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Related Manuals for Cool Energy EcoSyn 100
Summary of Contents for Cool Energy EcoSyn 100
- Page 1 INSTALLATION, OPERATION & MAINTENANCE MANUAL EcoSyn 80 / 100...
- Page 2 WARNINGS! Always transport the heat pump in an upright position; exceptionally, it may be tilted by 35° in all directions. Be careful not to damage the housing or the vital component parts of the heat pump during transport. The heat pump is not intended for industrial use and use in premises where corrosive and explosive substances are present.
- Page 3 Our products incorporate components that are both environmentally safe and harmless to health, so they can be disassembled as easily as possible and recycled once they reach their final life stage. Recycling of materials reduces the quantity of waste and the need for production of raw materials (e.g.
- Page 4 This unit is designed for production of sanitary water in households and at premises where daily consumption of hot water (40 °C) does not exceed 150 l to 250 l. The appliance must be connected to water supply mains and to the power supply grid. The air intake and air exhaust may also be provided by designing the inlet and outlet drain from and to the adjacent room.
- Page 5 DIMENSIONS C ** D ** E ** * - normal DIN ** - normal NF EcoSyn 80 1197 G 1/2 G 3/4 EcoSyn 100 1342 G 1/2 G 3/4 Fig. 2: Connection and installation dimensions of the heat pump [mm]...
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Page 6: Installation Of The Heat Pump
INSTALLATION OF THE HEAT PUMP The heat pump can be used using the ambient air or air from other premises. The heat pump must be installed in a frost-free room. When selecting a place for installation, particular attention should be paid that the selected air intake location is dust free, because dust has adverse effects on the heat pump performance. - Page 7 a) Operation using ambient air In this type of operation, the device heats domestic water using only the amount of energy generated by the air from the room where the device is installed. The heat pump must be installed in a ventilated, frost-free room, possibly in the vicinity of other heating sources.
- Page 8 Fig. 5: Possible installation of a heat pump PRESSURE LOSS IN CASE OF USING THE PIPELINE SYSTEM In planning the pipeline system for the inlet and outlet of air to and from the heat pump, the key element is to take into account the aerodynamic character of the fan which also causes the loss of static pressure.
- Page 9 - Operating area with a normal air flow with respect to the pressure drop and fan setting. - Area of more efficient use – volumetric flow of air is higher here, which requires a lower pressure drop (channel system with minimum pressure drop). Fan is set to higher speeds. Diagram 1: Aerodynamic characteristics Air inlet and outlet pipeline system When connecting the sanitary heat pump to an existing pipeline system, we use the basic...
- Page 10 Calculation of pressure drops The values of total static pressure drop can be calculated by adding up the losses from individual elements built into the air pipeline system and the internal static pressure. The values of static pressure drops of individual elements (static pressure drops of elements relate to the internal diameter ø125mm or □150x70mm) are shown in Table 1.
- Page 11 Number of p (Pa) p (Pa) elements Rectangular elbow horizontal 90° Flexible tube (DN125) 13.5 m 1.85 (at 150 m Air intake grid Total: Table 2: Example of pressure drop calculation Note: As mentioned above, the total loss of static pressure, which can be calculated by adding up the losses of individual elements built into the pipeline system, may not exceed 95 Pa.
- Page 12 Selecting the operating point of the fan for the ventilation system When determining the speed of the fan, we must know the maximum air flow for ventilation and pressure drop caused by the pipeline. In Diagram 1, find the desired air flow and draw a vertical line, then draw a horizontal line at the pressure drop that you have calculated (based on the existing pipeline).
- Page 13 CONNECTION TO WATER SUPPLY MAINS Water inlet and outlet on the heat pump are marked with colours. Cold water inlet is marked with blue, and warm water outlet is marked with red. The heat pump is designed for connection to indoor water supply mains without using the relief valve if the pressure in the supply mains is lower than 0.6 MPa (6 bar).
- Page 14 CONNECTING THE HEAT PUMP TO THE POWER SUPPLY NETWORK Before connecting to the power supply network, install a power supply cord in the heat pump, with a min. diameter of 1.5 mm (H05VV-F 3G 1.5 mm ). To do this, remove the protective cover from the heat pump.
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Page 15: Heat Pump Operation
HEAT PUMP OPERATION The heat pump can be operated using an LCD touch screen (Fig. 10). If you press anywhere on the screen, the screen lights up. When the screen is lit up, the operation fields are active. When the heat pump is connected to the water and power supply mains and the boiler is filled with water, the heat pump is ready to be used. - Page 16 Starting/stopping the heat pump • To start the heat pump, hold field no. 9. When the appliance is switched on, the fan starts first and operates for one minute (symbol no. 20 is displayed). If the temperature of inlet air is appropriate, the controlling unit switches on the compressor and the heat pump operates in normal mode (symbols 16 and 20 are displayed).
- Page 17 b) The Z version When the appliance is switched on, the fan starts first and operates for one minute (symbol no. 20 is displayed). If the temperature of inlet air is lower than 7 °C, the fan is turned off. Domestic water is heated with heaters. The heat pump operates in the reserve mode (symbol no.
- Page 18 Display of the quantity of water in the heat pump The display shows the symbol 18: - no warm water - low quantity of warm water - high quantity of warm water Setting the vacation mode In the vacation mode, you can set the number of days (maximally 100), when the heat pump shall maintain the minimal temperature of water (approximately 10 °C).
- Page 19 • To set the timer operating mode "for each day of the week" or "for the period from Monday to Friday and from Saturday to Sunday", set all 3 time periods following the procedure described above. b) Activation, deactivation of timer •...
- Page 20 Maintenance level access • By pressing field no. 4, you can activate the maintenance mode (Figure 10). • A display menu with an inscription “code” in the filed CLOCK appears. Enter the maintenance code (fields FN1, FN2, FN3, FN4, FN5 in FN6 for numbers 1, 2, 3, 4, 5, Fig.
- Page 21 Setting low-temperature mode (parameter :27) • Select the parameter :27 and change the temperature by pressing (+) or (–). The temperatures depend on the model of the heat pump. The low-temperature mode is possible only if the heat pump model enables this function! Anti-legionella function (parameter :39) •...
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Page 22: Service And Maintenance
Operation signalization: Anti-legionella programme: activated – control field 17 is displayed deactivated – control field 17 is not displayed Electrical heater: activated – control field 14 is displayed deactivated – control field 14 is not displayed Heat pump: activated – control field 16 is displayed deactivated –... - Page 23 OPERATION ERRORS Despite careful production and control, the heating pump can produce errors that must be solved by an authorised service provider. Indicator of errors • In case of an error on the appliance, the beeper starts beeping and field no. 4 starts flashing.
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Page 24: Technical Characteristics
TECHNICAL CHARACTERISTICS Tipo EcoSyn80 EcoSyn100 Declared load profile Energy efficiency class Water heating energy efficiency (ƞwh) 111,3 110,7 Annual electricity consumption [kWh] Daily electricity consumption [kWh] 2,205 2,225 Thermostat temperature settings [°C] Value of "smart" Volume 78,2 97,9 Quantity of mixed water at 40 °С V40 [MPa Rated pressure 0,6 (6) - Page 25 Tipo EcoSyn 80 EcoSyn 100 *Heating time A15 / W10-55 [h:min] 04:40 05:40 *Energy consumption in the selected cycle of emissions [kWh] 2,04 2,05 A15 / W10-55 *COP in the selected cycle of emissions A15 / W10- **Heating time A7 / W10-55...
- Page 26 MAINS PRESSURE HOT WATER STORAGE SYSTEM COMMISSIONING CHECKLIST This Commissioning Checklist is to be completed in full by the competent person who commissioned the storage system as a means of demonstrating compliance with the appropriate Building Regulations and then handed to the customer to keep for future reference. Failure to install and commission this equipment to the manufacturer’s instructions may invalidate the warranty but does not affect statutory rights.
- Page 27 SERVICE RECORD It is recommended that your hot water system is serviced regularly and that the appropriate Service Record is completed. Service Provider Before completing the appropriate Service Record below, please ensure you have carried out the service as described in the manufacturer’s instructions. SERVICE 01 SERVICE 02 Date:...
- Page 28 Cool Energy Holding Ltd. 163 Cleethorpe Road, Grimsby, DN31 3AX. Email: s ales@coolenergyshop.com 3 0 T U U 3 0 T w ww.coolenergyshop.com 3 0 T 3 0 T...
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