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GB
Installation Manual
·
Vanvex R
Domestic water heat pump
Version V6.01 - 0408
Table of Contents
5.
4.
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
3.
3.1
3.2
3.3
3.4
3.5
1. ABOUT THE PRODUCT ......................................3
1.1
1.2
1.3
1.4.
Scope of delivery ..................................................3
Product description ...............................................3
Technical data ......................................................3
Refrigerant circuit – description ............................3
1.4.1 Cooling system - description ................................3
1.4.2 Electrical circuit - description ................................3
1.4.3 Water circuit – description ....................................3
1.4.4 Requirements circuit .............................................4
1.5 Water circuit - description .....................................5
1.5.1 Requirements for the water circuit ........................5
1.5.2 Dimensions ...........................................................5
1.5.3 Water circuit – hydraulics diagram .......................6
1.6 Electrical schematic ..............................................7
2. BEFORE INSTALLATION / PLACEMENT INTO
SERVICE ..............................................................8
2.1 Important safety instructions ................................8
2.1.1 Cooling system – safety instructions ....................8
2.1.2 Electrical circuit – safety instructions ....................8
2.1.3 Water circuit – safety instructions .........................8
2.2
2.3
Delivery ................................................................8
Storage .................................................................8
2.4 Transport ..............................................................8
2.4.1 Transport with forklift ............................................8
2.4.2 Unloading the heat pump .....................................8
2.4.3 Transport with trolley ............................................8
2.5
2.6
Placement / set-up ...............................................8
Connection of water pipes ....................................9
INSTALLATION .................................................. 11
Water connection ................................................ 11
Placement of pipe connections .......................... 11
Connection of condensation drain ...................... 11
Air intake and exhaust ........................................ 11
Checking ............................................................ 11
PLACEMENT INTO SERVICE / OPERATION ...12
Demands to the hot water circuit ........................12
Starting to use of the water circuit ......................12
Placement into service of the water circuit .........12
Electricity – connecting .......................................12
The cooling circuit ..............................................12
Hints for energy savings .....................................12
Hints for fan operation ........................................12
Checking ............................................................12
SERVICE / MAINTENANCE ..............................12
EEC - Declaration of conformity
2
- Technishce Änderungen vorbehalten -
Installation Manual
1. About the product
When construction and building the heat pump all relevant
EU guidelines have been followed. (Also se EU-declaration of conformity)
Any work carried out on this unit may only be done by skilled personnel. Take all necessary precautions to avoid accidents.
1.1 Scope of delivery
• Heat pump with built-in controls
• Installation manual with technical data
• Operating instructions
1.2 Product description
Vanvex R is a domestic water heat pump with a condenser on the outside of the tank. The application area and operating principles of the heat pump are specified in the operating instructions.
1.3 Technical data
Domestic wter container
Material
Net volume
Airflow volume
Airflow volume
Steel specially enamelled
Litre 285 m³/h 250
1.4 Refrigerant circuit – description
The cooling system is used for processing the heat in the inlet air. This is the manner by which the extracted heat is transferred to the water. This process is only possible with the external addition of energy, which takes place in the compressor.
In the vaporiser, heat is absorbed from the air and refrigerant in gaseous form and fed to the compressor. In the compressor, the refrigerant is raised up to a higher pressure and energy level, so it can deliver the heat to the water through the condenser pipe, which is coiled around the tank. The condensed coolant fluid is throttled down to a lower pressure using the expansion valve so it becomes possible to repeat the cooling cycle in the vaporiser.
Performance data
Performance specified for heating of domestic water from
15°C to 45°C kW 1,52 Thermal output (with air 15°C / water 15°C – 45°C
Power input (with air 15°C / water
15°C – 45°C) kW 0,43
COP (with air 15°C / water 15°C
– 45°C)
Power consumption electrical cartridge / heating elemen
kW
3,54
1,5
1.4.1 Cooling system - description
The skilled technician must make sure that all refrigerant carrying parts are emptied to a level where work may be carried out without any risk to people or materials, before repairs and services are carried out.
When repairing and servicing the heat pump in which the refrigerant system has to be opened, always take extra care.
If the use of an open flame is needed, (Welding, soldering etc.) special care must be taken in order to prevent fire.
Operating range / limits
Max. air temperature
Max. water temperature
Max. water temperature (with operation of heat pump and electric cartridge)
°C
°C
°C
35
55
65
1.4.2 Electrical circuit - description
When work is carried out on the heat pump, the main supply must be disconnected. (Pull the plug)
When the unit is connected to the supply all local and national regulations must be followed, along with the demands from the power supplier.
Sound level
1 meter in front of unit dB(A) 52
1.4.3 Water circuit - description
Only water in drinking quality may be used. During installation the choice of material must be taken into account, and made sure those are compatible in the entire circuit. Safety equipment must be installed to prevent over pressure in the system.
All pipe work must comply with water safety regulations.
3
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1.4.4 Refrigerant circuit
4
8
9
5
6
7
2
3
4
Component overview
No.:
1
Description
Compressor
Condenser
Vaporiser
Centrifugal fan
Expansion valve
Drying filter
Pressure switc
Magnitic valve
One way valve
- The right to make changs is reserved -
1.5 Water circuit – description
Water circuit will be constructed with respect to the applicable norms and requirements.
Please see the specifications in sections 3.1. and 3.2
1.5.1 Requirements for the water circuit
Depending upon the materials used in the water circuit of the dwelling, incorrect material combinations can lead to corrosion damage due to galvanic corrosion.
This requires special attention with the use of galvanised components and components that contain copper
1.5.2 Dimensions
Ø 660
A
Installation Manual
14
12
13
9
10
8
12
-2
A
SECTION A-A
1
5
6
4
15
7
2
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
Vanvex R:
1.
2.
Supply air
Exhaust air
Circuit board
Condensate drain
Compressor
Magnetic valve
Non return valve
285 liter boiler
Service connecting
1,5 kW electric heating element
Anode
Cold water connecting 3/4” AG
Hot water circulation 3/4” AG
Hot water connecting contact 3/4” AG
High pressure switch
3
- The right to make changs is reserved -
5
Installation Manual
1.5.3 Water circuit – hydraulics diagram
7
8 varmt vand warm water
Warmwasser cirkulation circulation
Zirkulation
1
8
8
7 til sikkerhedsventil to safety valve nach Sicherheitsventil tilslutning koldt vand cold water connection
Kaltwasseranschluss
1 6
5
4
3
1
1 - Main valve
2 - Reducing valve
3 - Test valve
4 - Contra valve
5 - Manometer adapter
6 - Circulation pump
7 – Screwed connection with coupling
8 – ¾”
7 tømning draining
Entleerung
• Drinking water filter (DIN 1988) in hose service
connection
• Safety valve (p = 6 bar) to be mounted above
the edge of the tank
• Valve at the lowest point for draining
1
6
- The right to make changs is reserved -
4 2 1
1.6. Electrical shematic
PC-COM
Installation Manual
P
T1.6AH
- The right to make changs is reserved -
Plads 1 & 2: Ekstra funktion T9 - 230 V max. 800 W Place 1 & 2: Extra function T9 - 230 V max. 800 W Platz 1 & 2: Extra Funktion T9 - 230 V max. 800 W
7
Installation Manual
2. Before Installation /
Deliverance
Heat pump including controller
Installation manual with technical data
User manual for controller
2.1 Important safety instructions
In the design and implementation of the Vanvex R, all relevant EU guidelines have been adhered to.
Work on the Vanvex R may only be performed by trained personnel! Take all necessary precautions in order to avoid accidents while working!
2.1.1 Cooling system – safety instructions
The trained repairman must see to it that parts containing the refrigerant are emptied to a level at which the execution of the work can occur in a responsible manner without any dangers, before the commencement of repairs and service work.
When repairing and servicing the Vanvex R with the refrigerant system opened, and particularly for work with an open flame (soldering, welding, etc.), precautions must be taken to prevent fires from starting.
2.1.2 Electrical circuit – safety instructions
When working on the Vanvex R, the main supply must always be disconnected – pull the plug out!
When connecting the Vanvex R to the power supply, the local and national rules and norms must be adhered to.
In addition, regard must be paid to possible requirements posed by the energy supplier.
2.1.3 Water circuit – safety instructions
Only drinking water quality water may be used. During installation, regard must be paid to the choice of materials and it must be ensured that they can work together without problems in the entire circuit.
Special attention must be paid when using galvanised components and components containing aluminium!
Safety equipment must be installed to prevent over pressure in the system.
All pipe work must comply with water safety regulations.
2.2 Delivery
The Vanvex R is delivered without water, condense water tube and the safety equipment for the water circuit.
2.3 Storage
The Vanvex R must be stored upright without water and in its packaging.
2.4 Transport
When carefully transporting the Vanvex R over short distances, it can be tilted up to 45°C. If this limit is exceeded, the Vanvex R must stand in its normal upright position for at least 1 hour before it may be started.
Transport and storage may take place at temperatures between -10 and +50 °C.
The Vanvex R’s top / casing is not suitable for lifting with and must be carefully avoided during transport.
2.4.1 Transport with forklift
For transport with a forklift, the Vanvex R must stand on the associated transport frame. Always lift it slowly. Due to the high position of the centre of gravity, the Vanvex R must be secured against tipping during transportation.
2.4.2 Unloading the heat pump
In order to avoid damages, the Vanvex R must be unloaded on a flat surface.
2.4.3 Transport with trolley
The Vanvex R may only be transported on an associated transport frame.
The Vanvex R must be secured against sliding on the trolley.
Water connections, etc., may not be used for transportation purposes.
Make sure that the trolley does not damage the cabinet and the connections.
2.5 Placement /set-up
The Vanvex R may only be installed in a frost-free room.
The installation location should comply with the following criteria:
• Room temperature between 0 and +35°C.
• Drain possibility for condensate water.
• No abnormal dust concentration in the air.
• Solid base (approx. 500 kg / m²)
• To achieve problem-free functioning and to allow access for service, it is recommended that 0.5 m free space be maintained around the unit.
Set-up sequence:
1. Remove the packaging from the pallet.
2. Remove the transport fittings from the pallet.
3. Take the Vanvex R off the pallet and place it at the desired location.
Adjust the Vanvex R vertically by adjusting the feet.
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Installation Manual
2.6 Connection of water pipes
During installation the actual pressure and pressure losses must be taken into account regarding pipe dimensions to assure sufficient pressure and water flow rates.
The plumbing must be carried out according to regulations.
The piping can be made of flexible or solid materials. Care must be taken in respect to corrosion to avoid damages.
As for all pressurerized containers the heat pump must also be equipped with safety and check valves on the supply side.
Cold water inlet and hot water outlet is located under the tank (3/4” thread connectors).
The maximum working pressure is 10 bars, and the maximum working temperature is 65°C.
If necessary, the supply pipe must be equipped with a pressure reduction valve and eventually a filter.
When installing the pipe work in the house any dirt in the pipes must be avoided. (Eventually flush the pipes with clean water before the heat pump is installed)!
When the pipes are connected make sure the pipes are not twisted. Use tools to hold the pipes against twisting!
If no recirculation is needed make sure the recirculation connector is closed!
Water connection
Under the heat pump the connections are located:
Condenswater drain hose
Cold water inlet / Recirculation / Hot water outlet
No holes may be drilled. It cut damage the winded condenser
1. Screws to be removed (hexagonal head).
2. Screws to be removed
3. Removal of screws
- Technishce Änderungen vorbehalten -
9
Installation Manual
4. Removal of product:
a: Glide product carefully to one side a bit.
b: Bow over to the same side together with 2 pcs. of wood
beneath.
7. Removal of 1st piece of wood (can be released if product
bowed a bit to one side).
5. Carry on with removal:
c: Remove the lower part of the palette while keeping the
product in an angle position, still with 2 pcs. wood be-
neath.
8. Removal of 2nd piece of wood (bow the product a bit to
another side to release it).
6. Product on floor with 2 pcs. of tree
10
9. Palette removed.
- Technishce Änderungen vorbehalten -
Installation Manual
3. INSTALLATION
3.1 Water connection
During installation, regard must be paid to the dimensions of the pipes with respect to the pre-existing water pressure and the pressure loss in order to ensure sufficient pressure and water flow rates at the draw-off point.
The maximum working pressure is 10 bars, and the maximum operating temperature is 65°C. If necessary, the supply pipe must be equipped with a pressure reduction valve and possibly a filter.
As for all pressure vessels, the Vanvex R’s connections must also be equipped with an approved safety valve on the service side and an approved check valve on the supply side.
All pipe work must comply with water safety regulations.
60 mm
If mounting of the air trap is omitted, water damage or damage to the Vanvex Lite can arise!
If the air trap is not correctly mounted, the warranty will not apply!
3.4 Air intake and exhaust
Make sure that there is sufficient free-space around the
Vanvex R.
3.2 Placement of pipe connections
Hot water outlet is mounted on the upper connecting branch. (¾” RG)
If the unit is used with the circulation of the hot water supply, the middle connecting branch is used as a return path. (¾” RG)
Inlet of fresh cold water is mounted on the bottom connecting branch. (¾” RG)
It is recommended to use 3/4 flextube for the connection of the
Waterconnection, to avoid possible sound from the vibration.
No holes for fittings or the like may be drilled in the product!
Such would be able to damage the functionality of the product and cause the product to have to be scrapped!
3.3 Connection of condensation drain
While the Vanvex R is running, some condensation water will occur, which is conducted to the drain connecting branch
(1).
The quantity of condensation water depends upon the humidity of the air going through the inlet to the Vanvex R.
The condensation connecting branch must be equipped with a hose with a tight air trap, and run to a drain. The air trap must contain a water column of at least 60 mm.
It is also possible to use other tight air traps, like a tube with one turn.
1
Inlet air
The inlet air may not be polluted with aggressive components! (Ammonia, sulphur, chlorine etc.)
Parts in the system may be damaged.
Air connectors
Inlet and outlet ducts must be made of smooth pipes to minimize pressure losses. Consider the fan working pressure and the duct resistance during installation. (See technical data).
It is advised to install the air ducts that are placed near the heating pump, levelled or with a light fall towards the extract air outlet to avoid leaking of condensed water, easy to cut of.
This will avoid leaking of condensed water from the ducts.
When air ducts are placed outside the building the back pressure valve (with a small resistance) should be placed to ensure no cold air is entering the room in the winter time and when the heating pump is standing still.
The heating pump may only be used with the tank filled up!
The unit must always be disconnected from the power before the front door is removed. When the unit is disconnected from the power please wait until the fan has stopped before opening the front doors!
Before starting up the unit please ensure that all cables and electric plugs are connected correctly and the cable and plug between the display in the door and the circuit board are connected!
It is advised to insulate all ducts to lower heat loss and to lower the noise level.
3.5 Checking
After the installation, it is recommended that the checks be performed to ensure that the connections are sealed and that the drainage of the condensation water is unobstructed.
11
- Technishce Änderungen vorbehalten -
Installation Manual
4. Placement into service / operation
The heat pump may only be started with a full water tank!
The unit must always be disconnected from the power supply when the front cover is opened!
When the unit is disconnected, wait for the fan to stop completely before the cover is opened!
Before starting the unit makes sure all connectors are in place, and make sure the cable between display and controller is mounted correctly!
4.1 Demands to the hot water circuit
In the hot water system the following materials may be used:
- Copper
- Stainless steel
- Brass
- Plastics
Depending on the used materials in the water circuit (in the house) wrong combinations of materials may lead to corrosion damages. Special attention is required when using galvanized steel or aluminium materials.
4.2 Starting to use of the water circuit
- Fill the tank using the valve on the supply line, and let the air out through one of the upper hot tap water valves until air no longer is present in the tapped water.
- Check the entire water circuit for tightness.
- Connect the heat pump to the power supply.
After starting to use the system the entire water circuit must be checked for tightness.
4.6 Hints for energy savings
Do not set the water temperature higher than necessary.
The best utilisation of the Vanvex Lite occurs at low water temperatures.
The use of circulation will increase the energy consumption of the heat pump significantly.
4.7 Hints for fan operation
When using ductwork it may be necessary to run the fan on a higher speed to compensate for the pressure losses.
4.8 Checking
After completing installation it is advised to check all connections etc. to ensure they are tight and to check that condensate water can flow to the drain unrestricted.
For servicing please refer to user manual.
5. Service / Maintenance
For maintenance, refer to the operating instructions.
4.3 Placement into service of the water circuit
Fill the container via the connecting branch, and aerate the tank by letting one of the hot water taps located at the highest elevation within the dwelling stand open until air no longer comes out with the water.
The container can normally hold 290 litres of water.
Check the entire circuit to be sure it is sealed.
4.4 Electricity – connecting
Connect the Vanvex Lite to the public electrical grid.
4.5 The cooling circuit
The cooling circuit is delivered ready to run and no work need be performed on it. The electronic controls automatically take over all functions concerning the operation of the compressor as well as the ventilator.
If needed, set the controls to the desired water temperature.
The factory setting is 50° C (see the operating instructions for more detailed directions).
12
- Technishce Änderungen vorbehalten -
Note
- The right to make changs is reserved -
13
Note
14
- The right to make changs is reserved -
- The right to make changs is reserved -
15
Genvex World Wide:
Austria
J.Pichler Lufttechnik GmbH
A-9021 Klagenfurt
Tel.: +43 (0) 463 / 3 27 69
Fax: +43 (0) 463 / 3 75 48
E-Mail: [email protected]
Belgium
Artiklima bvba
B - 9220 Hamme
Tel.: +32 (0) 52 41 25 41
Fax: +32 (0) 52 41 29 66
E-Mail: [email protected]
Croatia
Pichler & CO d.o.o.
10000 Zagreb
Tel.: + 385/ (0) 1/ 65 45 407
Fax: + 385/ (0) 1/ 65 45 409
E-Mail: [email protected]
Denmark
Genvex A/S
DK - 6100 Haderslev
Tel.: +45 73 53 27 00
Fax: +45 73 53 27 07
E-Mail: [email protected]
Germany
Novelan GmbH
D-95359 Kasendorf
Tel.: +49 (0) 92 28 / 99 60 7-0
Fax: +49 (0) 92 28 / 99 60 7-189
E-Mail: [email protected]
Great Britain
Total Home Environment Ltd
GB- Moreton in Marsh, GL 56 0JQ
Tel.: +44 (0) 845 260 0123
Fax: +44 (0) 1608 652490
E-Mail: [email protected]
Ireland / N.I.
ECO Systems Ireland Ltd
Co. Antrim BT54 6PH
Tel.: (UK 028) (ROI 048) +44 2076 8708
Fax: (UK 028) (ROI 048) +44 2076 9781
E-Mail: [email protected]
Norway
Beam Sentralstøvsuger A/S
N - 1313 Vøyenenga
Tel.: +47 - 67 17 77 00
Fax: +47 - 67 17 77 10
E-Mail: [email protected]
Portugal
Iberterm
PT-4475-493 Nogueira Maia
Tel: +351 229 065 123/4
Fax: +351 229 065 125
E-Mail: [email protected]
Web: www.iberterm.com
Slovenia
Pichler & CO d.o.o.
2000 Maribor
Tel.: +386/ (0) 2/460 13 50
Fax: +386/ (0) 2/460 13 55
E-Mail: [email protected]
Switzerland
SM-HEAG Klimatechnik AG
CH-8307 Effretikon
Tel.: +41 (0) 52 / 355 11 00
Fax: +41 (0) 52 / 355 11 05
E-Mail: [email protected]
Intelligent ventilation appliances from
Genvex
As a ventilation specialist, our spectrum of innovative ventilation engineering solutions: From passive ventilation appliances with highly efficient counterflow heat exchangers, to machines with integral heat pumps, able to heat and cool at the lowest cost.
Ceiling appliances for retrofitting in office and residential blocks are also available.
Want to know more? Write or give us a call!
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Published by Genvex A/S, Sverigesvej 6, DK-6100 Haderslev
www.genvex.dk
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Table of contents
- 3 Refrigerant circuit – description
- 3 Cooling system - description
- 3 Electrical circuit - description
- 4 Requirements circuit
- 5 Water circuit - description
- 5 Requirements for the water circuit
- 5 Dimensions
- 8 SERVICE
- 8 Placement / set-up
- 12 Demands to the hot water circuit
- 12 Starting to use of the water circuit
- 12 Hints for energy savings
- 12 Hints for fan operation
- 12 SERVICE / MAINTENANCE