iDM TERRA SWM 3-13 Series Technical Documentation And Installation Instructions

THE ENERGYFAMILY

TECHNICAL DOCUMENTATION

INSTALLATION INSTRUCTIONS

SINCE

QUALITY

HEAT PUMPS FROM AUSTRIA

www.idm-energie.at

812578 Rev.0 - Translation of original instruction

TERRA SWM 3-13

Model:

TERRA SWM 3-13 HGL

TERRA SWM 3-13 HGL P

with NAVIGATOR 2.0 Controller

BRINE- OR GROUNDWATER HEAT PUMP

WITH INVERTER-TECHNOLOGY

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Contents

1. GENERAL INFORMATION 4

1.1. Standards and directives 4

1.2. Safety instructions 4

1.3. Storage 4

1.4. Installation room 4

1.5. Sound emission 5

1.6. Installing additional components 5

1.7. Construction drying and screed heating 5

1.8. Cleaning 5

1.9. Servicing and maintenance 5

1.10. Service 5

1.11. Warranty and guarantee 5

1.12. Disposal 5

2. DESCRIPTION 6

2.1. Description 6

2.2. Application range 6

2.3. Dimensions 7

2.4. Connections 7

2.5. Technical data - brine application 8

2.6. Technical data - groundwater application 10

2.7. Performance data - brine according to EN 14511 12

2.8. Performance data - ground water according to EN 14511 13

2.9. Performance data - cooling according to EN 14511 14

2.10. Limits of use 19

3. TRANSPORT 20

4. ASSEMBLY AND HYDRAULIC INSTALLATION 21

4.1. Assembly 21

4.2. Installation of connecting hoses 22

(C) IDM ENERGIESYSTEME GMBH Installation instructions TERRA SWM 3

General instructions on installation the

heat pump.

General instructions on operation the

heat pump.

Space for costumer service

telephone number_____________________

Important information on installation and

operating of the heat pump. It is essential

that this information is observed!

Contents

5. ELECTRICAL ASSEMBLY 25

5.1. Power supply 25

5.2. EMC compatibility 25

5.3. Disassembly the cover 26

5.4. Central unit of control 27

5.5. Connection the central unit 28

5.6. Add-on modules for NAVIGATOR 2.0 29

6. COMMISSIONING 30

6.1. Operation 30

6.2. Faults 30

7. HYDRAULIC DIAGRAMS 31

8. HEATING SIDE INSTALLATION 34

9. HEAT SOURCE 35

9.1. Brine surface collector (BSC) 35

9.2. Brine depth sensor 37

9.3. Ground water usage 39

10. DECLARATION OF CONFIRMITY, PRODUCT FICHE 42

We reserve the right to make technical and design modiﬁ cations!

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General information

By purchasing this system you have acquired a

modern and efﬁ cient heating system. Ongoing qua-

lity controls and improvements as well as functional

checks at the factory guarantees you a technically

perfect equipment.

Please read through this documentation carefully.

It contains important information for correct in-

stallation and safe and economical operation of

the system.

1.1. Standards and directives

For the installation of the heatpump follow all relevant

national and international piping- and installation re-

gulations and the instructions given of this Installation

instruction.

Amongs others comparing the following:

- the general rules for accident prevention and safety

regulations

- the regulations for environmental protection

- the provisions/regulations of the professional asso-

ciations.

- the effective laws, standards, guidelines and regu-

lations e.g. DIN, EN, DVGW, VDI and VDE

- regulations of the local suppliers/supply companies

1.2. Safety instructions

Installation and maintenance work can be hazardous

due to high system pressure, high temperatures and

live parts and may only be carried out by specialist

staff. Heat pumps may only be installed by competent

specialist staff and commissioned by a customer

service company trained to do so by iDM Energiesys-

teme GmbH.

When working on the heat pump, the system must

be shut-off and secured against unintentional restart.

In addition, all safety instructions in the relevant do-

cumentation, stickers on the heat pump itself and all

other applicable safety regulations must be observed.

1. General information

1.3. Storage

Heat pump components may not be stored outdoors.

Heat pumps should not be stored in wet rooms or in

potentially dust rooms.

1.4. Installation room

The TERRA SWM should be installed in a frost-proof

room. The Room temperature should be between

5°C and 25°C!

To minimize vibrations and noise, the heat pump must

be isolated from the building structure. Basically,

setting up of the heat pump on light weight design

ceilings must be avoided. In case of a ﬂ oating screed,

the screed and the sound damping have to be omitted

around the heat pump.

The installation in wet rooms or in potentially dust or

explosion-endangered rooms is not allowed.

Gas from refrigerants in plant rooms must not escape

into vicinal rooms, stair rooms, courtyards, walks or

into the drainage system of the building. The gas has

to be channelled off safely!

In case of danger, the plant room has to be evacua-

ted immediately.

In case a natural ventilation is not possible, a me-

chanical ventilation has to be provided. A mechanical

ventilation has to be equipped with an independent

emergency control outside of the machine room near

the door.

Heat pumps should not be installed in rooms with high

electromagentic inﬂ uences from other installations!

If the minimum size of the installation room falls below

the required value as described in the technical data,

the room must be designed as an machine room accor-

ding to EN 378!

(C) IDM ENERGIESYSTEME GMBH Installation instructions TERRA SWM 5

General information

1.5. Sound emission

The TERRA SWM is very quiet in operation thanks to

the design. It is however important that the boiler room

is situated as far as possible from noise-sensitive

living areas. A well-closing door should be installed.

1.6. Installing additional components

The installation of additional components which have

not been tested with the equipment may impair func-

tion. No warranty or liability is assumed for damages

resulting from this.

1.7. Construction drying and screed heating

The heat pump is not designed for the increased heat

requirements when drying out construction work or

heating plaster or screed. This must be covered by

equipment to be provided by the customer, if requi-

red.

1.8. Cleaning

If necessary, the TERRA SWM can be cleaned with

a damp cloth. The use of cleaning agents is not re-

commended.

1.9. Servicing and maintenance

Regular maintenance, control and servicing of all

system components guarantees safe and economi-

cal operation in the long term. To achieve this, we

recommend a maintenance cotract with the relevant

customer service company. Only original spare parts

which meet the requirements of iDM may be used!

1.10. Service

For technical information please contact your relevant

iDM customer service department.

1.11. Warranty and guarantee

Warranty and guarantee conditions are included

in the purchased documents. For questions please

contact your relevant customer service department.

1.12. Disposal

Heatpumps are electrical equipment made from

high valuable materials, which are not allowed to be

disposed like normal household garbage, but have to

be disposed professional and proper according the

regulations of the local authorities.

A non-proper disposal can cause, apart from sanc-

tions for the violator, environmental damages and

harm for your health.

This device is characterized according to the euro-

pean directive 2012/19/EU on waste electrical and

electronic equipment (Waste electrical and electronic

equipment - WEEE). The guideline provides the

framework for an EU-wide return and recycling of old

equipment.

Dispose the device properly and do not damage the

pipes of the refrigerant circuit.

On the refrigerant side the TERRA SWM is

„hermetically tight“.

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2. Description

2.1. Description

The iPump is a brine-water heat pump with a Scroll-

compressor with Inverter-technology.

The microprocessor controller NAVIGATOR 2.0 en-

sures efﬁ cient operation of the heat pump. The heat

pump system is controlled as needed and is equipped

with a variety of monitoring-, security- and reporting

functions.

By default, one heating circuit can be regulated. Sys-

tems up to six heating circuits can be realized with

optional heating circuit extension modules.

A colored 7“ touch display simpliﬁ es the operation of

the heat pump.

The connections of the brine lines are inside the heat

pump. The connections for heating lines are also

inside. All connections can be feed out either on the

right or left side of the heat pump.

The LAN-connection, the cable inlet for the sensors

and the power supply are on the backside. The USB-

port is integrated in the front part and is closed by a

stopple when delivered.

TERRA SWM is available with HGL or with HGL and

process reversal (P). Thereby the heat pump can be

used for cooling.

The TERRA SWM heat pump is working with the sa-

fety refrigerant R410A. It circulates in an closed circuit

when installed and commissioned properly, meaning

that there is no environmental impact.

The lower the maximum ﬂ ow temperature

is set, the higher is the efﬁ ciency of the

heat pump.

2.2. Application range

The TERRA SWM can be used for monovalent hea-

ting and cooling of single and multiple dwellings with

ground heat utilisation.

In this case the building should be equipped with low-

temperature heating (e.g. underﬂ oor heating, wall

heating, low temperature radiator heating).

The heat pump may only be used for domestic and

not for purely commercial operation!

Scope of delivery refrigeration circuit

- Scroll-compressor with Inverter-technology

- Inverter with patented CIC-Technology

- Copper soldered stainless steel plate heat

exchanger (Condenser and evaporator)

- Electronic expansion valve

- Electronic high pressure and low-pressure limiter

- High pressure switch

Scope of delivery heatsource- and heating side

- Integrated A-Label brine pump

- Integrated A-Label loading pump

- Brine expansion tank

Scope of delivery NAVIGATOR 2.0 controller

- Colored 7“ Touchdisplay

- 1 heating circuit as standard

- simple solar-difference temperature control

- integrated heat quantity measurement

- PV-integration

- Maintenance via myiDM

- Layered solar supply with an additional solar board

With relevant accessories, the NAVIGATOR 2.0 can

be extended with a single-room control (NAVIGATOR

Pro).

General scope of delivery

- 5 pcs. ﬂ exible connection hoses

- Non-return valve

- Sensor package

(C) IDM ENERGIESYSTEME GMBH Installation instructions TERRA SWM 7

Description

2.3. Dimensions

2.4. Connections

1 HGL-ﬂ ow

2 Heat pump ﬂ ow

3 Brine ﬂ ow

4 Brine return

5 Heat pump return

6 Cable inlet power supply

7 LAN connection

8 Cable inlet sensors

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Description

2.5. Technical data - brine application

Heat pump type TERRA SWM 3-13

Model HGL

HGL P

Space heating energy efﬁ ciency class 35°C / 55°C

Performance data acc. to EN 14511 brine application at nominal speed Unit

Heat output at B0°C/W35°C kW 6.60

Power intake at B0°C/W35°C kW 1.32

COP at B0°C/W35°C - 5.01

Application with process reversal at nominal speed

Cooling capacity at B15°C/W18°C kW 11.12

Power intake at B15°C/W18°C kW 1.18

EER at B15°C/W18°C - 9.38

Cooling capacity at B15°C/W7°C kW 7.44

Power intake at B15°C/W7°C kW 0.96

EER at B15°C/W7°C - 7.78

Sound emission according to EN 12102

Sound power level nominal dB(A) 41

Sound power level maximum dB(A) 47

Dimensions

Height / Width / Depth mm 1262 / 620 / 762

Weight HGL / HGL P kg 170 / 175

Minimum size of installation room1) m³ 6.82

Flat collector set

Number of pipe circuits for the ﬂ at collector - 4 / 5 / 6

Total pipe length at 7 kW / 10 kW / 13 kW m 400 / 500 / 600

Distributor length mm 240 / 300 / 360

Brine mixture l 140 / 175 / 210

A++

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Description

Heat pump type Unit TERRA SWM 3-13

Maximum ﬂ ow temperature °C 62

Refrigerant - R410A

Quantity of refrigerant kg 3.0

CO2 - Equivalent t 6.3

Compressor oil EMKARATE RL 32-3MAF

Quantity of compressor oil l 0.74

Compressor stages - 1-stage modulated

Integrated brine pump Wilo Stratos Para 15/1-9

Integrated epansion tank lt. 18

Nominal ﬂ ow rate of the brine circuit (B0/W35 ΔT=5 K) m³/h 1.6

Free residual pressure brine pump at nominal speed2) kPa 50

Pressure loss heat source side at nominal speed2kPa 9.5

Connection dimension of brine ﬂ ow and- return ﬂ ow R 1“

Integrated loading pump Wilo Stratos Para 15/1-9

Nominal ﬂ ow rate heating water (B0/W35 ΔT=5 K) m³/h 1.2

Free residual pressure loading pump at nominal speed2) kPa 45.4

Pressure loss heating side without passive cooling module nominal speed2) kPa 8.6

Maximum operating pressure heating side / brine side bar 3

Heating ﬂ ow / -return ﬂ ow R 1“

Electrical data

Electrical power supply compressor V / Hz 3~ 400 / 50

Electrical power supply controller V / Hz 1~ 230 / 50

Max. operating current of compressor A 9.7

Max. power intake kW 6.1

Starting current A < 9

Power factor - 0.97

Fuse of main power supply heat pump A 13

Fuse of control main supply A 13

1If the size of the installation room is lower than the required minimum size, the room must be performed as an engine room according to EN 378.

2at 80% pump capacity

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Description

2.6. Technical data - groundwater application

Heat pump type Unit TERRA SWM 3-13

Model HGL

HGL P

Space heating energy efﬁ ciency class 35°C / 55°C

Performance data ground water application at nominal speed Unit

Heat output at W10°C/W35°C with safety heat exchanger kW 8.00

Heat output at W10°C/W35°C kW 8.70

Power intake at W10°C/W35°C with safety heat exchanger kW 1.26

Power intake at W10°C/W35°C kW 1.29

COP at W10°C/W35°C with safety heat exchanger - 6.33

COP at W10°C/W35°C - 6.77

Application with active cooling at nominal speed

Cooling capacity at W15°C/W18°C kW 11.12

Power intake at W15°C/W18°C kW 1.18

EER at W15°C/W18°C - 9.38

Cooling capacity at W15°C/W7°C kW 7.44

Power intake at W15°C/W7°C kW 0.96

EER at W15°C/W7°C - 7.78

Sound emission according to EN 12102

Sound power level nominal dB(A) 41

Sound power level maximum dB(A) 47

Dimensions

Height / Width / Depth mm 1262 / 620 / 762

Weight HGL / HGL P kg 170 / 175

Minimum size of installation room1) m³ 6.82

A++

(C) IDM ENERGIESYSTEME GMBH Installation instructions TERRA SWM 11

Description

Heat pump type Unit TERRA SWM 3-13

Maximum ﬂ ow temperature °C 62

Refrigerant - R410A

Quantity of refrigerant kg 3.0

CO2 - Equivalent t 6.3

Compressor oil EMKARATE RL 32-3MAF

Quantity of compressor oil l 0.74

Compressor stages - 1-stage modulated

Integrated brine pump Wilo Stratos Para 15/1-9

Nominal ﬂ ow rate ground water with safety heat exchanger m³/h 2.16

Pressure loss ground water side with safety heat exchanger kPa 13.4

Integrated loading pump Wilo Stratos Para 15/1-9

Nominal ﬂ ow heating water m³/h 1.5

Free residual pressure loading pump at nominal speed2) kPa 45.4

Pressure loss heating side at nominal speed2) kPa 8.6

Maximum operating pressure heating side / brine side bar 3

Heating ﬂ ow / -return ﬂ ow R 1“

Electrical power supply compressor V / Hz 3~ 400 / 50

Electrical power supply controller V / Hz 1~ 230 / 50

Max. operating current of compressor A 9

Starting current A < 9

Power factor 0.97

Fuse of main power supply heat pump A 13

Fuse of control main supply A 13

1If the size of the installation room is lower than the required minimum size, the room must be performed as an engine room according to EN 378.

2at 80% pump capacity

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Description

2.7. Performance data - brine according to EN 14511

15 10 7 5 0 -5

Heat output 22.2182.3122.3122.3152.3162.31]Wk[

Power intake 50.495.318.295.282.289.1]Wk[

20.307.317.401.508.596.6POC

Heat output 96.506.64

4.758.755.896.9]Wk[

Power intake 92.123.192.182.113.152.1]Wk[

14.410.597.531.645.677.7POC

Heat output 17.268.220.371.315.309.3]

Wk[

Power intake 36.085.055.045.045.015.0]Wk[

23.409.415.578.594.696.7POC

15 10 7 5 0 -5

Heat output 61.1101.3131.3132.3101.3192.31]Wk[

Power intake 44.461.475.343.359.235.2]Wk[

COP 5.26 4.44 3.96 3.68 3.15 2.51

Heat output 92.541.609.612.768.710.9]Wk[

Power intake 45.126

.116.195.106.175.1]Wk[

COP 5.75 4.90 4.52 4.29 3.80 3.44

Heat output 77.268.278.228.299.254.3]Wk[

Power intake 18.057.076.046.016.095.0]Wk[

34.338.382.414.488.4

38.5POC

15 10 7 5 0 -5

Heat output 21.0168.1122.3122.3141.3132.31]Wk[

Power intake 56.522.554.481.497.362.3]Wk[

COP 4.06 3.47 3.16 2.97 2.27 1.79

Heat output 39.467.504.696.642.702.8]Wk[

Power intake 78.129

.159.199.179.189.1]Wk[

COP 4.15 3.67 3.36 3.29 3.00 2.63

Heat output 29.259.268.238.248.241.3]Wk[

Power intake 30.179.058.008.057.027.0]Wk[

38.240.373.335.318.3

53.4POC

15 10 7 5 0 -5

Heat output 53.987.0110.3122.3171.3151.31]Wk[

Power intake 72.667.500.527.414.478.3]Wk[

COP 3.40 2.99 2.80 2.60 1.87 1.49

Heat output 36.404.571.684.649.617.7]Wk[

Power intake 12.291.

233.253.253.292.2]Wk[

COP 3.37 2.95 2.76 2.65 2.47 2.10

Heat output 58.239.298.288.219.240.3]Wk[

Power intake 92.102.101.150.199.019.0]Wk[

22.254.246.247.239.25

3.3POC

W45

NOMINAL

W55

Brine-inlet temperature [°C]

W35

MAXNOMINALMIN

MAX

Brine-inlet temperature [°C]

MINMIN MAXMIN

NOMINAL MAX

W62

NOMINAL

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Description

2.8. Performance data - ground water according to EN 14511

15 10 7

Heat

output

22.3152.3162.31]Wk[

Power intake 94.202.239.1]Wk[

13.510.698.6POC

Heat output 00.807.857.9]Wk[

Power intake 62.192.122.1]Wk[

33.677.679

.7POC

Heat output 73.327.301.4]Wk[

Power intake 55.065.025.0]Wk[

01.696.698.7POC

15 10 7

Heat output 32.3101.3192.31]Wk[

Power intake 81.328.234.2]Wk[

COP 5.46 4.64 4.16

Heat output 93.760.861.9]Wk[

Power intake 75.185.145.1]Wk[

COP 5.95 5.10 4.72

Heat output 10.361.346.3]Wk[

Power intake 56.026.016.0]Wk[

66.460.539.5POC

15 10 7

Heat output 81.3141.3172.31]Wk[

Power intake 15.381.357.2]Wk[

COP 4.83 4.13 3.76

Heat output 90.727.718.8]Wk[

Power intake 17.127.137.1]Wk[

COP 5.08 4.49 4.15

Heat output 89.221.324.3]Wk[

Power intake 86.066.046.0]Wk[

83.417.433.5POC

15 10 7

Heat output 22.3141.3132.31]Wk[

Power intake 29.375.311.3]Wk[

COP 4.25 3.68 3.37

Heat output 88.624.793.8]Wk[

Power intake 49.129.139.1]Wk[

COP 4.34 3.86 3.54

Heizleistung 59.240.343.3]Wk[

Power intake 08.067.047.0]Wk[

17.399.315.4POC

15 10 7

Heat output 22.3171.3151.31]Wk[

Power intake 83.471.476.3]Wk[

COP 3.58 3.16 3.02

Heat output 66.631.709.7]Wk[

Power intake 72.282.222.2]Wk[

COP 3.56 3.13 2.93

Heat output 09.220.342.3]Wk[

Power intake 89.069.029.0]Wk[

59.231.345.3POC

W62

MAXNOMINALMIN

Water-inlet temperature [°C]

W50

MAXNOMINALMIN

Water-inlet temperature [°C]

W55

MAXNOMINALMIN

Water-inlet temperature [°C]

Water-inlet

temperature

[°C]

W35

MAXNOMINALMIN

Water-inlet temperature [°C]

W45

MAXNOMINALMIN

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Description

2.9. Performance data - cooling according to EN 14511

In order to guarantee a correct cooling mode, when working with unregulated direct-heating circles (without

cooling buffer), the following 3 requirements have to be fulﬁ lled:

1. To ensure the minimum volume of heating site, appropriate zones have to remain open all the time.

Minimum volume 80 lt.

2. To ensure the minimum ﬂ ow rate of heating site, appropriate zones have to remain open all the time.

Minimum ﬂ ow rate 1.01 m³/h

3. To ensure the minimum cooling output rate of distribution system, appropriate zones have to remain open

all the time. The minimum cooling output rate is 70 % of the minimum cooling output power of the heat-

pump at S30°C/W18°C. Minimum cooling power consumption 2.8 kW

All 3 requirements must be fulﬁ lled independently. This is possible applying the NAVIGATOR Pro. The entire

distribution system has to fulﬁ ll the 3 mentioned requirements.

To ensure a large cooling demand, the cooling limit has to be set as high as possible.

30 25

Cooling output [kW] 36.4189.31

Power intake [kW] 2.91 2.84

51.508.4REE

71.0107,9

1.53 1.41

81.743.6REE

50.458.3

0.47 0.39

63.0181.8REE

30 25

56.972.9

2.33 2.12

45.489.3REE

58.666.6

1.39 1.23

45.587.4REE

54.243.2

0.59 0.51

38.439.3REE

Flow temperature at W 7°C

MAXNENNMIN

MIN

Brine inlet temperature [°C]

Flow temperature at W18 °C

MAXNENN

Cooling output [kW]

Power intake [kW]

Cooling output [kW]

Power intake [kW]

Brine inlet temperature [°C]

Cooling output [kW]

Power intake [kW]

Cooling output [kW]

Power intake [kW]

Cooling output [kW]

Power intake [kW]

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Description

Heat output at ﬂ ow temperature 35°C

Heat output at ﬂ ow temperature 45°C

0

2

4

6

8

10

12

14

16

-6 -4 -2 0 2 4 6 8 10 12 14 16 18

Heat output [kW]

Brine-inlet temperature[°C]

MAX

NOMINAL

MIN

0

2

4

6

8

10

12

14

-8 -6 -4 -2 0 2 4 6 8 10 12 14 16 18

Heat output [kW]

Brine-inlet temperature [°C]

MAX

NOMINAL

MIN

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Description

Heat output at ﬂ ow temperature 55°C

Heat output at ﬂ ow temperature 62°C

0

2

4

6

8

10

12

14

-6 -4 -2 0 2 4 6 8 10 12 14 16 18

Heat output [kW]

Brine-inlet tem

p

erature

[

°C

]

MAX

NOMINAL

MIN

0

2

4

6

8

10

12

14

-6 -4 -2 0 2 4 6 8 10 12 14 16 18

Heat output [kW]

Brine-inlet temperature [°C]

MAX

NOMINAL

MIN

(C) IDM ENERGIESYSTEME GMBH Installation instructions TERRA SWM 17

Description

Heat output at ﬂ ow temperature 35°C

Heat output at ﬂ ow temperature 45°C

0

2

4

6

8

10

12

14

0246810121416

Heat output [kW]

Water-inlet temperature [°C]

MAX

NOMINAL

MIN

0

2

4

6

8

10

12

14

0 2 4 6 8 10121416

Heat output [kW]

Water-inlet temperature [°C]

MAX

NOMINAL

MIN

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Description

Heat output at ﬂ ow temperature 55°C

Heat output at ﬂ ow temperature 62°C

0

2

4

6

8

10

12

14

0246810121416

Heat output [kW]

Water-inlet temperature [°C]

MAX

NOMINAL

MIN

0

2

4

6

8

10

12

14

0 2 4 6 8 10121416

Heat output [kW]

Water-inlet temperature [°C]

MAX

NOMINAL

MIN

(C) IDM ENERGIESYSTEME GMBH Installation instructions TERRA SWM 19

Description

2.10. Limits of use

The TERRA SWM must only be used with the heat

media of brine or groundwater. No other heat media

are permissible. In addition, the heating of other ﬂ uids

as heating water is not permitted (for heating water

quality, see page 29).

Heat pumps are by nature subject to limits of use

based on pressure and temperature (see diagram).

It is not permissible to operate the TERRA SWM out-

side these limits of use.

Note:

The following safety devices are included to protect

the heat pump against faults:

- electronic high- and low pressure monitoring

- Flow-maximum temperature limiter with automati-

cally reset via the NAVIGATOR 2.0 control

Area of application for brine heat pumps

Area of application for groundwater heat pumps

-10 -5 0 5

20

30

40

50

60

10

[°C]

R410A

[°C]

10 15

0

20 25 30

62

Minimum brine-

inlet temperature -5°C

Brine-inlet temperature

Flow temperature

0 5 101520253035

20

30

40

50

60

10

[°C]

R410A

[°C]

62

Flow temperature

Ground water inlet temperature

Minimum ground water

inlet temperature 7°C

The maximum power of the TERRA SWM can be limited with the NAVIGATOR 2.0 control

Area application for cooling function

R410A

[°C]

15 25 30

20

30

10

[°C]

0

7

28

Heat source inlet temperature

Flow temperature

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Transport

In order to avoid damages during transport, the heat

pump should be transported to its ﬁ nal installation

site in packed condition on the wooden palett with a

forklift or hand lift truck.

The components and the tubing of the heating- and

heat source site must never be used to transport the

heat pump.

When heat pump is lifted from the wooden palett,

there is a risk of tilting. Therefore, the device must be

lifted and secured with a sufﬁ cient number of persons.

The weight of the heat pump must be considered!

Transport of the heat pump via stairways

The heat pump can be lifted down the stairways step

by step with a sack barrow. A sufﬁ cient number of

persons for securing the device during the transport

shall be present.

If the heat pump must be transported without the

wooden pallet and the protective wooden crate,

it is important that there will be no damage on the

housing.

3. Transport

Sack barrow

Transport facility over stairways for the TERRA SWM

Transport with Hand lift truck

Transport with fork lift

When transporting, the TERRA SWM may not be tilted more than 45°

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iDM TERRA SWM 3-13 Series Technical Documentation And Installation Instructions

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