Nibe AMS 10-16 Installation And Maintenance Instructions Manual Download Page 12 | Manualshive

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Comfort setting cooling

General

The condition in order for cooling to be activated is that
"On" is selected in menu 9.3.3 Cooling system.

NOTE

The climate system must manage cooling operation.
Settings must be made by the installer when commis-

sioning the system.

If a room sensor is connected, it starts and stops cooling
together with the outdoor temperature. The lowest calcu-
lated supply temperature is set in menu 2.2.4.

Cooling operated from the outdoor sensor in
operating mode AutoK

If the cooling system is set to "On" in menu 9.3.3 and the
outdoor temperature is greater or equivalent to the set
start temperature for cooling in menu 8.2.4, cooling starts.

Cooling stops when the outdoor temperature drops below
the set value minus the set value in menu 8.2.5.

The calculated flow line temperature is determined from
the selected cooling curve in menu 2.2.2 and the offset
for cooling curve, menu 2.2.1. Limitations, which are not
in the diagram, are included in the control system's permit-
ted min temperature.

NOTE

For HBS 10-16 cooling operation is permitted down

to +18°C in the supply temperature to prevent con-

densation in the product.

HBS 11-16 is insulated to prevent condensation for

cooling operation down to +7°C in the supply tem-

perature.

0

0

°C

20

°C

30

5

10

20

framlednings-
temp.

Utetemp

40

15

k=1

k=2

k=3

+ 5

- 5

FÖRSKJUTNING
KYLKURVA (0)

2XWVLGH WHPSHUDWXUH

&DOFXODWHG IORZ
WHPSHUDWXUH

&RROLQJ FXUYH RIIVHW

Controlling cooling mode using the room
sensor

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).

When the room temperature has dropped below the set
room temperature in menu 6.3 by the set value in menu
8.2.5 or the outdoor temperature falls below the set value
in menu 8.2.4 by the set value in menu 8.2.5, cooling
switches off.

NIBE™ SPLIT

10

For Home Owners

Comfort setting cooling

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Summary of Contents for AMS 10-16

Page 1: ...INSTALLATION AND MAINTENANCE INSTRUCTIONS MOS GB 1337 3 NIBE SPLIT 431138 NIBE SPLIT AMS 10 16 HBS 16 HE 30 HEV 300 HEV 500 LEK LEK LEK LEK LEK ...

Page 2: ...HE 30 LEK LEK LEK LEK LEK HEV 300 LEK HEV 500 LEK LEK AMS 10 16 LEK HBS 16 ...

Page 3: ...uirements 20 Dimensions and pipe connections 20 Pump capacity diagram 21 Connecting HBS 16 to tank 21 Connecting the climate system 22 Connecting the hot water heater 22 Connection of external heat source 23 Waste exchanger part 23 Connecting refrigerant pipes not supplied 23 Dockings 26 Electrical installation General 31 Electrical components 31 Connecting the supply 32 Miniature circuit breaker ...

Page 4: ...6 Supply alarm 66 Outdoor sensor alarm 67 Electrical circuit diagram HBS 16 68 AMS 10 16 74 Component positions HBS 16 76 HE 30 HEV 300 HEV 500 78 Outdoor unit 80 Temperature sensor Sensor placement 82 Data for sensor in AMS 10 16 82 Data for sensor in HBS 16 83 Dimensions Indoor unit HBS 16 84 Outdoor unit 88 Technical specifications 91 Performance HBS 16 and AMS 10 16 91 Sound pressure levels 92...

Page 5: ...ll correspondence with NIBE Outdoor unit Indoor unit Tank Water heater Installation date Check list page 40 filled in Installation engineers Heating Radiator Floor Fan convector Cooling Floor Fan convector Not available Other External heat source Solar Gas Oil Wood Pellets Electricity Accessories KVR 10 RE 10 RG 10 ESV 22 ESV 28 VCC 28 ACK 28 SRB 22 Other Settings Enter deviations from default set...

Page 6: ...LIT System without hot water only heating cooling 2YHUIORZ YDOYH BT 1 RG10 RE10 Överströmnings ventil CP1 AMS 10 16 HBS 16 HE 30 2YHUIORZ YDOYH 2YHUIORZ YDOYH 6 06 System heating cooling and hot water BT 1 RG10 RE10 Erf säker hetsutr FL1 FQ1 Överströmnings ventil CP1 HBS 16 HEV 300 HEV 500 AMS 10 16 2YHUIORZ YDOYH 5HTXLUHG VDIHW HTXLSPHQW 2YHUIORZ YDOYH Function NIBE SPLIT is a system that can pro...

Page 7: ...FDQ EH FRQQHFWHG DW WKH VDPH WLPH GGLWLRQDO KHDW V PERO RPSUHVVRU V PERO RW ZDWHU WHPS 2SHUDWLQJ VWDWXV WUD KRW ZDWHU 0HQX 1RUPDO PRGH 6ZLWFK OO FRQWURO IXQFWLRQV FRQQHFWHG 6KXWGRZQ 2QO WKH FLUFXODWLRQ SXPS DQG HOHFWULFDO DGGLWLRQ HOHFWULFDO VWHS DUH RSHUDWLRQDO PHUJHQF PRGH RW ZDWHU V PERO 7KH KHDW SXPS FKDUJHV KRW ZDWHU 7HPSRUDU WHPSHUDWXUH LQFUHDVH LQ SURJUHVV 7LPH EDVHG WHPSHUDWXUH LQFUHDVH LQ...

Page 8: ... scroll through the menu system as well as to change the set value in some menus Menu types Control is divided into different menu types depending on how deep into the controls you need to go ႑ Normal N The settings you as a customer often need ႑ Extended U Shows all detailed menus except the service menus ႑ Service S Shows all menus Changing of menu type is done from menu 8 1 1 Quick movement To ...

Page 9: ...you continue to press the button The display returns to the normal display mode once the enter button is pressed The addition is only used for anti freeze mode if it is deac tivated in the menu system This applies to all operating modes The different operating modes are 1 Auto ႑ HBS 16 automatically selects the operating mode by taking the outdoor temperature into account This means that the opera...

Page 10: ... be read This is set under menu 2 1 2 Heating curve Limitations which are not in the diagrams are included in the control sys tem s permitted min and max temperatures 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 40 UTETEMPERATUR 10 0 10 5 5 30 40 50 60 70 FRAMLEDNINGSTEMPERATUR 20 30 FÖRSKJUTNING VÄRMEKURVA 2 VÄRMEKURVA HEATING CURVE OUTSIDE TEMPERATURE SUPPLY TEMPERATURE OFFSET HEAT CURVE 2 30 40 50 60 70...

Page 11: ...in menu 2 1 2 by one increment ႑ When the room temperature is too high the Heating curve value is decreased in menu 2 1 2 by one incre ment Warm weather conditions ႑ If the room temperature is low increase the Heating curve offset setting by one step clockwise ႑ If the room temperature is high reduce the Heating curve offset setting by one step anti clockwise 9 NIBE SPLIT For Home Owners Comfort s...

Page 12: ...2 1 Limitations which are not in the diagram are included in the control system s permit ted min temperature NOTE For HBS 10 16 cooling operation is permitted down to 18 C in the supply temperature to prevent con densation in the product HBS 11 16 is insulated to prevent condensation for cooling operation down to 7 C in the supply tem perature 0 0 C 20 C 30 5 10 20 framlednings temp Utetemp 40 15 ...

Page 13: ...Hot Water In all Extra hot water functions the temperature of the hot water increases temporarily The temperature is first increased to an adjustable level by the compressor menu 1 5 and then the electrical addition increases until the stop temperature is reached menu 1 4 Temporary Extra hot water is activated manually whilst time based extra hot water is activated using the settings made in the c...

Page 14: ...s not happen replace the safety valve ႑ Close the valve again ႑ The climate system may need to be refilled after checking the safety valve see the section Filling the climate sys tem Contact your installer for refilling the climate sys tem Safety valve domestic water The safety valve for domestic water sometimes releases a little water after hot water has been tapped This is be cause the cold wate...

Page 15: ...mp cloth Care must be exercised so that the heat pump is not scratched when cleaning Avoid spraying water into the grilles or the sides so that water penetrates into AMS 10 Prevent AMS 10 coming into contact with alkaline cleaning agents 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 requ...

Page 16: ...ect setting of Curve slope Heating curve offset and or Cooling curve off set Check and replace blown fuses Circuit or main miniature circuit breaker MCB tripped Change operating mode to Auto or Au toK Heat pump in incorrect operating mode Hot water or Cooling Switch off one several of the power con sumers The current limiter has restricted the cur rent because many power consumers are being used i...

Page 17: ...tivated by setting the switch to It is used when the control system and thereby op erating mode Add heat only do not function as they should Emergency mode is activated by setting switch SF1 to The following applies in emergency mode ႑ The front panel is not lit and the control computer in HBS 16 is not connected ႑ AMS 10 16 is off and only the circulation pump HBS 16 and the immersion heater in H...

Page 18: ...cooling operation Tripped low pressure pressostat LP LARM Check that the thermostats for the radiat ors under floor systems are not closed Tripped high pressure pressostat HP LARM If cooling is in progress Check that the air flow to AMS 10 is not obstructed Check that any circuit breakers to the out door unit are not off Outdoor unit not powered Communica tion cut OU power failure OU Com error Che...

Page 19: ... be transported and stored vertically in a dry place HE 30 must be transported and stored horizontally on its back in a dry place Supplied components HBS 16 Straps for 1 phase connection Outside sensor LE K LE K LE K LE K Keys for the actuator motors Current sensor 3 phase LEK Particle filter and shut off valve HE 30 HEV 300 HEV 500 LEK LEK LEK LEK LEK LEK HUMMEL Patent LEK Enclosed kit HEV 500 En...

Page 20: ...nternal wall that backs on to a bedroom or living room ႑ Ensure that there is approx 500 mm free space in front of and 220 mm above the product for any future service Ensure that there is sufficient space under the machine for pipework and valves Hang the machine at a height where the display can be read HE 30 ႑ It is recommended that the HE 30 tank is installed in a room with existing floor drain...

Page 21: ... valve to the desired position by hand Button Knob QN11 Emptying the vessel The vessel in HE 30 HEV 300 HEV 500 is emptied by opening the valve QM1 and safety valve FL2 NOTE When HEV 300 HEV 500 is emptied via the valve QM1 some water will remain in the coil and in HBS 16 This means that there is a risk of the heat exchanger pipes and valves freezing at low temperatures as well as a hygienic risk ...

Page 22: ...imate system must meet the installation requirements see page 26 If this is not fulfilled a volume vessel needs to be installed NIBE UKV For more options see the docking description on page 26 Dimensions and pipe connections HBS 16 XL14 XL1 XL18 XL2 XL19 XL13 524 457 327 152 130 106 33 44 84 88 122 147 Climate system flow Ø 28 mm XL1 Climate system return Ø 28 mm XL2 Liquid line refrigerant flare ...

Page 23: ...ot 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 ႑ The tank HE 30 HEV 300 HEV 500 and pipework forHBS 16 must be installed indoors where the temperature does not fall below 15 C ႑ Maximum pipe length between HBS 16 and HE 30 HEV 300 HEV 500 is 10 m ႑ Connection XL 18 on HB...

Page 24: ...pressure and be installed on the incoming domestic water line according to outline diagram The entire length of the overflow water pipe from the safety valves must be inclined to prevent water pockets and must also be frost proof ႑ See section Dockings on page 26 for outline diagram Extra water heater with immersion heater The heat pump should be supplemented with an electric water heater if a hot...

Page 25: ...0 LEK HEV 500 LEK Waste exchanger part HBS 16 is equipped with a hose connection at the bottom A hose can be connected if required LEK RVH FRQQHFWLRQ Connecting refrigerant pipes not supplied 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 ႑ Maximum pipe length AMS 10 1...

Page 26: ...s as possible at least R100 R150 Do not bend a pipe repeatedly Use a bending tool ႑ Connect the flare connector and tighten to the following torque Use the Tightening angle if a torque wrench is not available Recommen ded tool length mm Tightening angle Tightening torque Nm Outerdiamet er copper pipe mm 200 30 45 34 42 Ø9 52 300 15 20 68 82 Ø15 88 NOTE Gas shielding must be used when soldering Fla...

Page 27: ...llowed ႑ The connection lines must be as large and short as possible ႑ 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 For installations with refrigerant pipes up to 15 m ...

Page 28: ...0 79 l s Max flow climate system 0 39 l s Min flow climate system at 100 circulation pump speed defrost flow 0 24 l s Min flow heating system 0 32 l s Min flow cooling system HEV 500 HEV 300 Docking external addition 9 27 kW Output external addition 0 17 0 33 l s Recommended docking flow Regards circulating volume External circulation pump must be used when the pressure drop in the system is great...

Page 29: ...limatsystem BT 1 RG10 RE10 CP1 Erf säker hetsutr FQ1 FL1 Överströmnings ventil AMS 10 16 HBS 16 HEV 300 HEV 500 Extern tillsats Climate system Overflow valve Required safety equipment External addition 27 NIBE SPLIT For the Installer Pipe installation ...

Page 30: ...CP1 Överströmnings ventil HE 30 AMS 10 16 HBS 16 OLPDWH V VWHP 2YHUIORZ YDOYH NOTE These are outline diagrams Actual installations must be planned according to applicable standards NIBE SPLIT 28 For the Installer Pipe installation ...

Page 31: ...HDWLQJ V VWHPV DQ FRQYHFWRU V VWHP 5DGLDWRU DQG XQGHU IORRU KHDWLQJ IRU KHDWLQJ DV ZHOO DV IDQ FRQYHFWRU V VWHP IRU FRROLQJ RXEOH XQGHU IORRU KHDWLQJ V VWHP IRU KHDWLQJ DQG IDQ FRQYHFWRU IRU FRROLQJ 2YHUIORZ YDOYH 2YHUIORZ YDOYH RROLQJ RROLQJ 2YHUIORZ YDOYH 2YHUIORZ YDOYH 2YHUIORZ YDOYH 3 WUD V VWHP YROXPH 3 WUD V VWHP YROXPH 3 WUD V VWHP YROXPH Explanation Buffer vessel UKV CP1 Climate system 3 E...

Page 32: ...2LO SHOOHW ERLOHU 6RODU SDQHOV FFXPXODWRU RRG ILUHG ERLOHU 2LO SHOOHWV DV ERLOHU 2Q 2II KDXVW DLU KHDW SXPS 2Q 2II FFXPXODWRU 7 7 WHUQDO FRQWURO WHUQDO FRQWURO Explanation Pump station limits low temperature GP32 Oil Pellet boiler EM2 Expansion vessel CM5 Particle filter HQ Safety valve FL1 Accumulator tank CP1 Non return valve RM5 Charge pump GP12 Immersion heater EB1 Pump station limits high tem...

Page 33: ...e routed so that they are not damaged by metal edges or trapped by panels ႑ AMS 10 16 is equipped with a single phase compressor This means that phase L3 is loaded with up to 25 A dur ing compressor operation NOTE Electrical installation and service must be carried out under the supervision of a qualified electrician Elec trical installation and wiring must be carried out in accordance with the st...

Page 34: ...ad monitor slowing down the compressor other loads in the house should be moved from L3 to L1 and L2 230 V 1AC Install the supplied straps between terminals L1 and L2 as well as between L2 and L3 on incoming ter minal block X1 Connect incoming supply according to the terminal markings N 0 L L1L2L3 PE L N N 0 L L1L2L3 PE L3 L2 L1 N 400 V 3NAC 230 V 1AC LEK 9 1 9 Miniature circuit breaker The automa...

Page 35: ...ress Scale length of conductor is 8 mm AMS 10 16 7 Connect phase brown neutral blue as well as earth yellow green as illustrated L N 1 2 3 L N 2 3 PE N L 1 2 3 L N 2 3 PE AMS 1 06 EURZQ EOXH HOORZ JUHHQ 6 EURZQ EOXH HOORZ JUHHQ 7 PP PP 3RZHU RPPXQLFDWLRQ Connection between HBS 16 and HE 30 HEV 300 HEV 500 The cable between the units must be connected between terminal block for outgoing electricity...

Page 36: ...7 9 7 2 A 4 0 0 25 13 14 3 B 6 0 13 13 14 4 C 9 0 Setting max boiler temperature The setting of the different maximum boiler temperatures is made on the knob R26 on the current limiter board AA22 Set value displayed in menu 9 3 1 Knob position Boiler temperature A 55 B 60 C 65 D 65 E 65 F 65 EBV board terminal and wiring diagram The following connections are made on the EBV board AA22 See page 67 ...

Page 37: ...board AA22 The setting can be read in menu 8 3 1 Connection of centralised load control tariff In those cases centralised load control or tariff control is used this can be connected to the terminal block X1 on the EBV card AA22 which is positioned behind the front cover Tariff A the electrical addition is disconnected Connect a potential free contact function to terminal X1 5 and X1 7 Tariff B th...

Page 38: ...the alarm position Docking specific connection HBS 16 is prepared to control an external circulation pump GP10 external shunt QN11 exchange valve for cooling QN12 as well as external addition e g oil gas or pellets External circulation pump max 50W Connect external circulation pump GP10 to terminal block X3 1 230 V X3 4 N and X3 5 PE The circulation pump GP10 is active when the circulation pump GP...

Page 39: ...as been obtained Filling the hot water coil The hot water coil is filled by opening a hot water tap Commissioning NOTE Do not start AMS 10 16 at outdoor air temperatures of 20 C or less 1 Check that the miniature circuit breaker FA2 in HBS 16 is on 2 Check that the temperature limiter FD1 has not tripped 3 Switch on the main circuit breaker and check that the miniature circuit breaker FA1 in HBS 1...

Page 40: ...nd time in menu 7 1 and 7 2 6 Select Service in menu 8 1 1 7 Select addition type in menu 9 2 8 8 Set the fuse size on knob R24 Check the value in menu 8 3 1 9 Set the max immersion heater output on knob R25 Check the value in menu 8 3 2 10 Select the desired curve slope in menu 2 1 2 and set the parallel offset using the knob Also see section Default setting on page 8 Checking external addition w...

Page 41: ...m will re quire additional venting NOTE Use bleed valve QM20 any external bleed valves as well as safety valve 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 39 NIBE SPLIT For the Installer Start up and inspection ...

Page 42: ...n insulation Three way valve QN12 cooling heating Checked Notes Refrigerant system Pipe length Height difference Pressurization test Leak testing End pressure vacuum Checked Notes Electrical installation Property s main fuse Group fuse Current limiter current sensor KVR 10 Checked Notes Accessories External circulation pump UKV Overflow valve Room sensor Solar control KVR 10 Requires software vers...

Page 43: ...t ers When the menu number ends with a zero this indicates that there is a submenu Changing parameters ႑ Changing a parameter value ႑ Access the required menu ႑ Press the enter button the numerical value starts to flash ႑ Increase or decrease using the Plus Minus buttons ႑ Confirm by pressing the enter button ႑ Menu 1 0 is automatically displayed again 30 minutes after the last button press Exampl...

Page 44: ... 1 8 U Next XHW action 1 9 U HW run time 1 10 1 S HW charge set temp 1 10 0 S HW charge act set 1 10 2 S Circ pump speed HW 1 10 3 S Circ pump manual 1 10 4 S HW reg min 1 10 10 S Return 1 11 1 S CompFreq HW set 1 11 0 S CompFreq HW set tings 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 42 Miscellaneous Control ...

Page 45: ... 4 U Min supply heating 2 1 5 U Circ pump speed heat 2 1 6 N Return 2 2 1 N Offset cooling Total 2 2 0 N Cooling settings 2 2 2 N Cooling curve 2 2 3 1 U Supply temp at 20 2 2 3 0 U Own cooling curve 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 Degre...

Page 46: ...just 2 3 6 1 U Supply temp at 20 3 6 0 U Own heating curve 2 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 4 0 N Outdoor temp 4 1 N Outdoor avg temp 4 2 U Outdoor filter time 4 3 U Outdoor avg 1min 4 4 N Return NIBE SPLIT 44 Miscellaneous Control ...

Page 47: ... U Fan speed 5 14 1 U OU current CT 5 14 0 U CompFreq act set 5 14 2 U Inverter temp Tho IP 5 14 3 U Return 5 15 1 S Com error rate 5 15 0 S OU communication 5 15 2 S Com errors 5 15 3 S Reset com errors 5 15 4 S Return 5 16 N Return 6 0 N Room temperature 6 1 U Room compensation 6 2 U Heating system 6 3 N Room temp setpoint 6 4 U Room temp avg 1min 6 5 U Room integrator time 6 6 N Return Requires...

Page 48: ...lent mode time 7 6 0 N Silent mode 7 6 2 N Return 7 7 N Return 8 0 N Other adjustments 8 1 1 N Menu type 8 1 0 N Display settings 8 1 2 N Language 8 1 3 N Display contrast 8 1 4 N Light intensity 8 1 5 N Return 8 2 1 N Allow add heat 8 2 0 N Op mode settings 8 2 2 N Add heat mode 8 2 3 U Stop temp heating 8 2 4 U Start temp cooling 8 2 5 U Hysteresis 8 2 6 N Return 8 3 1 U Fuse size 8 3 0 U Curren...

Page 49: ...tion 9 2 7 S Shunt amplification2 9 2 8 S Add heat type 9 2 9 S Return 9 3 1 S Max boiler temp 9 3 0 S Operating settings 9 3 2 S Logger 9 3 3 S Cooling system 9 3 4 S Heating system 2 9 3 5 S Room unit 9 3 6 S Room sensor type 9 3 7 1 S Forced control 9 3 7 0 S Forced control 9 3 7 2 S K1 9 3 7 3 S K2 9 3 7 4 S K3 9 3 7 5 S K4 9 3 7 6 S K5 9 3 7 7 S K6 9 3 7 8 S K7 9 3 7 9 S K8 9 3 7 10 S K9 9 3 ...

Page 50: ...06 card version 9 5 9 S Display version 9 5 10 S Relay card version 9 5 11 S Lowest supply temp 9 5 12 S Percent runtime 9 5 13 S Period 9 5 14 S Run status 9 5 15 S Run status last 9 5 16 S Run status time 9 5 17 S Return 9 6 1 S CompFreq 9 6 0 S Heat reg settings 9 6 2 S Manual CompFreq 9 6 3 S Max deltaF act set 9 6 4 S CompFreq regP 9 6 5 S Time min freq start 9 6 6 S Time min freq heat 9 6 7 ...

Page 51: ... gas Tho D 9 8 x 17 S Liquid line temp 9 8 x 18 S HP 9 8 x 19 S LP LPT 9 8 x 20 S OU current CT 9 8 x 21 S Inverter temp Tho IP 9 8 x 22 S Circ pump speed 9 8 x 23 S Relay status 1 8 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 49 NIBE S...

Page 52: ...n in the event of an alarm tariff B or Operating mode Addition only Shutdown Shown when the outdoor temperature is outside the compressor s working range too high or too low temperature Stopped Menu 6 0 N Room temperature The room temperature is shown here and the set room temperature in brackets Settings concerning the factor for the room sensor and which climate system the sensor should control ...

Page 53: ...point value for the hot water charging temperature The set point value for temperatures above the stop value for hot water charging is selected within brackets Setting range 0 10 C Default value 2 0 C Menu 1 10 2 S Circ pump speed HW The speed of the heating medium pump during hot water charging is shown here Menu 1 10 3 S Circ pump manual Select On to manually control the HW pump Setting range Of...

Page 54: ...upply heating The set minimum level for the supply temperature to the climate system is shown here The calculated flow temperature never drops below the set level irrespective of the outdoor temperature curve slope or offset heating curve Setting range 20 65 C Default value 25 C Menu 2 1 5 U Circ pump speed heat The speed of the heating medium pump during house heating is selected here Setting ran...

Page 55: ...heating production or cooling Setting range 32000 32000 Menu 2 7 N Return Return to menu 2 0 3 0 N Supply temp 2 Menu 3 1 N Offset heating Tot 2 The selected heating curve offset 2 is selected here The total offset of heat curve 2 is also shown here It in cludes schedule outer compensation and any room con trol Setting range 10 10 Default value 1 Menu 3 2 N Heating curve 2 The selected curve slope...

Page 56: ...start Time until the compressor start in the AMS 10 is shown in this menu Menu 5 4 U Outdoor temp Tho A This menu shows the outdoor air temperature that the heat pump measures Menu 5 5 U Heat Ex Tho R1 This menu shows the evaporator temperature in the heat pump at sensor Tho R1 Menu 5 6 U Heat Ex Tho R2 This menu shows the evaporator temperature in the heat pump at sensor Tho R2 Menu 5 7 U Suction...

Page 57: ... is selec ted here If shunt group 2 is present the menu can be set to Off System 1 System 2 or System 1 2 In other cases only Off and System 1 can be selected Setting range Off System 1 System 2 System 1 2 Default value Off Menu 7 3 4 U Return Return to menu 7 3 0 Menu 7 4 0 U Extra hot water Settings are made in the sub menus of this menu when extra hot water is required on a specific day Menu 7 ...

Page 58: ...enus to this menu Menu 8 1 1 N Menu type The menu type is chosen here Normal covers the normal user s needs N Extended shows all menus except the service menus U Service shows all menus returns to normal menu level 30 minutes after the last button was pressed S NOTE Incorrect settings in the service menus can damage the property and or heat pump Setting range N U S Default value N Menu 8 1 2 N Lan...

Page 59: ... 5 1 U Period time The length of time for production of hot water and heating is set here Setting range 5 60 min Default value 60 min Menu 8 5 2 U Max time for HW Here you select how much time of the period time menu 8 5 1 is to be used to heat the hot water when there is a need for both heating and hot water Setting range 0 60 min Default value 40 min Menu 8 5 3 U Return Return to menu 8 5 0 Menu...

Page 60: ... 2 0 S Add heat settings Settings regarding additional heat and shunt in HBS 16 and any extra shunt can be made in the sub menus to this menu Menu 9 2 1 S DM start add heat The degree minute deficit that must be set before the ad ditional heat supply is activated is set here Setting range 1000 30 Default value 400 Menu 9 2 2 S Time factor The time factor of the immersion heater since first start u...

Page 61: ...ult value No Menu 9 3 9 S Operating state Describes the operating status of HBS 16 and AMS 10 Shutdown Additionalheaterandheatpumpareshutdown due to an alarm Alternating The heat pump produces heat and switches when necessary between hot water and climate system Combined Mode Due to a great heating demand the addition is used for hot water and the heat pump produces heat The addition assists when ...

Page 62: ...temp Calculation for HW jacket sensor BT6 Addi tion sensor BT19 as well as supply sensor BT2 arere placed to suit a sensor that manages higher temperatures up to 110 C Used if new sensor is installed in connection with installation of solar heating Setting range Standard High temp Default value Standard Menu 9 3 17 S Freeze protection HX Select here whether heat exchanger anti freeze is to be acti...

Page 63: ...nge 1 60 Default value 5 Menu 9 6 5 S Time min freq start Select here the time that the compressor is to run at min speed after start connecting to the climate system Setting range 10 120 min Default value 70 min Menu 9 6 6 S Time min freq heat Select here the time that the compressor is to run at fixed frequency after shifting to heating The compressor then runs at min frequency or at the frequen...

Page 64: ...nu 9 8 x 3 S Run status Menu 9 8 x 4 S Run status last Menu 9 8 x 5 S Run status time Menu 9 8 x 6 S Run time compressor Menu 9 8 x 7 S Outdoor avg 1min Menu 9 8 x 8 S Outdoor temp Tho A Menu 9 8 x 9 S Supply Return temp Menu 9 8 x 10 S Condensor out Menu 9 8 x 11 S Hot water temp Menu 9 8 x 12 S CompFreq act set Menu 9 8 x 13 S Heat Ex Tho R1 Menu 9 8 x 14 S Heat Ex Tho R2 Menu 9 8 x 15 S Suction...

Page 65: ... degrees When the low pressure is less than 0 65 MPa 6 5 bar in cooling mode Anti freeze HX 72 When the outdoor temperature rises above 1 C When the outdoor temperature drops below 0 C and the operating mode does not permit heating Freeze prot 73 When the current output decreases Too high current output from the house Current limit 75 When the fault has been corrected Failed communication to one o...

Page 66: ...liquid line BT15 S fault Liquid line 33 Sensor does not work see Temperature sensor section AMS 10 alarm The following alarms block AMS 10 Addition runs at min permitted supply temperature May be due to Description Alarm text on the dis play Alarm no Any isolator switches for AMS 10 off Communication between the outdoor unit and HBS 16 is broken There must be 22 volt direct current DC in the switc...

Page 67: ...e period Power transistor too hot E41 Incoming power supply interference Voltage from the inverter outside the parameters four times within 30 minutes Inverter error E42 Service valve closed Insufficient amount of refrigerant Compressor fault Defective circuit board for inverter in AMS 10 Open circuit in connection between boards Communication between circuit board for invert er and control board ...

Page 68: ... 90 C on hot water sensor BT6 High HW temp 8 Incorrect external addition setting Contactor to internal electricity defective Too high temperature 90 C on immersion heater sensor BT19 High AH temp 9 Incorrect external addition setting Open circuit or short circuit on sensor input Sensor fault hot water BT6 S fault HW 34 Sensor does not work see Temperature sensor section Open circuit or short circu...

Page 69: ...permitted supply temperature May be due to Description Alarm text on the dis play Alarm no Open circuit or short circuit on sensor input Sensor does not work see Temperature sensor section Sensor fault outdoor temperature BT1 Sensor fault UG 30 67 NIBE SPLIT Miscellaneous Alarm list ...

Page 70: ...Electrical circuit diagram HBS 16 NIBE SPLIT 68 Miscellaneous Electrical circuit diagram ...

Page 71: ...69 NIBE SPLIT Miscellaneous Electrical circuit diagram ...

Page 72: ...NIBE SPLIT 70 Miscellaneous Electrical circuit diagram ...

Page 73: ...71 NIBE SPLIT Miscellaneous Electrical circuit diagram ...

Page 74: ...NIBE SPLIT 72 Miscellaneous Electrical circuit diagram ...

Page 75: ...73 NIBE SPLIT Miscellaneous Electrical circuit diagram ...

Page 76: ...AMS 10 16 NIBE SPLIT 74 Miscellaneous Electrical circuit diagram ...

Page 77: ...or FM01 2 Intelligent power module IPM Induction coil L Indication lamp red LED1 Indication lamp green LED2 Low pressure transmitter LPT Expansion valve for cooling SM1 Expansion valve for heating SM2 Pumpdown SW1 Local settings SW3 Terminal block TB Temperature sensor outdoor air Tho A Temperature sensor hot gas Tho D Temperature sensor heat exchanger out Tho R1 Temperature sensor heat exchanger ...

Page 78: ... R25 AA22 R24 BP4 AA22 AA21 CM1 BT3 GP1 QN11 QM40 QM31 BT2 HQ1 HQ1 PF3 PF1 UB2 XL2 UB1 XL14 PF4 XL1 XL13 QM20 XL18 XL19 UB3 HZ2 BT12 AA4 SF1 FD1 QA41 QA1 QA2 QA3 FA2 AA6 EP2 BT15 FA3 X3 FA1 X4 X2 X1 QM30 AA22 X4 AA22 X1 NIBE SPLIT 76 Miscellaneous Component positions ...

Page 79: ...1 Miniature circuit breaker control system FA1 Miniature circuit breaker outdoor unit FA2 Miniature circuit breaker external immersion heater FA3 Display unit AA4 Relay card AA6 CPU card AA21 EBV card AA22 R24 Setting fuse size R25 Setting max power electrical addition R26 Setting max boiler temperature X1 Terminal block X4 Terminal block Communication board AA23 Contactor QA1 Contactor QA2 Contac...

Page 80: ...XL3 XL18 BT24 BT19 XL9 XL19 EB1 X100 X101 LEK XL8 BT19 EB1 X100 QM1 BP5 XL3 XL19 XL4 XL18 FL2 LEK XL19 XL18 PF1 PF4 EB1 BT19 FD1 BT30 X100 X101 X101 XL9 BT24 FD1 BT30 BT6 QM1 QM1 PF1 PF4 FL2 BP5 HEV 500 HEV 300 HE 30 NIBE SPLIT 78 Miscellaneous Component positions ...

Page 81: ...lve heating medium QM1 Venting valve QM20 Electrical components Immersion heater EB1 Terminal block X100 Terminal block X101 Sensor thermostats Pressure gauge BP5 Temperature sensor hot water charging BT6 Temperature sensor immersion heater BT19 Temperature sensor docking BT24 Temperature limiter FD1 BT30 Emergency mode thermostat Miscellaneous Rating plate PF1 Sign pipe connections PF4 Component ...

Page 82: ...Outdoor unit Component image AMS 10 16 LEK 0 0 3 9 37 40 40 9 6 7 3 3 3 0 NIBE SPLIT 80 Miscellaneous Component positions ...

Page 83: ...1 Inverter board PWB2 Filter board PWB3 Service valve liquid side QM35 Service valve gas side QM36 Expansion valve heating EEV H Expansion valve cooling EEV C Terminal block incoming supply and communication TB Serial number plate PF3 Drain pan heater DH Component location according to IEC 62400 81 NIBE SPLIT Miscellaneous Component positions ...

Page 84: ...nal BT1 Temperature sensor flow pipe BT2 Temperature sensor return BT3 Temperature sensor hot water BT6 Temperature sensor condenser out BT12 Temperature sensor fluid pipe BT15 Temperature sensor immersion heater BT19 Temperature sensor outdoor air Tho A Temperature sensor hot gas Tho D Temperature sensor heat exchanger out Tho R1 Temperature sensor heat exchanger in Tho R2 Temperature sensor suct...

Page 85: ...60 53 44 30 4 47 39 29 25 4 31 29 20 20 4 12 21 93 15 3 90 16 62 10 3 65 12 71 5 3 38 9 81 0 3 09 7 62 5 2 80 5 97 10 2 50 4 71 15 2 22 3 75 20 1 95 3 00 25 1 70 2 42 30 1 47 1 96 35 1 27 1 60 40 1 09 1 31 45 0 94 1 08 50 0 70 0 746 60 0 51 0 525 70 83 NIBE SPLIT Miscellaneous Temperature sensor ...

Page 86: ...Dimensions Indoor unit HBS 16 600 1040 1140 375 Under Front Right NIBE SPLIT 84 Miscellaneous Dimensions ...

Page 87: ...Hot water tank HE 30 178 98 418 360 590 5LJKW URQW ERYH 85 NIBE SPLIT Miscellaneous Dimensions ...

Page 88: ...Water heater HEV 300 505050 250 308 100 1880 30㹼45 justerbar 565 475 600 599 GMXVWDEOH URQW HIW 8QGHU ERYH NIBE SPLIT 86 Miscellaneous Dimensions ...

Page 89: ...Water heater HEV 500 Ø670 259 326 397 657 688 1008 1122 1427 1695 20 55 Ø760 210 880 ERYH URQW HIW 87 NIBE SPLIT Miscellaneous Dimensions ...

Page 90: ...ablage Hål för förankring Dräneringshål 410 370 20 15 103 20 40 38 40 55 60 60 15 60 262 325 580 190 200 Öppning för rör och kablage Kabelgenomföring 50 150 70 15 50 40 2SHQLQJ IRU SLSH DQG ZLULQJ UDLQDJH KROH ROH IRU DQFKRULQJ DV SLSH LTXLG SLSH DEOH JODQG 2SHQLQJ IRU SLSH DQG ZLULQJ DEOH JODQG DV SLSH LTXLG SLSH 2SHQLQJ IRU SLSH DQG ZLULQJ DEOH JODQG URQW 8QGHU ERYH 5HDU VLGH 5LJKW HIW NIBE SPLI...

Page 91: ...ulation pump max available pressure 0 83 l s Circulation pump max flow 0 72 l s Circulation pump flow at 20 kPa external pressure drop 0 25 0 79 l s Min max system flow heating operation 0 32 0 79 l s Min max system flow cooling operation 0 39 l s Min flow climate system at 100 circulation pump speed defrost flow IP 21 Enclosure class 4 l 5 Volume total 0 25 MPa 2 5 bar Max pressure climate system...

Page 92: ...S 1740 20 55 mm 1900 20 45 mm 385 mm Height 1900 mm 2080 mm Required ceiling height 760 mm 600 mm 596 mm Width 876 mm 600 mm 365 mm Depth 130 kg 95 kg 24 kg Weight 230 V 1AC 50 Hz or 400 V 3NAC 50 Hz Electrical connections 069 107 069 106 069 105 Part no AMS 10 16 Outdoor module Twin Rotary Compressor 20 85 Hz rps Speed heating operation 20 77 Hz rps Speed cooling operation 6000 m3 h Max fan flow ...

Page 93: ... 09 3 54 2 85 8 08 2 69 3 01 2 72 1 18 2 30 7 35 C floor 7 99 3 29 2 43 6 34 2 60 2 44 2 92 1 44 2 02 15 35 C floor 15 20 4 37 3 48 11 69 3 56 3 28 5 09 1 51 3 38 7 45 C 12 18 4 40 2 77 9 53 3 21 2 97 4 10 1 48 2 77 2 45 C 10 05 4 37 2 30 7 49 3 11 2 41 3 08 1 56 1 97 7 45 C 7 50 4 00 1 88 5 52 2 93 1 88 2 72 1 68 1 61 15 45 C 13 29 5 28 2 52 10 31 3 86 2 67 6 55 2 38 2 76 7 55 C 7 83 4 50 1 74 6 ...

Page 94: ...de that faces the least sound sensitive neighbouring area The sound pressure levels are further affected by walls bricks differences in ground level etc and should therefore only be seen as guide values 2 m LEK Noise AMS 10 16 71 5 LW A Sound power level according to EN12102 at 7 45 C nominal 57 5 dB A Sound pressure level at 2 m free standing nominal NIBE SPLIT 92 Miscellaneous Technical specific...

Page 95: ...no 067 109 Part no 067 165 LE K LEK LE K LEK LE K LEK ACK 28 UKV ESV 22 ESV 28 RE 10 Cable kit for ESV 22 ESV 28 or VCC 22 28 in HBS 16 Buffer vessel operating tank in steel Extra mixing valve group Part no 067 291 067 292 Room unit Part no 067 004 Part no 067 167 UKV 40 Heating cooling Part no 088 470 UKV 100 Heating cooling Part no 088 207 UKV 102 Cooling heating Part no 080 310 93 NIBE SPLIT Mi...

Page 96: ...nt pipe kit 12 m Condensation water pipe dif ferent lengths Insulated 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 94 Miscellaneous Accessories ...

Page 97: ...ced For R410A use the stated pipe type and cap nuts and for R410A use the stated tool Using existing parts for R22 can cause breakdowns and serious ac cidents due to process circuit bursts Tighten the cap nut as stated using a torque wrench Tighten to the correct torque Overtightening of the cap nut can lead to breaks and refrigerant leaks Connect the cooling circuit pipe and complete the pipe ins...

Page 98: ... on the roof floor furniture and valuable personal property Do not install the outdoor unit in a location where insects and small animals can inhabit Insects and small animals can enter the electronic parts and cause damage and fire Instruct the user to keep the surrounding equipment clean Take care when carrying the unit by hand If the unit weights more than 20 kg it must be carried by two people...

Page 99: ...14 Manual shunting 19 Max output electrical addition 34 Max boiler temperature 34 Melt water 18 Menu management 41 Menu tree 42 Menu types 6 Miniature circuit breaker 32 N Navigation 41 O Offshore distance 18 Operating status 7 Outdoor sensor 34 P Particle filter 38 Performance 91 Principle of operation 4 Pump capacity diagram 21 Q Quick movement 6 41 R Readjustment 39 Refrigerant pipe 23 S Safety...

Page 100: ...NIBE SPLIT 98 ...

Page 101: ...99 NIBE SPLIT ...

Page 102: ...NIBE SPLIT 100 ...

Page 103: ......

Page 104: ... 33 Fax 97 17 29 33 E mail info volundvt dk www volundvt dk NIBE Systemtechnik GmbH Am Reiherpfahl 3 29223 Celle Tel 05141 7546 0 Fax 05141 7546 99 E mail info nibe de www nibe de CH NIBE Wärmetechnik AG Winterthurerstrasse 710 CH 8247 Flurlingen Tel 52 647 00 30 Fax 52 647 00 31 E mail info nibe ch www nibe ch AT KNV Energietechnik GmbH Gahberggasse 11 4861 Schörfling Tel 43 0 7662 8963 0 Fax 43 ...

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