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HIGH CAPACITY VERTICAL TANKS

WITH EXTRACTIBLE HEAT EXCHANGERS

EBER SERIES

TECHNICAL MANUAL

Summary of Contents for EBER 1000

Page 1: ...ÿÿÿÿÿÿÿÿÿ ÿÿÿÿÿÿÿÿÿÿÿÿÿÿ HIGH CAPACITY VERTICAL TANKS WITH EXTRACTIBLE HEAT EXCHANGERS EBER SERIES TECHNICAL MANUAL ...

Page 2: ...ion In this case it is up to the installer along with the client to determine the best and safe way to install the Tank Additional fixing points or equipment may be required Never fill the closed circuit or connect the electric element with an empty tank The tank must always be filled with water during these operations due to a risk of severe damage to the Tank Before starting the installation or ...

Page 3: ...ity of the water entering the Tanks should be within potable standards and in any case be within the values of the table below If the quality of the water does not correspond to these values then special filters and water softeners may need to be installed to satisfy these conditions or the warranty will not be valid WATER QUALITY REQUIRMENTS Specification ph Total Hardness Chlorides Free Chlorine...

Page 4: ...EBER 2000 EBER 3000 EBER 4000 EBER 5000 EBER 7000 EBER 9000 Nominal Volume Lt 750 1000 1500 2000 3000 4000 5000 7000 9000 Actual Volume Lt 757 940 1480 1940 2940 3960 4700 6950 8960 Internal Tank Weight kg 265 405 420 490 645 850 930 1400 1800 3 2m2 Heat Exchanger Weight kg 78 N A 5 4m2 Heat Exchanger Weight kg 109 N A 7 8m2 Heat Exchanger Weight kg N A 154 External Cover and Insulation Weight kg ...

Page 5: ... S Sensor T Thermostat TR Thermometer EH Electric Heating Element HEAT EXCHANGER COMBINATIONS AVAILABLE Lower Heat Exchanger Upper Heat Exchanger Total H E Surface 3 2m2 3 2m2 6 4m2 5 4m2 3 2m2 8 6m2 5 4m2 5 4m2 10 8m2 LOWER HEAT EXCHANGER EFFICIENCY FLOW RATE 3 2m2 Heat Exchanger Efficiency 5 4m2 Heat Exchanger Efficiency 1800 Lt h 49 10kW 65 30kW 2600 Lt h 55 20kW 78 40kW 3900 Lt h 62 20kW 91 10...

Page 6: ... S Sensor T Thermostat TR Thermometer EH Electric Heating Element HEAT EXCHANGER COMBINATIONS AVAILABLE Lower Heat Exchanger Upper Heat Exchanger Total H E Surface 3 2m2 3 2m2 6 4m2 5 4m2 3 2m2 8 6m2 5 4m2 5 4m2 10 8m2 LOWER HEAT EXCHANGER EFFICIENCY FLOW RATE 3 2m2 Heat Exchanger Efficiency 5 4m2 Heat Exchanger Efficiency 1800 Lt h 47 80kW 65 00kW 2600 Lt h 55 10kW 77 95kW 3900 Lt h 61 10kW 90 50...

Page 7: ...S Sensor T Thermostat TR Thermometer EH Electric Heating Element HEAT EXCHANGER COMBINATIONS AVAILABLE Lower Heat Exchanger Upper Heat Exchanger Total H E Surface 3 2m2 3 2m2 6 4m2 5 4m2 3 2m2 8 6m2 5 4m2 5 4m2 10 8m2 LOWER HEAT EXCHANGER EFFICIENCY FLOW RATE 3 2m2 Heat Exchanger Efficiency 5 4m2 Heat Exchanger Efficiency 3000 Lt h 57 30kW 82 10kW 4000 Lt h 62 20kW 91 50kW 5000 Lt h 64 70kW 98 30k...

Page 8: ...ot Water Outlet R Recirculation VEN Ventilation CI Coil Inlet CO Coil Outlet S Sensor T Thermostat TR Thermometer EH Electric Heating Element HEAT EXCHANGER COMBINATIONS AVAILABLE Lower Heat Exchanger Upper Heat Exchanger Total H E Surface 5 4m2 5 4m2 10 8m2 LOWER HEAT EXCHANGER EFFICIENCY FLOW RATE 5 4m2 Heat Exchanger Efficiency 3000 Lt h 82 30kW 4000 Lt h 91 45kW 5000 Lt h 97 30kW UPPER HEAT EX...

Page 9: ... Water Outlet R Recirculation VEN Ventilation CI Coil Inlet CO Coil Outlet S Sensor T Thermostat TR Thermometer EH Electric Heating Element HEAT EXCHANGER COMBINATIONS AVAILABLE Lower Heat Exchanger Upper Heat Exchanger Total H E Surface 5 4m2 5 4m2 10 8m2 LOWER HEAT EXCHANGER EFFICIENCY FLOW RATE 5 4m2 Heat Exchanger Efficiency 3000 Lt h 81 95kW 4000 Lt h 91 30kW 5000 Lt h 97 50kW UPPER HEAT EXCH...

Page 10: ...ot Water Outlet R Recirculation VEN Ventilation CI Coil Inlet CO Coil Outlet S Sensor T Thermostat TR Thermometer EH Electric Heating Element HEAT EXCHANGER COMBINATIONS AVAILABLE Lower Heat Exchanger Upper Heat Exchanger Middle Heat Exchanger Total H E Surface 7 8m2 7 8m2 7 8m2 23 4m2 EFFICIENCY OF ALL 3 HEAT EXCHANGERS FLOW RATE 7 8m2 Lower Heat Exchanger Efficiency 7 8m2 Middle Heat Exchanger E...

Page 11: ...ot Water Outlet R Recirculation VEN Ventilation CI Coil Inlet CO Coil Outlet S Sensor T Thermostat TR Thermometer EH Electric Heating Element HEAT EXCHANGER COMBINATIONS AVAILABLE Lower Heat Exchanger Upper Heat Exchanger Middle Heat Exchanger Total H E Surface 7 8m2 7 8m2 7 8m2 23 4m2 EFFICIENCY OF ALL 3 HEAT EXCHANGERS FLOW RATE 7 8m2 Lower Heat Exchanger Efficiency 7 8m2 Middle Heat Exchanger E...

Page 12: ...nto position the bottom of the metallic Transportation Pallet must always remain in contact with the Floor as per Picture 4 on the Left When in Position the Pallet remains fixed on the Tank as per picture 5 on the Right Pic 3 Pic 4 Pic 5 Tanks above 5000Lt come on a metallic Pallet for safe and secure transportation as per picture 1 on the left First carefully remove the cardboard covers and tape ...

Page 13: ...ove in the middle Then put the bolts back in place screwing the flanges to the Tank as per picture 8 above on the right Pic 6 Pic 7 Place the Insulation of the Top of the Tank and the Top Cover as per picture 9 above left Then Install the Flanges and Flange Covers as per picture 10 above in the middle and finally install the plastic gaskets on the Flange Covers as per picture 11 above right Pic 10...

Page 14: ... INSTALLING AND REMOVING THE HARD INSULATION SHELL When Installing or Removing the Hard Insulation Shell it is Imperative to follow the order 1 to 7 as per the pictures below The smallest part is placed last General View Pic 5 ...

Page 15: ...ing the Heat Exchangers from the Tank never drag them or let them come into contact with the inner surface of the Flange Hole Risk of damaging the Heat Exchanger and the Enamel coating which may result to corrosion C REMOVING THE HEAT EXCHANGERS ...

Page 16: ...er quality at the water can result in scale formation and may block the safety valves and Tank outlets leaving the tank unprotected against very high temperatures above 90 C and high pressure greater than 10 bars Making sure the electrical heating elements and thermostats are working properly and do not have scale or salts accumulation Cleaning of the Tanks and removal of scale or deposits inside ...

Page 17: ...fluid in the closed circuit is not too low Set to level filling with thermal fluid mixture through the fluid inlet where the safety valve or expansion vessel is placed 5 That the pipes connecting the heating source to the tank are not bent twisted nor have any angles 6 That there is no air trapped in the closed circuit of the system 7 That the supply of cold and hot water is connected 8 That the t...

Page 18: ...mpany personnel and as per Maintenance Recommendations in the product Installation Manual The 1st service must be conducted within 1 year 12 months after the date of purchase of the product at the clients care and expense Proof of service is the signature and stamp of the authorised personnel at the bottom of the present warranty card in combination with the original invoice of the service from th...

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