INSTALLATION AND MAINTENANCE INSTRUCTIONS AMB 30 031533 AMB … · In order to get the greatest benefit from AMB 30 you should read through the "For the User" section in this Installation

INSTALLATION AND MAINTENANCE INSTRUCTIONSMOS GB 1143-3AMB 30031533 AMB 30

LEK

LEK

For the User

General

System descriptionPrinciple of operation 3Outdoor air operation 3Hybrid operation 3

The control unit

Maintenance routinesGeneral 6

For the Installer

General points for the installation engineerInspection of the installation 7Assembly 7Control 7

Pipe connectionsGeneral 8Pipe connection brine 8Dimensioning of pressure expansion vessel 9Positioning and dimensions 9Connecting the hose to condensation water trough 10

DockingGeneral 11Symbol key 11Abbreviations 12AMB 30 docked (outdoor air operation) to NIBE F1330 13AMB 30 docked (hybrid operation) to NIBE F1330 13Several AMB 30 docked (outdoor air operation) to several NIBEF1330 14Several AMB 30 docked (hybrid operation) to several NIBEF1330 15AMB 30 docked (outdoor air operation) to NIBE F1330 withHPAC 16AMB 30 docked (hybrid operation) to NIBE F1330 withHPAC 16

Electrical connectionsCover removal and routing the power cable 17General 18Connection 18Connecting several AMB 30 19Connection of ambient sensor (BT28) 19

Connecting the circulation pump for defrosting (GP5) 19Connecting the reversing valve for defrosting (QN20) 19Connecting the temperature sensor for brine in to the heatpump during hybrid operation (BT26) 20Connecting the circulation pump for the rock/ground collectorduring hybrid operation (GP2) 20Connection of reversing valves during hybrid operation (QN21and QN22) 20Connection of common alarm. 20Connecting the control unit, BCU 30 (AA25) 21Connection, compressor blocking in NIBE F1330 when defrost-ing 22Connection to NIBE F1330 with HPAC 23Connecting low pressure switch to NIBE F1330 (non-hybridsystem) 24

Commissioning and adjustingPreparations 25Filling and venting the brine system 25Start-up and inspection, Outdoor air operation 25Start-up and inspection, Hybrid operation 25Readjusting, collector side 25Adjustment, charge flow 25

Sensor placementTemperature sensor data 26

Miscellaneous

ControlGeneral 27Menus 27Alarm management 32

Electrical circuit diagram

Technical specificationsComponent positions 36Sound pressure levels 38Dimensions and setting-out coordinates 39Technical specifications 40Enclosed kit 42Accessories 42

Dealing with malfunctionsChecking the status 43AMB 30 is not operational 43Interference when defrosting 43

1AMB 30

Table of Contents

GeneralIn order to get the greatest benefit from AMB 30 you should read through the "For the User" section in this Installation andMaintenance Instruction.

AMB 30 is a heat absorbing air module that is an accessory for NIBE F1330. Outdoor air is used as a heat source.

AMB 30 is a Swedish-made quality product offering a long life span and reliable operation.

Serial number* (103), must always be stated in all correspondence with NIBE.

_ _ _ _ _ _ _ _ _ _ _ _ _ _

Installation date

Type designation

AMB 30-____

Installation engineers

Settings

Enter deviations from default settings.Enter deviations from default settings.

Set-ting

MenuSettingMenu

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Datum__________________________ Sign___________________________

*See "Component positions" page 36 for location of the serial number.

This appliance is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities, or lack of experience andknowledge, unless they have been given supervision or instruction concerning use of the appliance by a person responsible for their safety.Children should be supervised to ensure that they do not play with the appliance.Rights to make any design or technical modifications are reserved.©NIBE 2011.

AMB 302

For the User

General

System description

Principle of operation

AMB 30 is a heat absorbing air module that is an accessoryfor NIBE F1330. AMB 30 is connected to F1330 only (outdoorair operation) or in combination with rock/ground collector(hybrid operation) in order to supply the heat pump withrenewable energy. AMB 30 utilises the outdoor air so thereis no need for bore holes or coils in the ground.

AMB 30 is in principle an element that exchanges the air’senergy with a liquid system using an axial fan and controlsystem. The fan has two speeds that either change automat-ically at the selected ambient temperature or is manually setto high/low speed.

The unit’s control system is connected to a control unit (BCU30) where all the settings and monitoring occurs. This controlunit is installed indoors. The control system manages allfunctions such as fan operation, defrosting, selection of op-erating mode, and stopping the compressor during defrostingand at low ambient temperature.

The material has been chosen for a long service life and isdesigned to withstand demanding outdoor conditions.

Outdoor air operation

During outdoor air operation AMB 30 uses the outdoor airas a heat source and operation is permitted down to anambient temperature of approx -12 °C. Outgoing brine fromF1330 is connected directly to the air module. When theambient temperature is lower than the dimensioned balancetemperature (the lowest temperature where the heat pumpcan manage all the heating) the additional heat must be ac-cessible to supplement the heat pump.

M

Hybrid operation

In hybrid operation AMB 30 uses the outdoor air in combin-ation with ground /rock collector as the heat source. Outgo-ing brine from the F1330 is connected directly to the airmodule and on via a reversing valve to the ground/rock col-lector.

Outdoor air operation only

When the ambient temperature is higher than 12 °C (select-able) the control switches the reversing valves to operationwith only AMB 30. Above this ambient temperature the brinetemperature is more effective from the AMB 30 than theground/rock collector.

M

3AMB 30

For the User

System description

Hybrid operation

When the outdoor air temperature is between approx.0 and12°C the controls switches the reversing valves to operationwith both AMB 30 and ground/rock collector (hybrid opera-tion). At these temperatures the heat pump can use boththe ground/rock collector and AMB 30 to supply the energyas long as the ambient temperature is sufficiently muchwarmer than the brine temperature. This operating modeincreases the unit’s efficiency and uses both the ground/rockcollector and AMB 30 in the best way.

M

Ground/rock collector operation only

When the ambient temperature falls the temperature differ-ence between outdoor air and the brine is reduced. At a setmin. difference the control switches to operation with onlyground/rock collector.

In this mode AMB 30 cannot contribute to increasing thebrine temperature. It is more efficient for the unit to use justthe ground/rock collector.

M

The brine, heating medium and domestic hot water side must be fittedwith the necessary safety equipment in accordance with the applicableregulations.

AMB 304

For the User

System description

The control unitThis chapter runs through the control unit and its displaymodes. The display mode is accessed by pressing [OK].

The display mode shows the temperatures that are read offfrom the different temperature sensors that are connectedto AMB 30.

The [-] and [+] buttons are used to scroll through the differ-ent units (if several are connected).

In the example below the control unit shows that the brinetemperature in to the heat pump (BT26) is 5 °C and theoutdoor temperature (BT28) is 3 °C.

MR

OK

MR

OK

Temperatures

AMB no 1BT28

OK

Ground

5 °C/3 °C

Operation mode

BT21BT27BT26

3.0°C13.0°C3.8°C5.0°C

5AMB 30

For the User

The control unit

Maintenance routines

General

AMB 30 is equipped with control and monitoring equipment,however some exterior maintenance is still necessary.

Make regular checks throughout the year that the inlet grilleis not clogged by leaves, snow or anything else. Checkthrough the cold part of the year to make sure that thereisn't a build up of ice or frost under AMB 30. The condensa-tion water trough is available for management and removalof condensation. Strong wind combined with heavy snowfallcan block the intake and exhaust air grilles. Make sure thatthere is no snow on the grilles.

If necessary the outer casing can be cleaned using a dampcloth. Care must be exercised so that AMB 30 is not scratchedwhen cleaning. Avoid spraying water into the grilles or thesides so that water penetrates into AMB 30 Prevent AMB 30coming into contact with alkaline cleaning agents.

! WARNING!Rotating fan

LEK

Keep free of snow and/or ice.

LEK

Prevent ice and/or snow building up under AMB 30.

LEK

Prevent snow building up and covering the grille on AMB 30.

AMB 306

For the User

Maintenance routines

General points for the installation engineer

Inspection of the installation

Current regulations require the heating installation to be in-spected before it is commissioned. The inspection must becarried out by a suitably qualified person and should bedocumented. The above applies to closed heating systems.

If AMB 30 is replaced, the installation must be inspectedagain.

For outdoor air systems (not hybrid systems) NIBE F1330(serial number from 06510X10263YYY, where X is 0, 1, 2or3 and YYY is a serial number) must be connected to aprepared low pressure switch. Heat pumps manufacturedearlier do not have this extra low pressure switch and cannotbe used in an outdoor air system with AMB 30.

Assembly

AMB 30 should be installed outdoors on a firm and levelsurface, preferably a concrete foundation with ground standor wall mounting. The AMB 30 should not be positionednext to sensitive walls, for example, next to a bedroom. Alsoensure that the placement does not inconvenience theneighbours.

Large amounts of condensation water as well as melt waterfrom defrosting can be produced. Provide good drainage atthe installation area and make sure water cannot run outonto paths or the like during periods that ice can form. Ideallycondensation water is led off to a drain or similar.

The distance between AMB 30 and the house wall must beat least 400 mm. Clearance in front of AMB 30 should be atleast one metre. AMB 30 must not be placed so that re-circulation of the outdoor air can occur. AMB 30 mustnot be placed in a windy location where it is exposedto direct strong winds. This causes lower output andimpaired efficiency.

Control

AMB 30 is equipped with an internal electronic controllerthat handles all functions necessary for operation.

Defrosting, stop at max/min temperature, circulation pumps,reversing valves, blocking of the compressor in NIBE F1330as well as enabling the heater for the drip pan are controlledaccordingly.

The integrated controller is set via the control unit (locatedindoors) during installation and can be used during service.

400

mm

400 mm

3 m

Fritt utrymme

Fritt utrymme framför

Serviceutrymme

800 mm

Min. avståndvid användningav flera AMB30

7AMB 30

For the Installer

General points for the installation engineer

Pipe connections

General

Pipe installation must be carried out in accordance with cur-rent norms and directives.

Because AMB 30 is not equipped with shut off valves, drainvalve and vent valve these must be installed to facilitate anyfuture servicing.

NOTEIf AMB 30 is installed in an existing system any levelvessel on the brine side must be replaced with a pres-

sure expansion vessel.

NOTEThe pipe work must be flushed before AMB 30 is

connected, so that any contaminants do not damagethe components parts.

Pipe connection brine

AMB 30 can be connected to the brine system according toone of the system solutions under the section "Docking" orthat can be downloaded from the website www.nibe.eu.

AMB 30 must be vented by the upper connection (XL7, brineout) using the venting nipple (not supplied) installed on thepipe.

The brine anti-freeze must be dimensioned to at least theinstallation location's dimensioned outdoor temperature(DUT).

On installation with only outdoor air operation, the brine inthe pipes must be ethylene glycol (40% volume percent).Refer to the "Installation and Maintenance Instructions" forinstallation with hybrid operation.

When several AMB 30 are installed in the same system eachAMB 30 must be equipped with control valves to adjust theflow.

LEK

NOTEAll outdoor brine lines must be insulated against con-

densation.

LEK

AMB 308

For the Installer

Pipe connections

Dimensioning of pressure expansion vessel

Hybrid operation (Ethanol 28% volume percent)

In hybrid operation (ethanol 28%) the pressure expansionvessel must be dimensioned according to the following dia-gram.

30

0

40

50

60

0

10

20

100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500

Hybrid operation or outdoor air operation (Ethyleneglycol 40% volume percent)

In those cases where ethylene glycol (40%) is used on install-ation of hybrid operation or outdoor air operation the pres-sure expansion vessel must be dimensioned according to thefollowing diagram.

0 200 400 600 800 1000 1200 1400 1600 1800 2000

10

20

30

40

50

60

70

80

90

100

Positioning and dimensions

LEK

Min. recommen-ded pipe dimen-sion

Dimension (mm)Type

cu 42DN40(XL6) brine in

cu 42DN40(XL7) brine out

9AMB 30

For the Installer

Pipe connections

Connecting the hose to condensation watertrough

The condensation water collected in the trough should berouted to an appropriate drain, it is recommended that theshortest outdoor stretch possible is used. The condensationwater can (with reservations for local rules and regulations)be routed to a drain indoors. See basic circuit diagram below.It is also possible to route the water to a gutter or similar forexample.

The whole length of the outdoor pipe must be heated bythe heating coil (not included in delivery, connected extern-ally) to prevent freezing.

Route the pipe downward from AMB 30.

Insulate the pipe (at least 19 mm of insulation) all the wayoutside.

LEK

Fix the drainage hose to the connection under AMB 30 (re-commended dimension 32 mm) with hose clamps.

NOTEHose with heating cable for draining the condensation

water trough is not included.

NOTEThe electrical installation and wiring must be carriedout under the supervision of an authorised electrician.

AMB 3010

For the Installer

Pipe connections

Docking

General

AMB 30 can be installed in several different ways. The requis-ite safety equipment must be installed in accordance withcurrent regulations for all docked options.

See www.nibe.eu for more docking options.

NOTEThese are outline diagrams. Actual installations must

be planned according to applicable standards.

See the appropriate “Installation and Maintenance In-structions” for more information.

Outdoor air operation

Defrosting

When the ambient temperature falls below +5 -+6 °C theair module needs to be defrosted. The intelligent controls inAMB 30 ensure that defrosting is always optimised and de-mand controlled.

At temperatures above approx +3 °C defrosting is passive,that is the energy is retrieved from the outside air by the fanin operation. At lower temperatures active defrosting is re-quired when the energy is retrieved from the house's heatingsystem via a heat exchanger.

Limiting the flow temperature

The flow temperature is limited linearly from -5 °C / 65 °Cto -15 °C / 50 °C.

Limiting the return temperature

The return temperature is limited linearly from -5 °C / 58 °Ctill -15 °C / 44 °C.

Hybrid operation

Defrosting

At certain ambient temperatures defrosting of the air modulemay be required even in hybrid operation, this applies tooperation at minus degrees in both outdoor air and brine.

Change temperature

Change temperature in AMB 30 is the temperature whenthe control system moves operating mode to only outdoorair during hybrid operation.

Symbol keyMeaningSymbol

Venting valve

Shut-off valve

Non-return valve

Safety valve

Trim valve

Temperature sensor

Expansion vessel

Pressure gaugeP

Circulation pump

Shuttle valve

Particle filter

Auxiliary relay

Compressor

Heat exchanger

11AMB 30

For the Installer

Docking

AbbreviationsExplanationDesignation

Control unitAA25

Temp.sensor, HTF, collector inBT26

Temp.sensor, OutdoorBT28

NIBE F1330 MasterEB100

Temp.sensor, OutdoorBT1

Temp.sensor, HM, ReturnBT3

Temp.sensor, Hot waterBT6

Temp. sensor, External flow lineBT25

Pressure expansion vessel, HTFCM3

Safety valve, HTFFL3

Circulation pump, HTFGP2

Particle filterHQ1 - HQ3

NIBE F1330 SlaveEB101

Circulation pump, HTFGP2

Particle filterHQ1

Climate system 2EP21

Temp.sensor, HM, FlowBT2

Temp.sensor, HM, ReturnBT3

Circulation pump, HM, ExternalGP10

Shunt valveQN25

Defrosting kitEP40

Exchanger, defrostingEP17

Circulation pump, defrostingGP5

Reversing valve, defrostingQN20

AMB 30 1 (Master)EP100

Temp.sensor, VentBT21

Temp.sensor, HTF, collector outBT27

AMB 30 2 (Slave)EP101



Active/Passive cooling module (HPAC)EQ1

Miscellaneous

Manometer, HTFBP6

Pressure expansion vessel closedCM4

Accumulator tankCP1

Buffer vessel (UKV)CP5

Electric boilerEB1

Hot water heaterEB2

Collector, HTFEP12

Supply air batteryEP13

Safety valve, HMFL2

Safety valve, Heat pumpFL10 - FL11

Circulation pump, HTF, externalGP2

Circulation pump, HM, ExternalGP10

Auxiliary relayKA1

Filler valve, HMQM11

Venting valve, HMQM20

Venting valve, HTFQM21

Shut off valve, HM-rQM32

ExplanationDesignation

Shut off valve, HTF-rQM34

Shut-off valveQM40 - QM41

QM50 - QM55

Venting valveQM60 - QM64

Reversing valve, Heating/hot waterQN10

Reversing valve, Hybrid operationQN21

Reversing valve, Outdoor airQN22

Reversing valve, defrosting in the event of sev-eral AMB 30, connected as QN20 in the wiringdiagram

QN51 - QN53

Valve, AdjustingRN10 - RN13

RN15 - RN16

RN20 - RN21

RN50 - RN53

Non-return valveRM5

RM10 - RM19

AMB 3012

For the Installer

Docking

AMB 30 docked (outdoor air operation) to NIBE F1330

-RN10

-RN11

-HQ1

-EB100-HQ3

-FL10

-QM32

-QM34

-QM64

-HQ2

-QN10

A

B

-EB100

-RN15

M

-BT

21

-EP100

-QM60

-QM50

-AA25

P

-BP6-QM21

-EB100-CM3

-EB100-FL3

-EB100

-EB100

-KA1

-EB100

-EP40 -RM10

-RM11

-EB100-BT1

-BT6

-CP1

-CM4

-FL2

-QM40

-QM41 -RN16

-EB1

-EB100-BT25

-RM5

-GP10

-EP40-GP5

-EP40-EP17

-QN20

-AA25-BT26

-AA25-BT28

-BT27

-EB2

1

23

AMB 30 docked (hybrid operation) to NIBE F1330

-RN10

-RN11

-HQ1

-EB100-HQ3

-FL10

-QM32

-QM64

-HQ2

-GP2

M

-BT

21

-EP100

-RN15

-QM60

-QM50

A

B

-EB100

-EB100

-QM34

P

-BP6-QM21

-EB100-CM3

-FL3

-AA25

-EB100

-KA1

-EB100

-EB100

-EP40

-RM10

-RM11

-EB100-BT1

-QN10-AA25

-BT6

-CP1

-EB2

-CM4

-FL2

-QM40

-QM41 -RN16

-EB1

-EB100-BT25

-RM5

-GP10

-EP12

-EP40-EP17

-QN20

-BT26

-QN21

-AA25-BT28

-QN22

-EP40-GP5

-BT271

23

12

3

12

3

13AMB 30

For the Installer

Docking

Several AMB 30 docked (outdoor air operation) to several NIBE F1330

-QN

10

-RN

12 -R

N1

3

-HQ

1

-EB

10

0-H

Q3

-FL

10

-FL

11

-RN

10 -R

N11

-HQ

1

-QM

55

-QM

34-Q

M6

4 -HQ

2

AB

-EB

10

1

AB

-EB

10

0

-AA

25

-RN

20

-RN

21

-RN

15

-AA

25

-BT

28

-RN

51

-QM

51

-QM

61

M

-BT21

-EP

10

0

M

-BT21

-EP

10

1

M

-BT21

-EP

10

2

M

-BT21

-EP

10

3

-QM

60

-RN

50

-QM

50

-RN

52

-QM

52

-QM

62

-RN

53

-QM

53

-QM

63

-GP

2-G

P2

-EB

10

1-E

B1

00

-EB

10

1

-EB

10

0

-QM

32

-EB

10

0

-KA

1

-EB

10

0-B

T1

-EB

10

0

P

-BP

6-Q

M2

1

-EB

10

0-C

M3

-FL

3

-EB

10

0

-QM

54

-EP

40

-RM

10

-R

M1

2

-RM

14

-RM

15

-RM

11

-RM

13

-BT

27

-BT

27

-BT

27

-BT

27

-RM

18

-RM

19

-RM

17

-RM

16

-BT

6

-CP

1

-CM

4

-FL

2

-QM

40

-QM

41

-RN

16

-EB

1

-EB

10

0-B

T2

5

-RM

5

-GP

10

-EP

40

-GP

5

-EP

40

-EP

17

-AA

25

-BT

26

-QN

53

-QN

52

-QN

51

-QN

20

-EB

2

1

23

1

23

1

23

1

23

AMB 3014

For the Installer

Docking

Several AMB 30 docked (hybrid operation) to several NIBE F1330

-QN

10

-RN

12 -R

N1

3

-HQ

1

-EB

10

0-H

Q3

-FL

10

-FL

11

-RN

10 -R

N11

-HQ

1

-QM

55

-QM

34-Q

M6

4 -HQ

2

AB

-EB

10

1

AB

-EB

10

0

-AA

25

-RN

20

-RN

21

-GP

2

-RN

15

-AA

25

-BT

28

-RN

51

-QM

51

-QM

61

M

-BT21

-EP

10

0

M

-BT21

-EP

10

1

M

-BT21

-EP

10

2

M

-BT21

-EP

10

3

-QM

60

-RN

50

-QM

50

-RN

52

-QM

52

-QM

62

-RN

53

-QM

53

-QM

63

-GP

2-G

P2

-EB

10

1-E

B1

00

-EB

10

1

-EB

10

0

-QM

32

-EB

10

0

-KA

1

-EB

10

0-B

T1

P

-BP

6-Q

M2

1

-EB

10

0-C

M3

-FL

3

-EB

10

0

-EB

10

0

-QM

54

-EP

40

-RM

10

-R

M1

2

-RM

14

-RM

18

-RM

19

-RM

17

-RM

16

-RM

15

-RM

11

-RM

13

-BT

27

-BT

27

-BT

27

-BT

27

-BT

6

-CP

1

-CM

4

-FL

2

-QM

40

-QM

41

-RN

16

-EB

1

-EB

10

0-B

T2

5

-RM

5

-GP

10

-EP

40

-GP

5

-EP

40

-EP

17

-AA

25

-BT

26

-QN

53

-QN

52

-QN

51

-QN

20

-QN

22

-QN

21

-EP

12

-EB

2

1

23

1

23

1

23

1

23

12

3

12

3

15AMB 30

For the Installer

Docking

AMB 30 docked (outdoor air operation) to NIBE F1330 with HPAC

-BT6

-CP1

-EB100-BT1

-RN10

-RN11

-HQ1

-EB100-HQ3

-FL10

-QN10

A

B

-EB100

-EB100-BT3

-BT25

-QM20

-CM4

-QM11-FL2

-QM34

-QM64

-HQ2

P

-BP6-QM21

-EB100-CM3

-EB100-FL3

-BT3

-BT2-GP10-QN25

-EP21

-EQ1

-CP5

M

-BT

21

-EP100

-QM60

-QM50

-AA25

-EB100

-EB100

-EB100

-QM32

-EB100

-RM10

-RM11

-EP13

-AA25-BT28

-EB2

-BT27

AMB 30 can with outdoor air operation be combined withactive cooling operation (AMB 30 docked to F1330 with itsaccessory HPAC). Excess heat is dumped in AMB 30.

Defrosting only occurs with active function and compressoroperation. Setting for Pass./act. is changed to "9 °C" in BCU30.

The immersion heater can be required, depending on install-ation

AMB 30 docked (hybrid operation) to NIBE F1330 with HPAC

-BT6

-CP1

-EB100-BT1

-RN10

-RN11

-HQ1

-EB100-HQ3

-FL10

-QM32

-QN10

A

B

-EB100

-BT25

-QM20

-CM4

-QM11-FL2

-QM34

-QM64

-HQ2

P

-BP6-QM21

-EB100-CM3

-FL3

-GP2

-BT3

-BT2-GP10-QN25

-EP21

-EQ1

-CP5

-QN22

M

-BT

21

-EP100

-QM60

-QM50

-EB100

-EB100

-EB100

-EB100

-EB100

-RM10

-RM11

-AA25

-EP13

-EB100-BT3

-EB2

-AA25-BT26

-QN21

-AA25-BT28

-EP12

-BT27

123

12

3

AMB 30 can with outdoor air operation be combined withactive cooling operation (AMB 30 docked to F1330 with itsaccessory HPAC). Excess heat is dumped in AMB 30.

The immersion heater can be required, depending on install-ation

AMB 3016

For the Installer

Docking

Electrical connections

NOTEElectrical installation and service must be carried outunder the supervision of a qualified electrician. Electric-al installation and wiring must be carried out in accord-

ance with the stipulations in force.

NOTEThe live external control must be taken into considera-

tion when connecting.

NOTEThe heat pump must not be powered when installing

AMB 30.

Cover removal and routing the power cable

LEK

17AMB 30

For the Installer


General

The cables for heavy current and the signal cables should berouted from the side at the folded part of the side panel onthe left-hand side of AMB 30. Power supply is routed throughthe cable grommet UB1, power supply for the circulationpumps and reversing valves through UB2 toUB4, communic-ation cables through UB5 to UB7 and signal cables throughthe remaining cable grommets.

ConnectionConnection of AMB 30 may not occur without the ap-proval of the electricity supplier and must be supervisedby an authorised electrician.

If a miniature circuit breaker is used it should have motorcharacteristic “C”. For MCB size see "Technical Specific-ations".

AMB 30 does not include an omnipolar circuit breakeron the incoming power supply. The supply cable fromAMB 30 must be connected to a circuit-breaker with atleast a 3 mm breaking gap. If the building is equippedwith an earth-fault breaker, AMB 30 should be equippedwith a separate one. Incoming supply must be 400 V3NAC 50Hz via distribution boards with fuses.

If an insulation test is to be carried out in the building,disconnect the heat pump and AMB 30.

Connect cables in spring terminals as illustrated.

LEK

ca: 1 mm

ca: 3 mm

Connecting the incoming electrical supply

1 3 5

2 4 6

L1 L2 L3 N PE

X1FA1

LEK

FA1

UB1

UB2-4

UB5-7

AA6-COM1

AA6-X8

AA6-F1

AA6-X6

AA6-X7

AA6-SF2

AA6-COM2

X1

AA6-X4

AA6-X3

AA6

AMB 3018

For the Installer


Connecting several AMB 30

Up to 9 x AMB 30 can be connected to the same installation.

Each unit can be set on the switch AA6-SF2 which stateswhich unit is which in the installation (the main unit = 1 etc.).

AA6-SF2

54321

offoffoffoffonAMB 30 1

offoffoffonoffAMB 30 2

offoffonoffoffAMB 30 3

offonoffoffoffAMB 30 4

onoffoffoffoffAMB 30 5

onoffoffoffonAMB 30 6

onoffoffonoffAMB 30 7

onoffonoffoffAMB 30 8

ononoffoffoffAMB 30 9

The units are connected in series where the main unit isconnected from COM2 on the relay card (AA6) to COM1 onthe relay card in the slave unit, which can be repeated to thenext slave unit etc. (see image). Suitable cable type is for ex-ample LiYY 3x0.50 or similar.

1GND

COM1

COM2

AB

GNDAB

1GND

COM1

COM2

AB

GNDAB

1GND

COM1

COM2

AB

GNDAB

GNDAB

GNDAB

GNDAB

GNDAB

GNDAB

AMB 30 1

AMB 30 2

AMB 30 3

AA6-COM1 AA6-COM2

AA6-COM1 AA6-COM2

AA6-COM1 AA6-COM2

Connection of ambient sensor (BT28)

The ambient sensor (BT28) is located in a shaded locationnear the air intake for the AMB 30.

Connect the sensor to terminal block X8:1 and X8:2 on therelay card (AA6) as illustrated. Use a 2 core cable of at least0.5 mm² cable area.

If a conduit is used it must be sealed to prevent condensationin the sensor capsule.

123

X8ExternalAMB 30

BT28AA6-X8

NOTEBT28 is only connected to the main unit (on installation

of several AMB 30).

Connecting the circulation pump for defrosting(GP5)

The circulation pump for defrosting (GP5) is connected toterminal block X3:4 (L), X3:5 (N) and X3:6 (PE) on the relaycard (AA6) as illustrated.

Max connection output on this connection is250W. Use theaccessory HR10 if more output is required.

X3123456

L

N

PE

AA6-X3

GP5

External AMB 30

NOTEGP5 is only connected to the main unit (on installation

of several AMB 30).

Connecting the reversing valve for defrosting(QN20)

The reversing valve for defrosting (QN20) is connected toterminal block X4:1 to X4:4 on the relay card (AA6) as illus-trated.

X412345

AA6-X4

QN20

External AMB 30

19AMB 30

For the Installer


Connecting the temperature sensor for brine into the heat pump during hybrid operation(BT26)

The temperature sensor for brine in (BT26) is situated onbrine in to NIBE F1330.

Connect the sensor to terminal block X8:7 and X8:8 on therelay card (AA6) as illustrated. Use a 2 core cable of at least0.5 mm² cable area.

6789

ExternalAMB 30

BT26AA6-X8

NOTEBT26 is only connected to the main unit (on installationof several AMB 30) and is only connected on installa-

tions with hybrid operation.

Connecting the circulation pump for therock/ground collector during hybrid operation(GP2)

The circulation pump for the rock/ground collector (GP2) isconnected to terminal block X3:1 (L), X3:2 (N) and X3:3 (PE)on the relay card (AA6) as illustrated.

Max connection output on this connection is250W. Use theaccessory HR10 if more output is required.

X3123

L

N

PE

AA6-X3

GP2

External AMB 30

NOTEGP2 is only connected to the main unit (on installationof several AMB 30) and is only connected on installa-

tions with hybrid operation.

Connection of reversing valves during hybridoperation (QN21 and QN22)

The reversing valves for hybrid operation (QN21) and (QN22)are connected to terminal block X4:5 to X4:8 (QN21) and toterminal block X4:9 to X4:12 (QN22) on the relay card (AA6)as illustrated.

X4123456789101112

QN21

QN22

AA6-X4

QN22

QN21

External AMB 30

NOTEQN21 and QN22 are only connected to the main unit(with installation of several AMB 30) and only connec-

ted during installations with hybrid operation.

Connection of common alarm.

Any common alarm is connected to the terminal block as il-lustrated X7 on the relay card (AA6).

X7

123

ExternalAMB 30

AA6-X7

AMB 3020

For the Installer


Connecting the control unit, BCU 30 (AA25)

The control unit (AA25) is most easily positioned on the wallwhere it is easy to access.

Unscrew the screw to open the control unit and access thecircuit board. The screw is underneath a rubber cover on thefront of the control unit (see image).

MR

OK

Remove the rubbercover and unscrew thescrew to open thecontrol unit.

Connect the control unit using a 4-core cable to terminalblock -COM1 on the relay card (AA6) as illustrated. Suitablecable type is for example LiYY 4x0.50 or similar.

NOTEThe control unit is only connected to the main unit (on

installation of several AMB 30).

1GND

COM1

COM2

AB

GNDAB

1 GN

D

A B

Control unit,BCU 30AMB 30

1 GN

D

A B

AA6-COM1 AA6-COM2 AA25

21AMB 30

For the Installer


Connection, compressor blocking in NIBE F1330when defrosting

For NIBE F1330 to know that the compressors must bestopped AMB 30 must be connected to the heat pump. Thisconnection is only made with systems containing a F1330.With several F1330 defrosting can take place without com-pressor blocking.

Suitable cable type is for example LiYY 3x0.50 or similar.

When the input for blocking the compressor (A or B) in F1330is connected the compressor will be stopped regardless ofoperating state and operating type.

LEK

X4 J5

NIBE F1330

Connection to F1330 with a AMB 30

Terminal block X6:1 and X6:3 on relay card (AA6) in AMB30 are connected to F1330 to X4:1 and X4:2 (compressorA) which is bridged with J5:1 (from X4:1) and J5:2 (fromX4:2) (compressor B).

X4

J5

X6123

1 2 3 4

1 2 3 4

NIBE F1330AMB 30

AA6-X6

Connection to F1330 with two AMB 30

Terminal block X6:1 and X6:3 on the relay card (AA6) in AMB30 (master unit) are connected to F1330 to X4:1 and X4:2(compressor A).

Terminal block X6:1 and X6:3 on relay card (AA6) in AMB30 (the slave unit) are connected in F1330 to J5:1 and J5:2(compressor B).

J5

X6123

X4

X6123

1 2 3 4

1 2 3 4

AMB 3022

For the Installer


Connection to NIBE F1330 with HPAC

NOTEThis connection is only made with systems containing

HPAC.

NOTEThe control voltage comes from both AMB 30 and

F1330.

In order to open and close the valves in HPAC when defrost-ing a relay must be installed in F1330.

Suitable cable type is for example EKK/EKLK or similar.

The relay must have control voltage of 230VAC.

LEK

Connection alternative 1: F1330 (base card) and HPAC

Terminal block X3:4 and X3:5 on relay card (AA6) in AMB30 are connected to F1330 on the relay in connection A1(from X3:4) and A2 (from X3:5) as illustrated. Connection11 and 14 from the relay are connected to the base card inF1330 inX1b:24 (connection 11), X6:16 and X6:19 (connec-tion14) as illustrated.

NF

12

1312

14

1411

A2A1

X1b:24

1517

1618

1920

PCXACX

230 VN

X31 2 3 4 5 6

Connection alternative 2: F1330 (expansion card 11)and HPAC

Terminal block X3:4 and X3:5 on relay card (AA6) in AMB30 are connected to F1330 on the relay in connection A1(from X3:4) and A2 (from X3:5) as illustrated. Connections11 and 14 from the relay connected to the expansion card11 in F1330 (requires accessory) in X1b:24 (connection 11),X6A:16 and X6A:19 (connection 14) as illustrated.

X31 2 3 4 5 6

1411

A2A1

X1b:24

NF

12

2322

2021

PCXACX

230 VN

23AMB 30

For the Installer


Connecting low pressure switch to NIBE F1330(non-hybrid system)

When installing with NIBE F1330 the low pressure switch(LP) in the respective cooling module (A and B) must recon-nect the factory installed LP2 (see image).

1. Cut the cables for the lower low pressure switch (LP) andstrip them back 10mm (see image).

2. Use the top clamps provided (AMB 30) to connect theincoming cables with the cables for the upper low pres-sure switch (LP2, see image).

3. Repeat points 1 to 2 for the second cooling module.

NOTEThis reconnection must be made in both compressor

parts in F1330.

LEKLEK

LEK

LE

K

LE

K

22 kW

30 - 40 kW

60 kW

1

2

LEK

A

B

LP2

LP

LP2

LP

AMB 3024

For the Installer


Commissioning and adjusting

Preparations

Before commissioning, check that the brine circuit is filledand well vented. Check the pipe system for leaks.

During outdoor air operation (not hybrid) the low pressureswitch must be connected to F1330 (see page 24).

Filling and venting the brine system

The brine system is filled with liquid to the required pressureaccording to the heat pump installation and maintenanceinstructions. Vent the system using the venting nipple at thebrine out (XL7) and possibly the circulation pump.

Start-up and inspection, Outdoor air operation1. Check that the brine system has been vented.

2. Turn the isolator switch on.

3. Check that all incoming phases are powered.

4. Check that the miniature circuit-breaker (FA1) is on.

5. Go into service mode in the control panel (hold the OKbutton in for 6 seconds) and select what type of system(Hybrid or Outdoor air) is installed in the menu "Sys-tem type".

6. Start the heat pump according to the starting instruc-tions.

7. Change menu 9.1.9 in NIBE F1330 to "On".

8. Change menu 9.1.12 in NIBE F1330 to "On".

9. Fill in the commissioning report on page 2.



Start-up and inspection, Hybrid operation1. Check that the brine system has been vented.

2. Turn the isolator switch on.

3. Check that all incoming phases are powered.

4. Check that the miniature circuit-breaker (FA1) is on.

5. Go into service mode in the control panel (hold the OKbutton in for 6 seconds) and select what type of system(Hybrid or Outdoor air) is installed in the menu "Sys-tem type".

6. Start the heat pump according to the starting instruc-tions.

7. Fill in the commissioning report on page 2.



Readjusting, collector side

Air is initially released from the refrigerant and venting maybe necessary. If bubbling sounds can be heard from AMB30, the heat pump, the circulation pumps and reversingvalves will require further venting. When the system is stable(correct pressure and all air eliminated) the automatic controlsystem can be set as required.

Adjustment, charge flow

When installing with several AMB 30 the brine flow is adjus-ted so that it is evenly divided between the units with max-imum flow.

25AMB 30

For the Installer

Commissioning and adjusting

Sensor placement

Temperature sensor dataVoltage (VDC)Resistance (k )Temperature (°C)

4.731351.1-404.632251.6-354.505182.0-304.350133.8-254.16199.22-203.94074.32-153.68856.20-103.41042.89-53.11433.0202.80725.6152.50120.02102.20415.77151.92412.51201.66710251.4348.045301.2286.514351.0485.306400.8934.348450.7603.583500.6462.968550.5502.472600.4692.068650.4001.739700.3361.439750.2931.246800.2521.061850.2170.908900.1870.779950.1630.672100

X1

X2

X3

X4

X5 X6

X7

1

2

3

123

4

5

6

123456

789

123

1

1

23

GNDCOM1

COM2

AB

GNDAB

1

2

3456

123456789101112

123456789

101112

13141516

X8

BT28

BT26

BT21

BT27

Temperature sensor, ambientBT28

Temperature sensor, extract airBT21

Temperature sensor, brine, collector in to the heatpump during hybrid operation

BT26

Temperature sensor, brine, collector outBT27

AMB 3026

For the Installer

Sensor placement

Control

General

This chapter runs through the menus in the control unit andits setting options in service mode. To make specific installa-tion settings, enter service mode. This is done by holding inthe [OK] button in for 6 seconds.

NOTEService mode is exclusively for the installer or the ser-vice technician. The user should not make changes to

these settings.

MR

OK

Press in

for 6 seconds

MR

OK

Service

System typeSettingsTest manually

OK

Ground

5 °C/3 °C

Operation mode

Menus

Service

In the sub-menus to this menu you can make installationspecific changes and test the outputs of the relay card -AA6.

Here the buttons [-] and [+] are used to scroll through theoptions. [OK] is used to select the option. Return to previousimage by scrolling to the top and pressing [-].

DescriptionService

In this menu you can choose what type ofsystem AMB 30 has been docked to.

System type

Installation specific settings can be madein this menu.

Settings

In this menu the outputs on relay card-AA6 can be tested manually, which can,for example, facilitate troubleshooting.

Test manually

27AMB 30

Miscellaneous

Control

System type

In this menu you can choose what type of system has beeninstalled.

Here, the [-] and [+] buttons are used to scroll through theoptions or to change values in a selected option. [OK] is usedto select option. Return to previous image by scrolling to thetop and pressing [-].

OK

System typeService

ConfigurationHybrid


DescriptionSystem type

Here you can choose what type of systemAMB 30 has been docked to.

Setting range: Hybrid, Air.

Configuration

Settings

Installation specific settings can be made in this menu.


OK

SettingsService

DefrostFan

Stop air modeHybridLanguage


DescriptionSettings

In this menu you can make settings regard-ing stopping and starting the fan.

Fan

In this menu you can make settings regard-ing defrosting.

Defrost

In this menu you can make settings regard-ing at what lowest ambient temperaturethe installation will stop.

Stop air mode

In this menu you can make settings regard-ing hybrid operation.

Hybrid

This menu is only shown if hybrid opera-tion is selected in System type.

Choose the language that you want themenus to be displayed in here.

Language

Settings - Sub menus

Fan

OK OKSystem typeSettingsTest manually

Service

FanDefrostStop air modeHybridLanguage

3.0KStartDiff 1,2,3..High/low

0.5K15°C

Settings Fan

DescriptionSub menu

Fan

Here you can set the difference betweenthe temperature sensors BT28 (ambient)and BT27 (brine out) at which the fan isto start and stop.

Start

The fan starts when the set difference isexceeded and stops when the temperaturedifference has fallen below the set differ-ence by approx one degree.

Minimum running time for the fan is 60minutes.

Setting range: 1.0 – 6.0 K

Preset value: 3.0 K

Set what difference the differential set inthe menu "Start" must have between dif-ferent AMB 30 (if several are installed) forstart and stop.

Diff 1,2,3..


Preset value: 0.5 K

Here you select at what ambient temper-ature (BT28) the fan must shift betweenhigh and low speeds.

High/low

When the ambient temperature exceedsthe set value the fan goes to low speedand shifts to high speed when the ambienttemperature falls below the set value byapproximately one degree.

You can manually set the fan to constanthigh or low speed.

Setting range: 8 – 20 °C, high (H) or low(L)

Preset value: 10 °C

AMB 3028

Miscellaneous

Control

Defrost


Service


Settings1.5KStart diff

Time stab.Stop activePass./act.Stop pass.Max timeInterv. max

10min12°C

3°C1.0K

15min3h

Defrost

DescriptionSub menu

Defrost

Here you can set the difference betweenthe temperature sensors BT28 (ambient)and BT27 (brine out) at which defrostingof AMB 30 is to start.

Start diff

Defrosting starts when the temperaturedifference exceeds the set value.


Preset value: 1.5 K

The stabilisation time for calculating de-frosting is shown here.

Time stab.

Fixed value: 20 min

Set the brine out (BT27) temperature atwhich defrosting is to stop.

Stop active

Defrosting stops when the brine exceedsthe set value.

Setting range: 8 – 20 °C


Here you select at what ambient temper-ature (BT28) the AMB 30 must shiftbetween active and passive defrosting.

Pass./act.

Passive defrosting starts at the set temper-ature and resumes active defrosting at theset temperature of approx one degree.


Preset value: 4 °C

Here you can set the difference betweenthe temperature sensors for ambient(BT28) and air out (BT21) from AMB 30 atwhich passive defrosting will be stopped.

Stop pass.

Defrosting is stopped when the temperat-ure difference falls below the set value.


Preset value: 1.0 K

Here you select the maximum defrost timepermitted.

Max time

Setting range: 3 – 20 min

Preset value: 15 min

DescriptionSub menu

Defrost

Here you select the maximum time permit-ted between defrosts at minus temperat-ures in the system.

Interv. max

Setting range: 2 – 5 h

Preset value: 3 h

Stop air mode


Service


Settings

BT28 min.

BT28 max 50°C

Stop air mode

DescriptionSub menu

Stop air mode

Here you can set at what ambient temper-ature the fan (and the heat pump withonly outdoor air operation) must stop be-cause of cold outdoor air.

BT28 min.

Setting range: -12 – 0 °C

Preset value: -12 °C

Here you can set at what ambient temper-ature the fan in AMB 30 and the com-pressor in NIBE F1330 must stop becauseof too warm outdoor air.

BT28 max

The fan and the compressor are permittedto start again when the ambient temperat-ure falls two degrees below the set value.

Fixed value: 50 °C

29AMB 30

Miscellaneous

Control

Hybrid

This menu is only shown if hybrid operation is selected inSystem type.


Service


Settings

Hybrid modeAir onlyMax charge coll.

4K15°C10°C

Hybrid

DescriptionSub menu

Hybrid

Here you can set the difference betweenthe temperature sensors BT28 (ambient)and BT26 (brine in to the heat pump) atwhich the rock/ground collector and out-door air are to be used together.

Hybrid mode

Both energy sources are used when thetemperature difference exceeds the setvalue. It returns to rock/ground collectoroperation when the temperature differen-tial falls two degrees below the set value.

Setting range: 1 – 9 K

Preset value: 4 K

Here you select at what ambient temper-ature (BT28) AMB 30 must shift from/toexclusively outdoor air during hybrid oper-ation.

Air only

Only outdoor air is used when the settemperature is exceeded and starts to becombined with the set value.

Setting range: -5 – 20 °C


Here you select at what temperature brinein to the heat pump (BT26) the outdoorair must start/stop using outdoor air duringhybrid operation.

Max charge coll.

Rock/ground collector is used when theset temperature is exceeded and is onlyused together with outdoor air below theset value.



Language


Service


Settings

SvenskaEnglishDeutch

Language

DescriptionSub menu

Language

Choose the language that you want themenus to be displayed in here.

Svenska

English

Deutch

Test manually

In this menu the outputs on relay card -AA6 can be testedmanually, which can, for example, facilitate troubleshooting.


All settings in this menu return to normal mode after 15minutes of inactivity.

OK

Service


Test manually

Fan lowAMB no

Fan highQN20 (K12)Compr.Heater

1offoffoffoffoff

GP5 (K11) off

GP2 (K10)QN21 (K13)

offoff

QN22 (K14) off

DescriptionTest manually

Here you select which air module the fol-lowing settings should apply to.

AMB no

Setting range: 1 – number of connectedunits

Here you set whether the fan (GQ1)should run at low speed.

Fan low

Setting range: on/off

Here you set whether the fan (GQ1)should run at high speed.

Fan high


Here you set whether the reversing valvefor defrosting (QN20) should be open (on)or closed (off).

QN20 (K12)


Here you set whether the compressor inNIBE F1330 should be running.

Compr.


AMB 3030

Miscellaneous

Control

DescriptionTest manually

Here you set whether the drain pan heater(EB11) and drip tray heater (EB12) mustbe running.

Heater


Here you set whether the circulation pumpfor defrosting (GP5) should be running.

GP5 (K11)


Here you set whether the circulation pumpfor rock/ground collector (GP2) should berunning.

GP2 (K10)


Here you set whether the reversing valvefor outdoor air operation (QN21) shouldbe open (on) or closed (off).

QN21 (K13)


Here you set whether the reversing valvefor rock/ground collector operation (QN22)should be open (on) or closed (off).

QN22 (K14)


31AMB 30

Miscellaneous

Control

Alarm management

MR

OK

MR

OK

Information

TemperaturesAlarm

OK

Ground

5 °C/3 °C

Alarm

In event of an alarm similar text to that shown above is displayed and the background lighting flashes.

Here the buttons [-] and [+] are used to scroll through theoptions. Return to previous image by scrolling to the top andpressing [-].

Manual resetting of the alarm.

To reset the alarm press the [-] button for 3 seconds until"OFF" is displayed and then press [+] for 3 seconds to returnto normal mode.

OK

AlarmInformation

BT21 1Sensor err. #Temperatures

Alarm

Reset/RectifyEventCauseName

The alarm is reset automatically whenthe sensor is reconnected.

Ambient sensor (BT28): stopping AMB30 and compressor in NIBE F1330.

Stated sensor short-circuited or miss-ing.

Sensor err. #

Other sensors: are only indicated inthe display.

Brine in (BT26): only shown in theevent of hybrid operation.

The alarm resets automatically whenthe communication is resumed.

Operation of AMB 30 and compressorin NIBE F1330 is stopped.

No communication between displayand AMB 30 (master unit of severalconnected) for more than 3 minutes.

Communication

The alarm may be due to a cablebreakage, fault in the relay card orfault in the display unit.

The alarm does not reset automatic-ally. Manual alarm reset is required(restart of the control unit).

Operation of AMB 30 (master unit ifseveral connected) and compressor inNIBE F1330 is stopped.

The fan overheating temperature lim-iter has tripped.

Fläkt TL #

The fan starts again when the ambienttemperature rises above the set valuein menu "BT28 min.".

Operation of AMB 30 is stopped.Too low ambient temperature (BT28).Low BT28

The fan and the compressor are permit-ted to start again when the ambienttemperature falls below the set valueset in "BT28 max" menu by two de-grees.

Operation of AMB 30 and compressorin NIBE F1330 is stopped.

Too high ambient temperature (BT28)(above 50 °C)

High BT28

# stands for which unit the fault the exists in.

AMB 3032

Miscellaneous

Control


33AMB 30

Miscellaneous


AMB 3034

Miscellaneous


35AMB 30

Miscellaneous


Technical specifications

Component positions

LE

K

LE

K

LEK

EP12

BT27

EB12EB11

GQ1

BT21

XL6

XL7

AA6

AA6-F1

X1

FA1

UB1

UB2-4

UB5-7

AMB 3036

Miscellaneous


List of componentsRelay cardAA6

Fine-wire fuse on the relay card (AA6)AA6-F1

Temperature sensor, extract airBT21

Temperature sensor, brine, collector outBT27

Condensation water trough heaterEB11

Drip tray heaterEB12

Air coil, collector brineEP12

Miniature circuit-breakerFA1

FanGQ1

Cable grommet, supplyUB1

Cable grommet, circulation pumps and reversingvalves

UB2-4

Cable grommet, communication cablesUB5-7

Terminal block, incoming supply, neutral and earthX1

Connection, brine inXL6

Connection, brine outXL7

Designations in component locations according to standardIEC 81346-1 and 81346-2.

37AMB 30

Miscellaneous


Sound pressure levels

AMB 30 is usually placed next to a house wall, which givesa directed sound distribution that should be considered. Ac-cordingly, you should always attempt to find a placementon the side that faces the least sound sensitive neighbouringarea.

The sound pressure levels are further affected by walls, bricks,differences in ground level, etc and should therefore only beseen as guide values.

AMB 30 works with low fan speed or high fan speed depend-ing on the outdoor temperature.

LE

K

1 m

4 m

10 m

AMB 30

61/69dB(A)Sound power level, LW(A)

56/64dB(A)Sound pressure level at 1 m. Fan low/high



Sound power level according to EN 12102.

Doubling the number of AMB 30 means an approximate 3 dB(A) increasein the measurement values in the table.

AMB 3038

Miscellaneous


Dimensions and setting-out coordinates

Ø700

50

115

1395

75

1095

1175

36

1205

520

Elintag

1090

150

440

390

XL6

XL7

Cable gland

400

mm

400 mm

3 m

Fritt utrymme

Fritt utrymme framför

Serviceutrymme

800 mm

Min. avståndvid användningav flera AMB30

39AMB 30

Miscellaneous


Technical specificationsF1330-60 /AMB

30x2F1330-40 /AMB

30x2F1330-30 /AMB

30F1330-22 /AMB

30Outdoor air system together with F1330

69/16.7/4.147/11.0/4.334.3/7.7/4.526.5/5.6/4.7(kW)Delivered/Supplied power*/COP at 15/35 °C **






49/18.3/2.733.5/12.2/2.725.3/9.7/2.618.7/7.0/2.7(kW)Delivered/Supplied power*/COP at 2/50 °C **

41/15.0/2.727/10.1/2.720.5/7.3/2.815.6/5.2/3.0(kW)Delivered/Supplied power*/COP at -7/35 °C **

38/18.2/2.126.5/11.9/2.220.4/9.5/2.115.1/6.7/2.3(kW)Delivered/Supplied power*/COP at -7/50 °C **

34/14.8/2.322/9.8/2.216.5/7.1/2.312.3/5.0/2.5(kW)Delivered/Supplied power*/COP at -12/35 °C **

34/18.0/1.923.5/11.6/2.017.7/9.3/1.913.2/6.4/2.1(kW)Delivered/Supplied power*/COP at -12/50 °C **

Hybrid system together with F1330

See technical data in the heat pump "Installation and maintenance instructions".

AMB 30Miscellaneous

400 V 3NAC 50HzOperating voltage

Ethylene glycol (40%)Brine, outdoor air operation only

Ethylene glycol (40%) or Ethanol (28%)Brine, hybrid operation

5000/7000(m3/h)Air flow, low/high fan speed

195/325(W)Nominal effect, fan (3-phase), low/high fan speed

10(A)Fuse

IP 24Enclosure class

G40Connection Brine male Ø

0.03 (3 bar)(MPa)Max system pressure

heat exchangerDefrosting system

10(l/min)Lowest flow, defrosting

25(°C)Min temperature (BT27) for active defrosting

27(litres)Volume brine

1395 + (50)(mm)Height

1205(mm)Width

520(mm)Depth

165/189(kg)Weight, without/with packaging, pallet and suppliedextras

dark greyColour

-12/50(°C)Operating temperature (lowest/highest), outdoor airoperation

-25/50(°C)Dimensioned ambient temperature (lowest/highest)

30/-20(°C)Max/Min temperature, incoming brine

-22(°C)Min. outgoing temperature at outdoor air operation

-10(°C)Min. outgoing temperature at hybrid operation

065 046Part No.

Fan, brine pump, control and compressor in F1330. Heating medium according to EN 14511.*Ambient temperature/Flow temperature**

AMB 3040

Miscellaneous


Working range AMB 30 outdoor air operation (not hybrid)

AMB 30 together with NIBE F1330 22 kW

15

20

25

30

35

40

45

50

55

60

65

70

-20 -15 -10 -5 0 5 10 15 20 25 30 35

AMB 30 together with NIBE F1330 30 - 60 kW

15

20

25

30

35

40

45

50

55

60

65

70

-20 -15 -10 -5 0 5 10 15 20 25 30 35

Pressure drop AMB 30 outdoor air operation (not hybrid) at ethylene glycol 40% volume percent

0

10

20

30

40

50

60

70

80

90

0 0,5 1 1,5 2 2,5

41AMB 30

Miscellaneous


Enclosed kit

2 x Top clamps

Accessories

Auxiliary relay HR 10

LEK

Part no. 089 423

NIBE BCU 30

LEK

LEK

The control pack NIBE BCU 30 is required for systems whereAMB 30 is included. Only one control pack per installationcan be used.

Contains: Control unit, ambient sensors and temperaturesensors.

Part no.: 067 104

NIBE Defrost 30

LEK

GN

UR

DFO

SP

Ue

pyT

03

10

6 - 5

2S

PN/

44

62

59

5:7

-V

03

2

ASJ

EH

N

PBI

N7

10

0;C

DK

H0

5z

PI4

4 0

11 F

Ts

alC

H sr

ab

01 . x

aM

Fu

5.2

54

0.2

05

60

3.0

09

00

4.

1mP

) A()

W(,

LEK

The defrosting pack NIBE Defrost 30 is required for systemswhere AMB 30 is included (except systems where AMB 30is used together with NIBE HPAC). Only one defrosting packper installation can be used, defrosting is in sequence.

Contains: Heat exchanger and circulation pump.

Part no.: 067 105

NIBE SVH 32

LEK

In addition to the defrosting pack this reversing valve alsorequires NIBE Defrost 30. A reversing valve is required foreach AMB 30 in the installation.

Part no.: 067 113

NIBE SVH 40/50/65

LEK LEK

It requires 2 x reversing valves (NIBE SVH 40/50/65) to useAMB 30 in hybrid operation. The size is determined by thesize of the output requirement.

Part no.: 067 106SVH 40

DN 40 (22 – 40 kW)

Part no.: 067 107SVH 50

DN 50 (60 – 80 kW)

Part no.: 067 108SVH 65

DN 65 (120 – 180 kW)

AMB 3042

Miscellaneous


Dealing with malfunctions

Checking the status

Check the display on the control unit to read off the statusand any alarms. See page 26 for more information.

NOTEWork behind covers secured by screws may only becarried out by or under the supervision of a qualified

installation engineer

NOTEThe product's serial number should always be stated

with all correspondence with NIBE.

_ _ _ _ _ _ _ _ _ _ _ _ _ _

NOTEAs AMB 30 can be connected to a large number of

external units, these should also be checked.

AMB 30 is not operationalThe control system has not given the start signal.Cause:

Check that the heat pump is operating.Action:

Fuses have tripped.Cause:

Replace the fuse or reset the MCB. If the fusetrips again the installation engineer should becontacted.

Action:

Outdoor temperature colder than set in menu"BT28 min.". Indicated as "Low BT28" in thecontrol unit.

Cause:

Wait until the outdoor temperature is higherthan the set stop value (menu "Low BT28").

Action:

Outdoor temperature hotter than 50 °C. Indic-ated as "High BT28" in the control unit.

Cause:

Wait until the outdoor temperature is below 48°CC.

Action:

Fan stopped.Cause:

Ensure that the air flow is not blocked. If thefault remains contact the installation engineer.

Action:

The alarm is acknowledged automatically when thefault is rectified or according to the instructions onpage 32.

Interference when defrostingAMB 30 does not defrost.Cause:

Check that the reversing valve (QN20) functionsand is correctly connected.

Action:

AMB 30 does not defrost completely.Cause:

Increase set temperature in menu "Stop active".Action:

If the operating disturbance cannot be rectified by means of the above, an installation engineer should be called.

43AMB 30

Miscellaneous

Dealing with malfunctions

AMB 3044

0 3 1 5 3 3

PL

NO

NL

FI

DK

DE

CZ

NIBE Energy Systems OY, Juurakkotie 3, 01510 Vantaa

3C Broom Business Park, Bridge Way, Chesterfield S41 9QG

Puh: 09-274 697 0 Fax: 09-274 697 40 E-mail: [email protected] www.nibe.fi

NIBE-BIAWAR Sp. z o. o. Aleja Jana Pawła II 57, 15-703 BIAŁYSTOKTel: 085 662 84 90 Fax: 085 662 84 14 E-mail: [email protected] www.biawar.com.pl

ABK AS , Brobekkveien 80, 0582 Oslo, Postadresse: Postboks 64 Vollebekk, 0516 OsloTel. sentralbord: +47 02320 E-mail: [email protected] www.nibeenergysystems.no

NIBE Energietechniek B.V., Postbus 2, NL-4797 ZG WILLEMSTAD (NB)Tel: 0168 477722 Fax: 0168 476998 E-mail: [email protected] www.nibenl.nl

Vølund Varmeteknik A/S, Member of the Nibe Group, Brogårdsvej 7, 6920 VidebækTel: 97 17 20 33 Fax: 97 17 29 33 E-mail: [email protected] www.volundvt.dk

NIBE Systemtechnik GmbH, Am Reiherpfahl 3, 29223 CelleTel: 05141/7546-0 Fax: 05141/7546-99 E-mail: [email protected] www.nibe.de

Druzstevni zavody Drazice s.r.o, Drazice 69, CZ - 294 71 Benatky nad JizerouTel: +420 326 373 801 Fax: +420 326 373 803 E-mail: [email protected] www.nibe.cz

CHNIBE Wärmetechnik AG, Winterthurerstrasse 710, CH-8247 FlurlingenTel: (52) 647 00 30 Fax: (52) 647 00 31 E-mail: [email protected] www.nibe.ch

ATKNV Energietechnik GmbH, Gahberggasse 11, 4861 SchörflingTel: +43 (0)7662 8963-0 Fax: +43 (0)7662 8963-44 E-mail: [email protected] www.knv.at

NIBE AB Sweden, Box 14, Hannabadsvägen 5, SE-285 21 MarkarydTel: +46-(0)433-73 000 Fax: +46-(0)433-73 190 E-mail: [email protected] www.nibe.eu

GBNIBE Energy Systems Ltd,Tel: 0845 095 1200 Fax: 0845 095 1201 E-mail: [email protected] www.nibe.co.uk

RU © "EVAN" 17, per. Boynovskiy, Nizhny NovgorodTel./fax +7 831 419 57 06 E-mail: [email protected] www.nibe-evan.ru

Documents

INSTALLATION AND MAINTENANCE INSTRUCTIONS AMB 30 031533 AMB … · In order to get the greatest benefit from AMB 30 you should read through the "For the User" section in this Installation