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Related Manuals for Genvex COMBI BLUELINE
Summary of Contents for Genvex COMBI BLUELINE
- Page 1 INSTALLATION INSTRUCTIONS COMBI BLUELINE THE AIR WE BREATHE...
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Page 2: Table Of Contents
TABLE OF CONTENTS Safety Information ................................3 About the Product ................................4 Transportation and Storage ..........................4 Directions/Safety Instructions ..........................4 Product Description ..............................4 Combi Blueline Overview ..............................6 Installation .....................................7 Installation ...................................7 Connecting to a Water Mains ..........................7 Connecting to Condensate Drain .........................8 Duct connections ...............................9 Ducting System ............................... -
Page 3: Safety Information
Subject to design changes. Labelling The CE mark represents Genvex’s assurance that the product complies with all regulations laid down for the product in accordance with relevant EU directives. The CE mark is mandatory for most products sold in the EU,... -
Page 4: About The Product
Due to its high centre of gravity, the unit must be Description secured to prevent it from toppling during transportation. The Combi Blueline is a unit that comes ready to connect When using a sack trolley for transportation, it is impor- and consists of several important components, including... - Page 5 DHW capacity Defrosting The Combi Blueline unit has the capacity to heat 185 litres When the temperature difference between the temperature of domestic water to a temperature of 52°C within 8 hours, prior to the cooling coil and the temperature of the cooling...
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Page 6: Combi Blueline Overview
COMBI BLUELINE OVERVIEW 1. Dicharge air 2. Supply air 3. Extract air 4. Incoming air 5. I n ternet con nection 6. Display conn ection 7. Heating coil in let 3/4" RG 8. Heating coil outlet 3/4" RG 9. Hot water ou tlet 3/4" RG 10. -
Page 7: Installation
When fitting the piping in the dwelling, can take the total weight of the Combi Blueline when full of avoid contaminating the pipes. If required, flush water (400 kg). To ensure proper operation and allow for... -
Page 8: Connecting To Condensate Drain
Connecting to Condensate Drain A significant amount of condensate will form due to the cooling of the air that passes through the heat exchanger. The condensate drain from the supply and the extract air side of the unit is fitted with hoses that can be looped to form a condensate watertrap. -
Page 9: Duct Connections
Duct connections On the top of the unit a sticker indicating the connections of the Combi has been fitted. Supply Air The ducting system leading from the unit to the rooms of the house. Extract Air The ducting system leading from the house wet rooms to the unit. -
Page 10: Ducting System
Ducting System Supply Air and Extract Air Ducts To minimise heat loss from the ducting system in cold lofts, To build an airtight and durable ducting system, we recom- mend that the ducting system be made from spirally insulate the supply air and extract air ducts with a minimum flanged pipes using fittings with a rubber ring seal. -
Page 11: Insulation Of Ducts In Heated Spaces
Insulation of Ducts in Heated Spaces Solar collector output Solar collector input Genvex recommends, as follows: Supply Air and Extract Air Ducts If the loft is warm, insulate the supply air and extract air ducts with 50 mm of insulation followed by aluminium foil. -
Page 12: Electric Water Heater/Sensor/Anode/Thermostat
Electric Water Heater/Sensor/Anode/ Thermostat These are placed on the bottom front of the unit, behind the front cover and underneath a steel plate. The electric backup immersion heater will ensure that additional heating capacity can be applied if required. This could be beneficial for example if the full capacity of the Combi unit is dedicated to room heating or cooling. -
Page 13: Electrical Installation
Electrical Installation The connection to the mains must be performed by a certified electrician. (See the enclosed electrical diagram). On the top of the unit it is possible to connect an internet connection for the connectivity features of the Combi. Furthermore a Optima Touch display can be connected. -
Page 14: Optimal Fine-Tuning Of The System
Optimal Fine-Tuning of the System Initial Operation of the Water Circuit Use air-measuring equipment. Check that all 5 items in the • Fill the tank via the connector spigot and then air it out by section above have been carried out before performing the leaving one of the uppermost hot water spigots open until fine-tuning. -
Page 15: Heat Exchanger Operation
Heat Exchanger Operation Do not set the water temperature higher than necessary. The lower the temperature, the higher the efficiency of the Heating Boiler unit. Only use high temperatures when necessary Heat exchanger operation is used if you, for example, only want to heat water via an external heating boiler in the winter (an oil burner, for example). -
Page 16: Electrical Diagrams
ELECTRICAL DIAGRAMS Optima 314 Mains connection 1x230VAC, L-N-PE Max: 13A Sensor T1 Supply air 22k ohm DHW heater 1000W Sensor T2 Extract air 22k ohm Sensor T3 Outdoor air 22k ohm Electric Pre/re-heater Max 1200W Sensor T4 Exhaust air 22k ohm Potential free input for optional: High pressure switch Humidistat, Extractor hood... - Page 17 Exhaust air fan 0-10V + Tacho H10: AUX relay H10 230V L11: Modbus - Fire box ES1048B H11: Modbus - District heating ES1048B Combi Blueline relay box ES1095 230V L12: H12: Modulating Preheating Not in use Modulating Reheat H13: L13:...
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Page 18: Flow Diagram
FLOW DIAGRAM Outdoor air Extract air Counterflow heatexchanger Discharge Supply air Sensors T1: Supply air T2: Extract T3: Fresh Air T4: Discharge air T5: Before cooling coil T6: Cooling coil T7: Tank, top T8: Tank, bottom T9: Solar collector (optional) RH: Humidity sensor T10: Superheat temp sensor (cooling mode) T11: Superheat temp sensor (heating mode) -
Page 19: Hydraulic Connections
HYDRAULIC CONNECTIONS Heating circuit Supply air/Extract air heat pump Pump Heating Boiler Circulation pump Boiler Temperature sensor Emptying Cold water connection Drain valve lowermost to drain unit 1: Check valve 2: Pressure reducing valve If you connect your heat pump to a boiler or a solid fuel 3: Test valve boiler, make sure that the maximum temperature of the 4: Non-return valve... -
Page 20: Modes Of Operation
MODES OF OPERATION Combi Blueline - 1 x E-Ventil - Version 2 Waterheating Komponentliste: ndopvarming E-Ventil: Danfoss g = MA4 - MA5 - MA6 Elektrisk ekspansionsvent varming = MA3 - MA5 034G5095 uft = MA2 - MA6 - MA7 Spole til elektrisk ekspans... - Page 21 Combi Blueline - 1 x E-Ventil - Version 2 Active air cooling Komponentliste: d Luft E-Ventil: Danfoss g = MA4 - MA5 - MA6 Elektrisk ekspansionsvent varming = MA3 - MA5 034G5095 uft = MA2 - MA6 - MA7 Spole til elektrisk ekspans...
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Page 22: Spare Parts
SPARE PARTS Pos. Stock nr. Part 070056 Fan 90W 060701 Filter - ePM1 / F7 - 50 mm. 069779 Sideplate +R, RAL 9016 060537 Bypass motor 060776 Filter - Coarse / G4 - 25 mm. 041162 Heat exchanger - GS 25 X 420 ALU 043062 Top Front door 042897... -
Page 23: Declaration Of Conformity
DECLARATION OF CONFORMITY The declaration of conformity can be found on our website: www.genvex.com... -
Page 24: The Air We Breathe
Please visit www.genvex.com to see a list of our distributors KVM-Genvex A/S • Sverigesvej 6 • DK-6100 Haderslev • Tel.: +45 73 53 27 00 • salgogsupport@genvex.dk • www.genvex.com...
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