Related Manuals for Gorenje Aerogor ALL-IN-ONE 10 AS
Summary of Contents for Gorenje Aerogor ALL-IN-ONE 10 AS
- Page 1 USER MANUAL www.gorenje.com Aerogor ALL-IN-ONE Inverter 10 AS Aerogor ECO Inverter 10A, 10AS & 13A, 13AS Aerogor POWER Inverter 15A, 15AS & 18A, 18AS www.gorenje.com...
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Page 3: Table Of Contents
BEFORE USE ........................ 1 SAFETY WARNINGS ....................1 Principle of operation of the heat pump ................3 THE BASIC PRINCIPLE OF OPERATION OF A HEAT PUMP ....... 3 INVERTER HEAT PUMP ..................3 OPTIMISATION OF HEATING COSTS ..............3 2.3.1 Selection of heat pump .................. - Page 4 Heating/Cooling Restarts Based on ∆T ............20 9.1.2 ∆T Compressor Speed Reduction ..............20 9.1.3 9.1.4 Set temp. For cooling ..................20 9.1.5 Heating Curve ....................20 9.1.5.1 SETTING THE HEATING CURVE FOR THE FIRST HEATING CIRCUIT ...21 9.1.6 Room temp. effect on Heating Curve ..............22 9.1.7 Ideal Room temp.
- Page 5 9.4.5 Reheating Set Temp..................28 Reheating Restart ∆T Setting ................28 9.4.6 REDUCED SETPOINT ...................29 9.5.1 Reduced Setpoint ....................29 9.5.2 Temp. Drop/Rise .....................29 9.5.3 Timer for Reduced Setpoint Function ..............29 9.5.4 Quiet Operation ....................29 9.5.5 Allowable Temp. Drifting .................30 9.5.6 Timer for Quiet Operation ................30 ANTI –...
- Page 6 9.14 OTHER OPTIONS....................37 9.15 UNIT REAL-TIME DATA ..................37 ERROR CODES ......................38 10.1 ERROR CODES SHOWN ON THE DISPLAY ............38 10.2 ERROR CODE MENU ...................38 10.2.1 ACCESSING THE ERROR CODE MENU ............38 10.2.2 INFORMATIONS IN THE ERROR CODE MENU ..........38 10.2.3 INFO PAGE ....................39 10.3 ERROR CODE LIST ....................41 Cleaning the magnetic / Dirt filter Caleffi ..............45...
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Page 7: Before Use
Gorenje! This appliance is not intended for Pouring of water or any other use by people with reduced physical,... - Page 8 (water or a mixture of water and concentrate antifreeze) can freeze if the heat pump is not under voltage for a longer time. This may cause major damage to the heat pump and on the system itself. For further information, please contact an authorized Installer or Gorenje HVAC.
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Page 9: Principle Of Operation Of The Heat Pump
RINCIPLE OF OPERATION OF THE HEAT PUMP THE BASIC PRINCIPLE OF OPERATION OF A HEAT PUMP A heat pump operates similarly as a refrigerator. In a refrigerator, liquids evaporate due to received thermal energy from the surrounding air and this energy is emitted at a desired spot during condensation (Carnot’s cycle). -
Page 10: In Time Of Absence
2.3.4 In time of absence Complete shutdown of a heat pump can lead to higher heating costs. We recommend using the vacation mode, which lowers the temperature of heating and domestic water during your absence, but does not allow the system to get completely cold, which would cause higher heating costs upon system restart. - Page 11 – Incorrect ventilation of premises (when ventilating rooms, make sure the radiators are closed); – The charged quantity of used heat for central heating of premises depends mainly on the average outside temperature, so the consumption increases in the start of the heating season, usually achieves the highest value in January, and decreases at the end of the heating season;...
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Page 12: Emergency Operation
4 EMERGENCY OPERATION Emergency operation is the operation of a heat pump with auxiliary heating sources such as electric heaters, gas furnace, oil furnace or other heating source controlled by the heat pump. Emergency operation is divided into Automatic and Manual operation. Automatic Emergency Mode: If the control detects that it cannot run the heat pumps as sources of heating due to possible errors, additional heating sources for heating system and heating sanitary water will be... - Page 13 Emergancy switch in OFF position – Heat pump works according to teh settings on the main controller (tuch-screen controll panel) Emergancy switch in ON position – Setting of teh main controller (tuch-screen controll panel) will be disabled. All Circulating pumps (P0, P1, P2 an P3) start to work (always ON). Temperature controll is only with Digital thermostat (controlling the set temperature of electrical heaters).
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Page 14: Location Of The Emergency Switch
4.1 LOCATION OF THE EMERGENCY SWITCH ALL-IN-ONE Inverter AS gorenje AEROGOR Inverters AS gorenje... - Page 15 Digital thermostat controls the max flow temperature in case of Back-Up or Auto– Emergency operation. In the Back-Up and Auto–Emergency operation, the Main controller is still controlling the heating temperature. Auto – Emergency operation Example: If the Unit turns ON the Back-Up heaters or Emergency operation and the setting on the Digital thermostat is set to 30°C, the heaters will work only until 30°C and then switch OFF regardless of the demand from the main controller.
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Page 16: Control Unit
5 CONTROL UNIT DESCRIPTION OF SYMBOLS ON THE CONTROL UNIT e) Display of current operation mode Additional features, Communication operation modes g) Warning or Error h) Power ON/OFF g) Heating of domestic water b) Heating or cooling Settings a) Operation mode a) Operation mode This symbol shows the operation mode of the heat pump. - Page 17 QuickHeat DHW (Fast heating of the DHW to the set value with the help of additional heating sources. During QuickHeat, heating of premises is switched off. When the set value of DHW water is achieved, the unit continues in normal operation). If the “Pause”...
- Page 18 f) Additional features, modes of operation This symbol appears when the reduced setpoint for heating is on (see chapter Reduced Setpoint for Heating). This symbol appears when the “Floor Curing” feature is on. This symbol appears when the heat pump is in the “Anti-Legionella” mode. This symbol appears when “Electrical Utility Lock”...
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Page 19: Description Of Temperatures On The Control Unit
DESCRIPTION OF TEMPERATURES ON THE CONTROL UNIT Current and desired temperature of domestic water m) Room k) Current and temperature desired temperature n) Temperature of heating / of domestic cooling water Ambient temperature j) Current and desired temperature of domestic water Two temperatures are displayed: Above –... -
Page 20: Rising / Lowering The Room Temperature
6 RISING / LOWERING THE ROOM TEMPERATURE There are two posibilitis, to contrll the room temperature: Exclusively accordint to Ambient temperature (Outdoor temperature) 2. Combination of Ambient temperature and Room temperature XCLUSIVELY ACCORDING TO AMBIENT TEPPERATURE By pressing in the middle of the house an additional window appears. First window is for setting the Paralel move of the Heating curve for the First Heating Circuit. -
Page 21: Quick Settings
7 QUICK SETTINGS What is a parallel move of the heating curve? At start-up, the heating curve is adjusted according to the heating system (Floor heating system, Radiators, Fan coils) and desired room temperature. The setting can be changed from the Main screen, but only the complete move of the heating curve and not each reference point separately. -
Page 22: Setting The Parallel Move Of The Heating Curve - Heating
7.1.2 SETTING THE PARALLEL MOVE OF THE HEATING CURVE – HEATING CURVE 2 PARALLEL MOVE OF THE HEATING CURVE 2 IS AVAILABLE ONLY WHEN USING TWO HEATING CIRCUITS! By pressing on the room temperature display, an additional window appears. System 1 Heating Curve Parallel Move 2: 0°C Cancel First the window for parallel move of the first heating circuit appears. -
Page 23: Setting The Fixed Temperature Of Heating Circuit
In a heat pump system, a larger quantity of hot water is mixed with cold water, as the volume is larger and the temperature is lower (contributing to lower costs) than in the traditional system, where the water volume is 2-3 times smaller. SETTING THE FIXED TEMPERATURE OF HEATING CIRCUIT This quick setting is available only when one or both heating circuits are used without heating curves. -
Page 24: User Interface
8 USER INTERFACE 8.1 ARRANGMENT OF MENUS The control unit has two levels of menus. The first page of the menus is intended for the end user, and the second page is for the authorized service person or for install settings with some excluded exceptions. -
Page 25: Settings
9 SETTINGS Heating The heat pump enables two heating circuits, meaning that it can control two different temperature modes. Heating/cooling circuit 1 and Heating/cooling circuit 2 When only one heating circuit is in use, the heating settings are defined in the menu “Heating/cooling circuit 1“! HEATING/COOLING CIRCUIT 1... -
Page 26: Heating/Cooling Stops Based On Water ∆T
9.1.1 Heating/Cooling Stops Based on Water ∆T Temperature setting that allows overheating of the heating system for the set value. The recommended setting is 2 °C! This enables efficient operation of the Inverter technology and brings the highest savings. Please note, that we allow the Heat Pump to overheat the system, to maintain a low working speed and to avoid a frequent stopping and starting of the compressor. -
Page 27: Setting The Heating Curve For The First Heating Circuit
Tsh – Space heating temp.; T(Ta) – Ambient temp. Tsh1 Tsh2 Tsh3 Tsh4 Tsh5 NOTE: It is recommended to reset only the space heating water temperatures (figure above on the right). Resetting ambient temperatures for the heating curve affects both heating circuits. -
Page 28: Room Temp. Effect On Heating Curve
9.1.6 Room temp. effect on Heating Curve When the temperature sensor ˝TR˝ is mounted in the living area, this function can make small corrections of the heating curve, depending on the set “Ideal Room Temp. in Heating”. Note: This feature does not mean temperature control by room temperature, but only a correction of the heating curve! If this feature is on and the temperature in the room (where the TR room temperature sensor is located) still exceeds the set ideal value, the heating curve settings should be reset! -
Page 29: Heating/Cooling Circuit 2
HEATING/COOLING CIRCUIT 2 9.2.1 Heating/cooling Circuit 2 A check in a box means that the heating/cooling circuit 2 is on. 9.2.2 Set temp. for Cooling Setting the desired space cooling water temperature in Cooling Circuit 2. The desired temperature of Cooling Circuit 2 is set. 9.2.3 Set Temp. -
Page 30: Heating Curve
9.2.5 Heating Curve The heating curve mode is based on the condition that the lower the ambient temperature is, the higher the water temperature for the heating of facility is. This heating curve mode can help the heat pump to achieve a higher COP (efficiency rate) and increase the feeling of comfort in the house. -
Page 31: Setting The Heating Curve For The Second Heating Circuit
9.2.5.1 SETTING THE HEATING CURVE FOR THE SECOND HEATING CIRCUIT Heating curve is set on page 2 of the “Heating/Cooling Circuit 2” menu! EXAMPLE Example: The customer wants the room temperature to be 21 °C, but the heat pump heats the rooms to 22 °C. In this case the heating curve must be lowered. -
Page 32: Setpoint Dhw
9.3.1 Setpoint DHW Setting of the desired temperature for domestic water. 9.3.2 DHW Restart ∆T Setting Domestic hot water restart setting. Example: Desired temperature of domestic water is 47 °C, and the domestic hot water restart ∆T setting is 5 °C. (47–5=42) This means that the heat pump will restart the heating of domestic water when the temperature drops below 42 °C! Recommended domestic hot water restart ∆T setting is 5 °C! -
Page 33: Allowable Temp. Drift In Heating
When the Heat Pump switches to Heating mode in Shifting priority mode, it will allow the unit to stay in Heating mode only for a certain time, before it switches back to heat up the DHW. 9.3.7 Allowable temp. Drift in Heating Only valid if Shifting Priority enabled! Setting for the max. -
Page 34: Reheating Function
If the fields are green, domestic water heating is on. If the fields are grey, it means the heat pump is not heating domestic water. 9.4.3 Reheating Function Feature on/off. A check in the box means that the feature is on. The feature enables the setting of a second temperature mode for domestic water heating. -
Page 35: Reduced Setpoint
9.5 REDUCED SETPOINT 9.5.1 Reduced Setpoint Feature on/off. A check in the box means that the feature is on. The feature lowers water temperature by the set value for both heating circuits in the set time. The main purpose is to lower room temperature at night. 9.5.2 Temp. -
Page 36: Allowable Temp. Drifting
9.5.5 Allowable Temp. Drifting The maximum allowable space heating water temperature drifting is set for both circuits when the “Quiet operation” feature is on. 9.5.6 Timer for Quiet Operation Timer for the Quiet Operation Feature! If the fields are green, the feature is on. If the fields are grey, it means the feature is off –... -
Page 37: Day And Time
found in pipelines with low flow rates or where water was stagnant in pipes for a longer period of time (inactive parts of buildings, basement etc.). Domestic hot water storage tanks with layered temperature distribution are also possible sources of contamination. Legionella can also be found in cool water, but its growth is hindered, which makes it almost non- existent or at least very rare in subterranean waters and cold potable waters. -
Page 38: Vacation Mode
9.7 VACATION MODE 9.7.1 Vacation Mode A check in the box means that the feature is on. This feature can be used for the time when you are absent and there is no need for heating or hot water. The date of departure (start date) and date of arrival (finish date) is set and the desired heating and water temperature drop for the duration of your vacation. -
Page 39: User Management
9.8 USER MANAGEMENT 9.8.1 Permission Level Enter the Service Password to enter the Service / Installer level. 9.8.2 Heating/Cooling ON/OFF timer Disabled (default setting) – Normal operation Enabled – The Heat Pump Will Heat and Cool only according to the setting of a Timer. In the other time, it will be only in Antifreeze protection mode. -
Page 40: Switch To Factory Settings
All settings are reset to the settings stored during the last intervention by an authorized service person. 9.8.8 Switch to Factory Settings Service setting. 9.9 MODE SETTINGS 9.9.1 Ambient Temp. To Start Heating Setting the Ambient temperature to start Heating mode. Default setting is 18°C. -
Page 41: Ambient Temp. To Start Cooling
9.9.2 Ambient Temp. To Start Cooling Setting the activation/start of cooling at a certain ambient temperature. The factory setting is 25 °C. Example: The set temperature to start cooling is 25 °C. The heat pump will cool the facility depending on the set values if the ambient temperature rises above 25 °C. -
Page 42: Water Pump Settings
9.11 WATER PUMP SETTINGS Service setting 9.12 FLOOR CURING Service setting 9.13 ELECTRICAL UTILITY LOCK Service setting... -
Page 43: Other Options
9.14 OTHER OPTIONS Service setting 9.15 UNIT REAL-TIME DATA Unit real-time data pages can be used for diagnostics of operation of the heat pump. On these pages, you can see everything that is happening in the heat pump in that moment. You can see different values for which include: ... -
Page 44: Error Codes
10 ERROR CODES If some faults happen and some errors appear, it is not always because of the heat pump itself. The most errors happen due to the hydraulics system and especially in the first heating season (water pressure falls, air in the system, dirt in the piping…). 10.1 ERROR CODES SHOWN ON THE DISPLAY The error codes will be shown on the Main display and in the Error Code Menu. -
Page 45: Info Page
By selecting an Error code and pressing More info button, unit displays additional info regarding the status of the heat pump at the time when the error happened. 10.2.3 INFO PAGE By pressing the and then takes you to the info page. First thing that is displayed is the hydraulic scheme with temperature readings from all the sensors. - Page 46 By pressing the right arrow button , the interface shows the heat pump system scheme. This scheme is different for ECO and POWER EVI inverters. Aerogor ECO Inverter Pe – Pressure EVI Compressor speed (Hz) Te – Temperature EVI Compressor current (A) Aerogor POWER EVI Inverter Opening Opening...
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Page 47: Error Code List
10.3 ERROR CODE LIST In this Code list are Notifications, Protections and Errors! Category Description Symbol Is only to inform the customer that some special function has turned on, Notification which is still normal operation of the heat Pump. If nothing What to do…... - Page 48 High/low pressure Call customer service. switch failure Call customer DC fan failure (one) Heat Pump will continue to work, but with lower heating capacity. service. Call customer DC fan failure (two) Heat Pump will continue to work, but with lower heating capacity. service.
- Page 49 Low press. Call customer service. Differential error Possible causes: Dirty filter, low water pressure, voltage fluctuation, High discharge Call customer set temperature to high, closed or half-closed valve on the hydraulic temp. service. system. Amb. temp. probe Call customer service. fault(B1) Outdoor unit alarm: Evap.
- Page 50 Cooling/heating water Call customer The Heat Pump will continue to work, but less efficiently (up to 5%). temp. sensor failure service. Unit water outlet temp. Call customer The Heat Pump will continue to work, but less efficiently (up to 5%). sensor failure service.
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Page 51: Cleaning The Magnetic / Dirt Filter Caleffi
11 C LEANING THE MAGNETIC IRT FILTER ALEFFI The Filter should be cleaned at the beginning and of the heating season. Note: First heating season, it is recommended to clean the Filter first time after 1 month working of the heat pump and until the end of the firs heating season every 2 months. If there is still much dirt collecting in the filter, repeat this procedure until the system is free of excessive dirt. -
Page 52: Water Pressure In The System
12 WATER PRESSURE IN THE SYSTEM Water pressure must always stay above 1 bar of pressure. If the pressure falls below 1 bar, the Heat Pump will go in to protection S02 or S10, which can stop the Unit from working. Recommended water pressure when the unit is working is 1,5 bar and when it stays still approx. - Page 53 │ hvac@gorenje.com www.gorenje.com Thank you for reading the Instruction manual for the Gorenje heat pump. In case of further questions, please contact your local Gorenje Heat Pump dealer. We reserve the right to alter technical data at any time without prior notice.
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