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Subject to Technical Modifications of Combi 185 S/LS

Insulation of ducts in 

heated spaces

Genvex recommends as follows:

Supply air and extract air ducts

In warm loft spaces the supply and extract channels must 

be insulated with 50 mm insulation.

Supply and extract air ducts led through heated spaces in 

dwellings do not require insulation. If the supply air duct 

has cooling, bypass or earth heat exchanger installed it 

must be insulated.

Fresh-air and discharge ducts 

In warm loft spaces and warm rooms in dwellings the fresh 

and exthaust air ducts must be insulated with minimum 50 

mm insulation. In addition, the insulation must be covered 

externally with plastic film or aluminium foil in order to 

avoid condensate in the insulation.

We recommend an insulation of 100 mm on the fresh air 

duct when installing a earth heat exchanger.

Refer to your local distributor for guidance on national 

insulation directives. 

Optional connection of a  

heat-exchanger

The S-models have a heat-exchanger of 0,8 m² mounted 

in the tank. A sensor which controls external connections, 

such as solar cells, an oil burner or a wood burning boiler 

can also be mounted in the sensor pocket. Maximum 

diameter of the sensor is 6 mm.

When fitting the piping system in a dwelling, contami

-

nation of the pipes must be avoided. (If required, flush 

the piping system with clean water before the unit is 

connected). When fitting pipes, it must be ensured that 

the pipe connections are not twisted.  

Use a pipe wrench to apply counter pressure. If recircu-

lation is not utilized, it must be ensured that the recircu-

lation pipe connection has been tightened properly.

Water connection

The following connectors are placed under the unit: 

Condensation drainage hose

¾” RG branch pipe for: Cold water / Recirculation / Hot water

¾” RG branch pipe (2 units) for an extra spiral 

(S-models only)

Electrical water heater / 

sensor / anode

In the center on the front, behind a steel plate.

Electrical water heater       Sensor        Anode

Electrical installation

The hook-up to electrical power must be performed by a 

certified electrician. (See the enclosed electrical diagram).

The cable connecting the unit to the Design control panel 

must be a 4-conductor, 0,25 mm cable with a maximum 

length of 50 m.

The unit may only be operated with a full tank.  

The unit must always be disconnected from the electrical 

power source before the front hatch is dismantled.

Once the unit has been disconnected from the power 

main, you must wait until the fan has come to a standstill 

before the hatch is opened.

Holes may not be drilled in the unit. 

Sun collector outlet

Sun collector inlet

Warm water

Cirkulation

Cold water

Summary of Contents for Combi 185 LS

Page 1: ...erigesvej 6 DK 6100 Haderslev Tel 45 73 53 27 00 salg genvex dk genvex dk COMBI 185 S LS VENTILATION HEAT PUMP AND SANITARY HOT WATER WITH ELECTRIC DIAGRAM FOR OPTIMA 311 UK Version 02 07 2014 INSTALL...

Page 2: ...ducts in heated spaces 7 Water connection 7 Electrical water heater sensor anode 7 Electrical installation 7 Check and initial adjustment of the system 8 Optimal initial adjustment of the system 8 Re...

Page 3: ...185 uses only about 30 of the electric energy which a directly heated tank would consume Coolant Circulation Coolant circulation takes place within a self contained circuit where the HFCKW free coolan...

Page 4: ...fficient pressure and water where this is drawn Those aspects of the installati on which concern water must be performed in accordance with local HWS regulations Water pipes can either be made hard or...

Page 5: ...is to be connected to the various connectors Fresh air FRONT Exhaust air Supply air Extract air Connect air Supply air The ducting system leading from the unit to air injected into the living quarter...

Page 6: ...lation of ducts in cold spaces In order to exploit the unit s high recovery potential efficiency it is necessary to insulate the ducts correctly Genvex recommends as follows Supply air and extract air...

Page 7: ...fitting the piping system in a dwelling contami nation of the pipes must be avoided If required flush the piping system with clean water before the unit is connected When fitting pipes it must be ens...

Page 8: ...can be put into opera tion The system should be adjusted initially for basic ventila tion which is speed 2 In order to reduce energy consump tion as much as possible the overall atmospheric volume sho...

Page 9: ...be utilized if a wood burning furnace or a solar cell installation is to support the function of the unit Via sensor T9 see the diagram the temperature in the wood burning furnace or the solar cell i...

Page 10: ...10 Subject to Technical Modifications of Combi 185 S LS Electric diagram Optima 311 with ES 960 PCB...

Page 11: ...11 Subject to Technical Modifications of Combi 185 S LS PCB ES 960 for Optima 311...

Page 12: ...heat exchanger MA2 Supply air T4 T5 T3 T6 T1 T7 T8 Hot water container Heat coil KV VV T9 Solar collector T2 Controller panel Extract air Fresh air MA4 Sensors T1 Supply air T2 Room T3 Fresh air T4 E...

Page 13: ...maximum tempera ture of the sanitary hot water does not transgress 65 C and the pressure in the accessory heat exchanger is not more than 3 bar Boiler Heater circuit Heat pumo Sensor lead 1 Non return...

Page 14: ...14 Subject to Technical Modifications of Combi 185 S LS...

Page 15: ...Genvex A S Sverigesvej 6 DK 6100 Haderslev Tel 45 73 53 27 00 salg genvex dk genvex dk...

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