example, next to a bedroom.

  • Page 21: Manual Shunting

    HBS 16, the tank and AMS 10-16. See page 33. 4. Connect supply to HBS 16. See page 31. 5. Follow the commissioning instructions on page 37.

  • Page 22: Pipe Installation General

    For correct function the volume of the climate system must meet the installation requirements, see page 26. If this is XL19 not fulfilled a volume vessel needs to be installed. (NIBE UKV). XL18 For more options, see the docking description on page 26.

  • Page 23: Pump Capacity Diagram

    29. Respective maximum flows must not be exceeded. Connecting HBS 16 to tank It is necessary to connect a water heater or a tank to HBS 16. Pipe connections for the climate system are made at the bottom of HBS 16. NIBE™ SPLIT...

  • Page 24: Connecting The Climate System

    Connect HBS 16 pipe connections (XL1) and (XL2) to the climate system. Backventil NOTE Blandningsventil The term "Climate system" which is used in these in- stallation and maintenance instructions regards heating or cooling systems from HBS 16 for heating or cooling. NIBE™ SPLIT...

  • Page 25: Connection Of External Heat Source

    Install the refrigerant pipes between the outdoor module AMS 10 and HBS 16. Installation must be carried out in accordance with current norms and directives. AMS 10-16 limitations Maximum pipe length, AMS 10-16 (L): 15 m. Maximum height difference (H): ±7 m. HEV 500 NIBE™ SPLIT...
  • Page 26 Connect the flare connector and tighten to the following torque. Use the "Tightening angle" if a torque wrench is not available. Outer diamet- Tightening Tightening Recommen- er, copper torque (Nm) angle (°) ded tool pipe (mm) length (mm) Ø9.52 34~42 30~45 Ø15.88 68~82 15~20 NIBE™ SPLIT...
  • Page 27 Evacuate the system down to 4 mbar and fill the system with dry nitrogen to atmospheric pressure to the finish the evacuation. Filling refrigerant AMS 10-16 is delivered complete with the refrigerant re- quired for the installation of refrigerant pipes up to 15 m in length. NOTE...

  • Page 28: Dockings

    For the Installer Pipe installation Dockings General NIBE SPLIT can be connected in several different ways, some of which are shown on the following pages. For more detailed docking descriptions, see www.nibe.eu. Installation requirements AMS 10-16 Max pressure, climate system 0.25 MPa (2.5 Bar)
  • Page 29 For the Installer Pipe installation NIBE SPLIT with climate system and any addition Climate system Klimatsystem Överströmnings- Overflow valve ventil RG10/ Required RE10 Erf. säker- safety equipment hetsutr. HBS 16 BT 1 Extern tillsats External addition HEV 300/HEV 500 AMS 10-16...
  • Page 30 For the Installer Pipe installation Klimatsystem Överströmnings- ventil RG10/ RE10 HBS 16 BT 1 HE 30 AMS 10-16 NOTE These are outline diagrams. Actual installations must be planned according to applicable standards. NIBE™ SPLIT...
  • Page 31 Climate system 2 EP22 Climate system 3 Buffer vessel UKV Temperature sensor, flow pipe QN12 Reversing valve, cooling/heating GP12 Charge pump Temperature sensor, return Miscellaneous Non-return valve GP20 Circulation pump Temperature sensor, outdoor QN25 Shunt valve Expansion vessel NIBE™ SPLIT...
  • Page 32 ALT 1 GAS V. GP12 GP12 Explanation Expansion vessel Oil/Pellet boiler GP32 Pump station, limits low temperature Accumulator tank Safety valve Particle filter Immersion heater GP12 Charge pump Non-return valve Wood-fired boiler GP31 Pump station, limits high temperat- NIBE™ SPLIT...

  • Page 33: Electrical Installation General

    3G6 mm cable must be used for connection between HBS 16 and AMS 10-16, for communication 3G1.5 mm cable is used. Cables must be routed so that they are not damaged by metal edges or trapped by panels.

  • Page 34: Connecting The Supply

    HBS 16, are internally fuse protected sion heater and temperature with a miniature circuit breaker (FA1). limiter/thermostat emergency Outdoor module AMS 10-16 and equipment are internally mode FD1-BT30. fuse protected in HBS 16, with a miniature circuit breaker (FA2).

  • Page 35: Connection Between Hbs 16 And Ams

    300, HEV 500 The cable between the units must be connected between terminal block for incoming supply (TB) in AMS 10-16 and The cable between the units must be connected between terminal block (X2) in HBS 16 via cable gland (UB2).

  • Page 36: Setting Max Power, Electrical Addition

    UB4. Use a 2 core cable of at least 0.5 mm If the outside sensor cable runs close to power cables, shielded cable must be used. If a conduit is used it must be sealed to prevent condensa- tion in the sensor capsule. NIBE™ SPLIT...

  • Page 37: Connecting The Temperature Sensor Hot Water Charging

    -10 and +10. The value for the change L1 connects on X1:8 and X1:11. is set in menu 2.4, "External adjustment". L2 connects on X1:9 and X1:11. L3 connects on X1:10 and X1:11. X1:11 is the common terminal block for the three current sensors. NIBE™ SPLIT...

  • Page 38: Alarm Outputs

    (does not apply to solar power or wood fired docking). See section Component positions on page 76. Ext. 1 step 1. Remove the strap on terminal block X3:2 and X3:3. See section Component positions on page 76 and section Electrical circuit diagram on page 67. NIBE™ SPLIT...

  • Page 39: Start-Up And Inspection Preparations

    Start-up and inspection Start-up and inspection Preparations HEV 500 Connect AMS 10-16 to HBS 16 (refrigerant pipe and wiring) and connect HBS 16 to the climate system. Filling the climate system 1. Ensure that the pressure gauge (BP5) is visible.

  • Page 40: Setting System Flow Heating

    3. Clean the particle filter (HQ1) as illustrated. 2.2.5 for further adjustment of pump speed. The result should be checked and adjusted further, if ne- cessary. Commissioning HBS 16 without AMS 10-16 connected 1. Check that the temperature limiter (FD1) has not tripped.

  • Page 41: Secondary Adjustment

    (FL2). The latter must be operated carefully as it opens quickly. When the system is stable (correct pressure and all air eliminated) the automatic heating control system can be set as required. See Default setting on page 8. NIBE™ SPLIT...

  • Page 42: Checklist: Checks Before Commissioning

    Leak testing End pressure vacuum Electrical installation Notes Checked Property's main fuse Group fuse Current limiter/current sensor KVR 10* Accessories Notes Checked External circulation pump Overflow valve Room sensor Solar control KVR 10* *Requires software version 1.05 or later. NIBE™ SPLIT...

  • Page 43: Miscellaneous

    The Enter button is used to select submenus of the current menu, to permit parameters to be changed and to confirm any changes to paramet- ers. When the menu number ends with a zero this indicates that there is a submenu. NIBE™ SPLIT...

  • Page 44: Menu Tree

    1.10.4 [S] HW reg min 1.10.10 [S] Return 1.11.0 [S] CompFreq HW set- tings 1.11.1 [S] CompFreq HW set 1.11.2 [S] CompFreq manual 1.11.3 [S] CompFreq at +20 1.11.4 [S] CompFreq at -5 1.11.5 [S] Return 1.12 [N] Return NIBE™ SPLIT...
  • Page 45 2.2.3.2 [U] Supply temp.at +40 2.2.3.3 [U] Return 2.2.4 [U] Min supply cooling 2.2.5 [U] Circ-pump speed cool 2.2.6 [N] Return 2.3 [U] Max supply temp. 2.4 [U] External adjustment 2.5 [U] Supply/Return temp. 2.6 [U] Degree minutes 2.7 [N] Return NIBE™ SPLIT...
  • Page 46 3.5 [U] External adjust. 2 3.6.0 [U] Own heating curve 2 3.6.1 [U] Supply temp.at +20 3.6.2 [U] Supply temp.at -20 3.6.3 [U] Buckling temperature 3.6.4 [U] Supply t. at buckl 3.6.5 [U] Return 3.7 [U] Supply/Return temp 2 3.8 [N] Return NIBE™ SPLIT...
  • Page 47 5.14.0 [U] CompFreq act/set 5.14.1 [U] OU current CT 5.14.2 [U] Inverter temp Tho- 5.14.3 [U] Return 5.15.0 [S] OU communication 5.15.1 [S] Com. error rate 5.15.2 [S] Com. errors 5.15.3 [S] Reset com. errors 5.15.4 [S] Return 5.16 [N] Return NIBE™ SPLIT...
  • Page 48 8.5.0 [U] Period settings 8.5.1 [U] Period time 7.5.6 [U] Return 8.5.2 [U] Max time for HW 7.6.0 [N] Silent mode 7.6.1 [N] Silent mode time 8.5.3 [U] Return 7.6.2 [N] Return 8.6 [N] Return 7.7 [N] Return NIBE™ SPLIT...
  • Page 49 9.3.7.14 [S] K13 9.3.7.15 [S] K14 9.3.7.16 [S] Alarm 1 9.3.7.17 [S] Alarm 2 9.3.7.18 [S] Return 9.3.8 [S] Factory setting 9.3.9 [S] Operating state 9.3.10.0 [S] Floor drying setting 9.3.10.1 [S] Floor drying 9.3.10.2 [S] Period time 1 NIBE™ SPLIT...
  • Page 50 9.8.1.0 [S] Log 1 9.8.x.1 [S] Time 9.8.x.2 [S] Alarm type 9.8.x.3 [S] Run status 9.8.x.4 [S] Run status last 9.8.x.5 [S] Run status time 9.8.x.6 [S] Run time compressor 9.8.x.7 [S] Outdoor avg. 1min. 9.8.x.8 [S] Outdoor temp Tho-A NIBE™ SPLIT...
  • Page 51 9.8.x.24 [S] Relay status 9-14 9.8.x.25 [S] Program status 1-8 9.8.x.26 [S] Program status 9-16 9.8.x.27 [S] Return 9.8.2.0 [S] Log 2 9.8.3.0 [S] Log 3 9.8.4.0 [S] Log 4 9.8.5 [S] Clear alarm log 9.8.6 [S] Return 9.9 [S] Return NIBE™ SPLIT...

  • Page 52: Main Menus

    Different temperature reductions and increases at selected times are also set from this menu. Menu 8.0 [N] Other adjustments Settings regarding the menu type, language, operating mode settings and load monitor reading are made in the sub-menus to this menu. NIBE™ SPLIT...

  • Page 53: N] Hot Water Temp

    These setting initially apply when "On" is selected in menu Setting range: 40 – 65 °C 1.11.2. Default value: 65 °C AMS 10-16 Menu 1.5 [U] Heat pump stop XHW Setting range 20 – 85 Hz The desired stop temperature during extra hot water for Factory setting the heat pump is set here.
  • Page 54 Setting range: 0 – 25* °C Menu 2.1.3.5 [U] Return Default value: 10 °C Return to menu 2.1.3.0. Menu 2.2.3.3 [U] Return Return to menu 2.2.3.0. * Limited by menu 2.3 Max supply temp.. * Limited by menu 2.3 Max supply temp.. NIBE™ SPLIT...

  • Page 55: N] Supply Temp. 2

    Setting range: -32000 – 32000 Menu 2.7 [N] Return Return to menu 2.0. * Limited by menu 3.4 Max supply temp. 2. NIBE™ SPLIT...

  • Page 56: N] Outdoor Temp

    Menu 5.2 [N] Run time compressor Menu 5.15.2 [S] Com. errors The accumulated time that the compressor has been used Shows the total number of incorrect communications with in AMS 10 is shown here. AMS 10 since start-up. NIBE™ SPLIT...

  • Page 57: N] Room Temperature

    23:59 on the selected date. The time for the day change, e.g. night reduction is chosen Same date in menu 7.5.1 and 7.5.2 deactivates the holiday here. function. *Requires accessory and activation in menu 9.3.6. NIBE™ SPLIT...

  • Page 58: N] Other Adjustments

    The average outdoor air temperature at which the heat pump (in auto mode) is to stop heat production. When the average outdoor air temperature falls below Stop temp. heating – Hysteresis (menu 8.2.5) heating starts again. Setting range: 1 – 43 °C Default value: 17 °C NIBE™ SPLIT...

  • Page 59: S] Service Menus

    Menu 8.5.1 [U] Period time set value. The length of time for production of hot water and heating Setting range: 10 – 43 °C is set here. Default value: 10 °C Setting range: 5 – 60 min Default value: 60 min NIBE™ SPLIT...
  • Page 60 Select the min compressor frequency here. Display of both Applies to shunt 1 (QN11). E.g. 2 degrees difference and the current and the set. 2 in amplification gives 4 sec/min controlling the shunt. AMS 10-16 Setting range: 0.1 – 5.0 Setting range 20 – 77 Hz Default value: 1.0...
  • Page 61 2 minutes, 12 hours after last operation. Here you can select to restore factory settings in HBS 16. Setting range: Off, On When returning to the factory settings the language Default value: On switches to English. Setting range: Yes, No Default value: No NIBE™ SPLIT...
  • Page 62 Menu 9.5.13 [S] Period Menu 9.3.17 [S] Freeze protection HX Period counter for switching between hot water and heating/cooling. Select here whether heat exchanger anti freeze is to be active or not. Setting range: On, Off Default value: On NIBE™ SPLIT...
  • Page 63 The alarm logs with the last 4 alarms are shown in the sub- pressor frequency is activated in menu 9.6.2. menus of this menu. AMS 10-16 Menu 9.8.1.0 – 9.8.4.0 [S] Log 1 – Log 4 Setting range 20 – 85 Hz The alarm logs are shown in the sub-menus of this menu.
  • Page 64 Inverter error Menu 9.8.6 [S] Return Inverter error Return to menu 9.8.0. Inverter error Inverter error Menu 9.9 [S] Return Fan alarm Return to menu 9.0. LP alarm Inverter error Sensor fault OU LP alarm Low refrigerant Inverter error NIBE™ SPLIT...

  • Page 65: Alarm List Acknowledging Alarms

    - Blown circuit fuse (L3) - Tripped miniature circuit breaker (-FA2) Low condenser out Too low temperature out from the condenser. - Low temperature during cooling Occurs if alarm 70 occurs 3 times within an hour. - Low flow during cooling NIBE™ SPLIT...

  • Page 66: Ams 10 Alarm

    - Defective control board in AMS 10 S. fault Tho-R Sensor fault, heat exchanger in AMS 10 (Tho-R). - Open-circuit or short-circuit on sensor input - Sensor does not work (see "Temperature sensor" section) - Defective control board in AMS 10 NIBE™ SPLIT...
  • Page 67 - Open circuit or short circuit on input for suction gas sensor (Tho-S) - Defective suction gas sensor (Tho-S) Inverter error Continuous deviation on power transistor for 15 - Defective fan motor minutes. - Defective circuit board for inverter in AMS 10 NIBE™ SPLIT...

  • Page 68: Hot Water Alarm

    - Open-circuit or short-circuit on sensor input - Sensor does not work (see "Temperature sensor" section) Sensor fault VBF2 Sensor fault, supply, system 2. - Open-circuit or short-circuit on sensor input - Sensor does not work (see "Temperature sensor" section) NIBE™ SPLIT...

  • Page 69: Outdoor Sensor Alarm

    The following alarms set so that the system runs at minimum permitted supply temperature. Alarm Alarm text on the dis- Description May be due to play Sensor fault UG Sensor fault, outdoor temperature (BT1). - Open-circuit or short-circuit on sensor input - Sensor does not work (see "Temperature sensor" section) NIBE™ SPLIT...

  • Page 70: Electrical Circuit Diagram

    Miscellaneous Electrical circuit diagram Electrical circuit diagram HBS 16 NIBE™ SPLIT...
  • Page 71 Miscellaneous Electrical circuit diagram NIBE™ SPLIT...
  • Page 72 Miscellaneous Electrical circuit diagram NIBE™ SPLIT...
  • Page 73 Miscellaneous Electrical circuit diagram NIBE™ SPLIT...
  • Page 74 Miscellaneous Electrical circuit diagram NIBE™ SPLIT...
  • Page 75 Miscellaneous Electrical circuit diagram NIBE™ SPLIT...

  • Page 76: Ams 10-16

    Miscellaneous Electrical circuit diagram AMS 10-16 NIBE™ SPLIT...
  • Page 77 Expansion valve for heating Pumpdown Local settings Terminal block Tho-A Temperature sensor, outdoor air Tho-D Temperature sensor, hot gas Tho-R1 Temperature sensor, heat exchanger out Tho-R2 Temperature sensor, heat exchanger, in Tho-S Temperature sensor, suction gas Tho-P Temperature sensor, IPM NIBE™ SPLIT...
  • Page 78 Miscellaneous Component positions Component positions HBS 16 Component image BT12 AA23 FD1-QA41 AA22-X1 AA22-R26 AA22-R25 AA22-R24 AA22 AA21 AA22-X4 BT15 QN11 QM40 QM31 QM30 XL14 QM20 XL13 XL18 XL19 NIBE™ SPLIT...
  • Page 79 CPU card AA22 EBV card R24 Setting, fuse size R25 Setting, max power, electrical addition R26 Setting, max boiler temperature X1 Terminal block X4 Terminal block AA23 Communication board Contactor Contactor Contactor Component location according to IEC 62400. NIBE™ SPLIT...
  • Page 80 Miscellaneous Component positions HE 30, HEV 300, HEV 500 Component image QM20 BT19 XL18 FD1-BT30 X100 BT19 X101 X101 X100 BT24 BT24 XL19 HEV 500 XL18 X101 XL19 XL18 XL19 BT19 HEV 300 X100 FD1-BT30 HE 30 NIBE™ SPLIT...
  • Page 81 Terminal block Sensor, thermostats Pressure gauge Temperature sensor, hot water charging BT19 Temperature sensor, immersion heater BT24 Temperature sensor, docking FD1- Temperature limiter BT30 /Emergency mode thermostat Miscellaneous Rating plate Sign, pipe connections Component location according to IEC 62400. NIBE™ SPLIT...

  • Page 82: Outdoor Unit

    Miscellaneous Component positions Outdoor unit Component image, AMS 10-16 NIBE™ SPLIT...
  • Page 83 Filter board QM35 Service valve, liquid side QM36 Service valve, gas side EEV-H Expansion valve, heating EEV-C Expansion valve, cooling Terminal block, incoming supply and communication Serial number plate Drain pan heater Component location according to IEC 62400. NIBE™ SPLIT...

  • Page 84: Sensor Placement

    Temperature sensor, hot gas Tho-R1 Temperature sensor, heat exchanger out Sensors Tho-R2 Temperature sensor, heat exchanger, in Remote EB1 Tho-S Temperature sensor, suction gas Tho-A Data for sensor in AMS 10-16 Tho-S Tho-D FMO2 Tho-D BT19 63H1 (kΩ) FMO1 BT30...

  • Page 85: Data For Sensor In Hbs 16

    53.44 4.60 39.29 4.47 29.20 4.31 21.93 4.12 16.62 3.90 12.71 3.65 9.81 3.38 7.62 3.09 5.97 2.80 4.71 2.50 3.75 2.22 3.00 1.95 2.42 1.70 1.96 1.47 1.60 1.27 1.31 1.09 1.08 0.94 0.746 0.70 0.525 0.51 NIBE™ SPLIT...

  • Page 86: Indoor Unit Hbs 16

    Miscellaneous Dimensions Dimensions Indoor unit HBS 16 Under Right Front NIBE™ SPLIT...
  • Page 87 Miscellaneous Dimensions Hot water tank HE 30 NIBE™ SPLIT...
  • Page 88 Miscellaneous Dimensions Water heater HEV 300 505050 NIBE™ SPLIT...
  • Page 89 Miscellaneous Dimensions Water heater HEV 500 Ø670 Ø760 NIBE™ SPLIT...

  • Page 90: Outdoor Unit

    Miscellaneous Dimensions Outdoor unit AMS 10-16 Hål för förankring Öppning för rör och kablage Dräneringshål Kopplingsplint Vätskerör Gasrör Kabelgenomföring Kabelgenomföring Öppning för rör och kablage Vätskerör Gasrör Kabelgenomföring Öppning för rör och kablage NIBE™ SPLIT...

  • Page 91: Technical Specifications

    Miscellaneous Technical specifications Technical specifications NIBE SPLIT 1 x 230 V 3 x 400 V Working range during heating with compressor (ambient temperature) -20 – +43 °C Working range during cooling (ambient temperature) +15 – +43 °C Max temperature flow line 65 °C...

  • Page 92: Technical Specifications

    Electrical connections 230 V 1AC 50 Hz or 400 V 3NAC 50 Hz Part no. 069 105 069 106 069 107 Outdoor module AMS 10-16 Compressor Twin Rotary Speed, heating operation 20–85 Hz (rps) Speed, cooling operation 20–77 Hz (rps)

  • Page 93: Performance, Hbs 16 And Ams 10-16

    Pipe connections Flare Part no. 064 035 *If the length of the refrigerant pipes exceeds 15 m extra refrigerant must be filled at 0.06 kg/m. Performance, HBS 16 and AMS 10-16 Heating Outd. temp: / Supply Nominal temp. EN14511 ΔT5K Output/input/COP 7/35 °C (floor)

  • Page 94: Sound Pressure Levels

    The sound pressure levels are further affected by walls, bricks, differences in ground level, etc and should therefore only be seen as guide values. Noise, AMS 10-16 Sound power level, according to EN12102 at 7/45°C (nominal) 71.5 Sound pressure level at 2 m free standing (nominal) dB(A) 57.5...

  • Page 95: Accessories

    VCC 22/28 in HBS 16. Part no. 067 004 Part no. 067 291/067 292 UKV 40: Part no. 067 167 Heating/cooling Part no. 088 470 UKV 100: Heating/cooling Part no. 088 207 UKV 102: Cooling/heating Part no. 080 310 NIBE™ SPLIT...

  • Page 96: Accessories

    Insulated Condensation water pipe, dif- ferent lengths. Part no. 067 032 KVR 10-10 HBS, 1 m Part no. 067 276 KVR 10-30 HBS, 3 m Part no. 067 277 KVR 10-60 HBS, 6 m Part no. 067 278 NIBE™ SPLIT...

  • Page 97: Safety Precautions Caution

    Using existing parts (for R22) can cause breakdowns and serious ac- Do not install and use the system close to equipment that gener- cidents due to process circuit bursts. ates electromagnetic fields or high frequency harmonics. NIBE™ SPLIT...

  • Page 98: Especially For Units Intended For R410A

    Do not install the outdoor unit in a location where insects and system worse. small animals can inhabit. - When filling refrigerant, the refrigerant must always leave the bottle in liquid form. NIBE™ SPLIT...

  • Page 99: Item Register

    Miniature circuit-breaker, 32 Navigation, 41 Offshore distance, 18 Operating status, 7 Outdoor sensor, 34 Particle filter, 38 Performance, 91 Principle of operation, 4 Pump capacity diagram, 21 Quick movement, 6, 41 Readjustment, 39 Refrigerant pipe, 23 Safety precautions, 95 NIBE™ SPLIT...
  • Page 100 NIBE™ SPLIT...
  • Page 101 NIBE™ SPLIT...
  • Page 102 NIBE™ SPLIT...
  • Page 104 Puh: 09-274 697 0 Fax: 09-274 697 40 E-mail: info@nibe.fi www.nibe.fi AIT France, 10 rue des Moines, 67500 Haguenau Tel : 03 88 06 24 10 Fax : 03 88 06 90 15 E-mail: info@nibe.fr www.nibe.fr NIBE Energy Systems Ltd, 3C Broom Business Park, Bridge Way, Chesterfield S41 9QG Tel: 0845 095 1200 Fax: 0845 095 1201 E-mail: info@nibe.co.uk www.nibe.co.uk...

This manual is also suitable for:

He 30Hev 500Hbs 16Hev 300

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