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5.2.3. Device management through easy.oxygenvent.com website ..............30 5.2.4. Home window............................. 30 5.2.5. Devices parameters window........................35 5.3. Controlling the device via “OXYGEN Installer” app (Bluetooth connection) ..........37 5.4. User settings ..............................39 TECHNICAL MAINTENANCE PERFORMED BY THE USER ..................43 6.1.
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TECHNICAL SPECIFICATION ACCORDING TO “ECODESIGN” (ERP), NO. 1254/2014 ........49 PERFORMANCE CHARACTERISTICS AND ELECTRICAL ENERGY CONSUMPTION ........... 50 PRODUCT ENERGY EFFICIENCY LABELS ......................57 VENTILATION UNIT INITIALIZATION DATA SHEET ..................58 QUALITY ASSURANCE ............................. 59 DECLARATION OF CONFORMITY ........................60...
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1. INTRODUCTION Carefully read this manual to ensure the safe installation and commissioning of the ventilation unit. Before using the device, be sure to perform all the necessary installation and commissioning actions. In order to ensure safe operation, it is necessary to follow the instructions for use and the safety instructions contained in this document. Keep this guide safe for future reference and make sure it's available to all users.
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2.1. General safety precautions Using controllers or settings which are not described in this documentation increase the risk of electric shock or other hazards caused by electrical voltage or current and (or) may damage other components of the device. Life-threatening risk due to electric shock! To ensure your safety, it is necessary to follow all the instructions provided in this manual.
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3. TRANSPORT, STORAGE, AND UNPACKING The device is packed in a cardboard box and ready for transportation and storage. Packaging provides protection against environmental dust. The unit must be stored and transported in such a way as to protect it from physical damage.
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4.3. Orientation DRAINAGE SYSTEM INSTALLATION Left orientation Kairinė orientacija Drain nozzle D32mm Plug A – Air supplied from outside B – Air supplied to inside C – Air extracted from inside D – Air exhausted to outside Right orientation Drain nozzle D32mm Plug...
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4.4. List of main service components Table 2 List of components Name of component Qty. Name of component Qty. Filter cap Condensate drain plug** 1 (2) Wall-mounting bracket Unit housing EPP Condensate drain nozzle* 1 (0) “I” shaped housing cover...
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RJ45 connector socket Controller Preheater 2.0 kW Front cover of the unit • V200, V400, V500, and V600 models include one condensate drain nozzle and one plug. • V200E, V400E, and V500E models include two plugs (installed in the unit).
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Make sure that in the V200, V400 and V500 models there is an opportunity to connect the condensate drainpipe of the device to the sewage system of the building and install a siphon.
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Place the round rubber gasket on the condensate drain nozzle, then screw the condensate drain cap firmly by hand. For draining condensate into the sewer, it is recommended to use dry-type siphons: When the device is fitted with an Enthalpy Exchanger the humidity from the extracted air is partly transferred to the fresh air supply.
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4.6. Ventilation duct installation To ensure the reliable operation and aerodynamic characteristics of the installed ducts, the correct connection of the ducts is of great importance. The efficiency of the system largely depends on the smoothness, diameter of the inner surface of the ducts, the number of elbows and the length of the duct system. It is recommended to install air intake and removal channels at the largest possible distance from each other –...
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4.7. Balancing the ventilation system During the commissioning of the ventilation system, we recommend balancing the supply and exhaust air flows of the ventilation device. Only a correctly balanced ventilation system in the cold season will ensure impeccable operation of the unit, optimal heat recovery and the lowest possible cost of electricity. Operating an unbalanced ventilation system during the cold season increases the risk of the heat exchanger freezing, potentially leading the unit to supply cold air indoors.
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4.9. Electrical characteristics of the controller and remote control Table 3 Controller Power supply 230 VAC, 50Hz Current consumption 0,04 A OUT1 3(3) A SRHT IN1 OUT2 3(3) A OUT3A 3(3) A Max. rated current 230V OUT3B 3(3) A OUT3C 3(3) A OUT-230 V 6(6) A...
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4.10. Electrical wiring diagram Wire Color Coding (according to IEC 60757).
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Resistance input (NTC 10 K): T1 – supply temperature sensor - before the secondary exchanger (required); T2 – extraction temperature sensor (required) or air intake sensor on the building facade; T3 – intake temperature sensor - at the filters (required); T4 –...
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Please note that when using longer cables, it may be necessary to check the signal quality and make adjustments if required. If you have any questions or need assistance selecting a cable, please feel free to contact us at info@oxygen.lt.
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To uninstall, press here After the recuperator is plugged into the power supply network, the LEDs will begin to flash in turn, which means that the controller software is loading. If this time is much longer, check the connection of the D + and D- wires of the transmission cable connecting the control to the controller board.
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4.12. Connection of additional devices (comfort connector) Contacts of additional devices and switches that are connected to the DIN connector must be without potential (dry contact), i.e. not have voltage To expand the capabilities of the device, the installer can select several auxiliary devices. By connecting the corresponding contacts of the RJ45 connector by a short circuit, it is possible to activate different DIN functions.
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Only a passive electrical switch or relay contact without voltage should be used to activate the function. Feature activation devices To activate the functions can be used: • Various keyboard switches, • Humidity and CO2 sensors, • Relay modules, • Flow and pressure sensors, •...
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The device can be controlled in the following ways: 1) a wired control SCP or an LCD SimpleTouch control panel, Bluetooth 2) by smartphone via Oxygen Installer application ( connection) or Oxygen Easy application (Wi-Fi connection). 3) computer through easy.oxygenvent.com website.
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5.1. Control of the device with the SCP control The SCP control panel can only control the basic ventilation modes and settings. Control of the device is carried out by touching the selected button for the required function of the SCP control panel. Button symbols and LED alarm values: The illuminated LED diode means that the device is turned on and works in manual mode.
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After turning on the device into the power supply network, the first 40 seconds after switching on, the device automation will evaluate the factory settings, check the automation components. A quick flashing of the symbol LED light means that a BT signal is emitted. If we want to switch between Wi-Fi and Bluetooth, we hold the power button until all the LEDs of the controller flash and we release it.
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The device must be turned off, but operate via Bluetooth, i.e. The BT symbol should blink quickly. The smartphone must have the OXYGEN easy app installed. It can be downloaded for free from Google Play or the App Store: Android: https://play.google.com/store/apps/details?id=com.oxygenvent.easy...
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In the "Do you want to set up a Wi-Fi network on your device" field, press "Yes". In the "SSID" field, enter the name of your router, for example, "Oxygen" and in the "Password" field, enter the router's password, then touch "Accept".
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Bluetooth to Wi-Fi connection. Now, you can remotely control the device with your smartphone through the OXYGEN easy app or by accessing the easy.oxygenvent.com website from your computer. In the "Choose installation" window that opens, select "Open", and in the...
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Oxygen Easy app window on your smartphone. Here you will see the quick access buttons with which you can control the device. Advanced control and information about the device is available through the menu at the top right. The values of the buttons are listed in Table 5.
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5.2.3. Device management through easy.oxygenvent.com website Open the easy.oxygenvent.com website window. If there is a WI-FI connection - the green "online" point will light 5.2.4. Home window. The top row displays only basic information, i.e. the temperature of the air supplied to and from the premises, the contamination of the filters, the relative humidity of the air extracted from the premises, CO2 ppm (if installed), the speed of the fans.
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After pressing this button, a window for compiling a weekly program will appear. In it, according to the most suitable need for you, you will be able to arrange a weekly schedule of operation of the device. After the schedule is drawn up for each day, click on the "Accept"...
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Current gear – fan speed selection Time mode functions: Party mode – The device will work in elevated mode for the selected time frame. The feature is useful when a larger number of people gather indoors.
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Out mode – Disables the device for a set time. Airing mode – Helps to quickly change the air in the house when the window is opened. The air supply is completely turned off and only the extraction is left. Auto –...
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Temperature of comfort – This function can be used in the cold and warm periods: Warm period – When the temperature outside, during the warm period, is lower than at home, the cooling (bypass) damper opens. The device will strive to achieve the set comfort temperature in the house. Cold period –...
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Boost 1 mode – Fan speed (air flow) increases to a maximum (100%), until it is turned off or if a signal is set, then the timer is activated. If there is a need to disable the function earlier, then this can be done by clicking on the function box.
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In the Ventilation controller window, the user menu drop-down list allows you to see details about the device and perform various configuration actions. A detailed description of "User menu" is in Table 6, point 5.4.
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To control the device via Bluetooth, you need to install the OXYGEN Installer app on your smartphone or tablet. You can download it for free from Google Play (for Android devices from version 8 onwards) or the App Store, using the QR code or link provided on the manufacturer's website below.
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Then return to the "Select device" window and choose "Ventilator controller" (highlighted in red). In this window, you can access one of the three suggested menus: 1) User settings, 2) Service settings, and 3) Creating weekly schedules (Schedule).
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5.4. User settings The table below shows the values of the user settings. Once you have selected the desired value, you need to touch the "Accept" button for it to be executed. Table 6 Work modes Turn on the device Unit state Disable the device Manual...
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Supply fan control BOOST 1 It is allowed to change the fan speed for the BOOST1 BOOST1 fan control Extraction fan control from function BOOST 1 User modes (Device user settings) Supply fan control The user of the device can choose for himself the size of Minimal the air flow for each fan speed individually.
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Fans control Controle mode Standart Supply fan – work state ON / OFF Supply fan - control Extraction fan – work state ON / OFF Extraction fan - control Supply fan – revolutions per minute Extraction fan – revolutions per minute Filters Change - supply air filter No / Yes...
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Has the extraction filter Yes/No been changed? Has filter change Yes/No been completed? Alarm control panel (Alarm control panel) Alarm control The function is connected to ensure that the recuperator panel enable responds to the activation of the alarm Normally close Selected depending on the scheme of the alarm control Input logic state panel...
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6. TECHNICAL MAINTENANCE PERFORMED BY THE USER In order for the ventilation system to work properly, it is important to regularly inspect and maintain all filters. In case of contamination of the filters, the unit will work louder, since the fans must compensate for the increased resistance.
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6.1. How to restart filters: Go to the "Devices parameters", after selecting the controller we expend the "User menu" view, go to the bottom and open tab "Filters".
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In the tab "Start filter change procedure" we select "Yes". After a few seconds, you will see the "Filter change procedure" section. Expand it and select the filter class that will be use and press "Accept". Then, one by one, we confirm that we have changed the filter. After these steps, "Has filter change was completed"...
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7. MAINTENANCE AND REPAIR BY A QUALIFIED PERSON Maintenance and repair should be carried out only by qualified personnel. Maintenance and repair measures include checking and cleaning the fan and heat exchanger. Cleaning the heat exchanger is carried out depending on the degree of dirt.
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8. TROUBLESHOOTING MANUAL Problem Possible cause Solution Make sure that the power is supplied to No power supply. device controller, otherwise, Ventilation unit is turned troubleshoot the issue. on, but the fans are not The fan blade is stuck. Turn off the device. Remove the cause. working.
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Defects are due to incorrect connection, improper use or contamination of the system. The warranty does not apply to normal wear of the ventilation unit. JSC "Oxygen group" reserves the right to change the design and / or configuration of its products at any time, without having to change the previously delivered equipment.
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10. TECHNICAL SPECIFICATION ACCORDING TO “ECODESIGN” (ERP), NO. 1254/2014 Product model Easy Easy Easy Easy Easy Easy Easy V200 V200E V400 V400E V500 V500E V600 Brand Oxygen Group Specific Energy Consumption (SEC) class Specific Energy Consumption (SEC) value Cold climate (kWh/m...
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11. PERFORMANCE CHARACTERISTICS AND ELECTRICAL ENERGY CONSUMPTION Easy V200E Easy V200 Power Resistance, setting flow, consumption, flow, consumption, 100% Table 7 Performance and energy consumption. Measured according to LST EN13141-7 with M5 (EN 779:2012) class filters installed...
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Performance curves Easy V200E 100% Air flow, m3/h Graph 1 Dependence of ventilation power on the resistance of the installed ventilation system Performance curves Easy V200 100% , m3/h Air flow Graph 2 Dependence of ventilation power on the resistance of the installed ventilation system...
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Performance curves Easy V400 100% , m3/h Air flow Graph 3 Dependence of ventilation power on the resistance of the installed ventilation system Performance curves Easy V400E 100% , m3/h Air flow Graph 4 Dependence of ventilation power on the resistance of the installed ventilation system...
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Performance curves Easy V500 100% , m3/h Air flow Graph 5 Dependence of ventilation power on the resistance of the installed ventilation system Performance curves Easy V500E 100% , m3/h Air flow Graph 6 Dependence of ventilation power on the resistance of the installed ventilation system...
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Easy V600 Resistance, Power setting flow, consumption, 340.2 340.2 340.7 340.4 340.2 340.1 100% 340.3 340.0 340.2 340.5 338.5 124.1 124.1 124.1 123.7 123.3 123.1 122.9 122.4 121.9 120.4 118.9 51.2 51.1 50.9 50.4 50.0 49.8 49.0 48.6 Table 9 Performance and energy consumption. Measured according to LST EN13141-7 with M5 (EN 779:2012) class filters installed...
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Performance curves Easy V600 100% , m3/h Air flow Graph 7 Dependence of ventilation power on the resistance of the installed ventilation system...
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12. PRODUCT ENERGY EFFICIENCY LABELS The energy efficiency label of the ventilation unit corresponds with the installation of the device and the model identifier of the product data sheet. The product label includes the following information: ● Energy efficiency class for the temperate climate; ●...
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13. VENTILATION UNIT INITIALIZATION DATA SHEET Buyer details Name and surname: Phone: Device installation address: Email: Total area of ventilated space: Ventilation unit Identification No.: model: Installer’s details: Name and surname of engineer: Company: Phone: Company address: Installation date: Indoor supplied air data Measured data (m³/h) Room Project data (m³/h)
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We strive to ensure that our documentation is accurate and clear. If you notice any errors or inaccuracies, we kindly ask you to notify us by e-mail help@oxygen.lt Your feedback is extremely valuable because it helps us to constantly improve our work and provide higher quality products and services.
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15. DECLARATION OF CONFORMITY JSC "OXYGEN group" Birzelio 23-osios g. 29 50201 Kaunas LITHUANIA Confirms that the following ventilation units with heat exchangers: OXYGEN Easy V200 OXYGEN Easy V200E OXYGEN Easy V400 OXYGEN Easy V400E OXYGEN Easy V500 OXYGEN Easy V500E...
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