Related Manuals for OSMOSEA EVO 300
Summary of Contents for OSMOSEA EVO 300
- Page 1 INSTALLATION, USE AND MAINTENANCE MANUAL Version 03 16/11/17 English Version OSMOSEA EVO 300 Reverse Osmosis Watermaker. Code Number 190506D285 Year 05/2019...
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Page 2: Table Of Contents
Index GENERAL PREMISE ......................... 3 WARRANTEE ............................ 4 GENERAL PRINCIPLES OF SAFETY ....................5 TECHNICAL DATA ..........................6 INSTALLATION ..........................8 ABOUT REVERSE OSMOSIS ......................12 INSTRUCTION FOR THE OPERATION OF THE PLANT ..............14 MAINTENANCE ..........................17 TROUBLESHOOTING GUIDE ......................21 DEMOLITION AND DISPOSAL OF THE PLANT ................ -
Page 3: General Premise
Manufacturer’s Info For any need OSMOSEA SRL is at your entire disposal to provide you with technical assistance to resolve any problems and organize at best any sort of interventions. -
Page 4: Warrantee
Plant’s ID The plant is identified through an adhesive plate in which is reported the details to be quoted to OSMOSEA Srl in case of need, this plaque is the only one recognized by the manufacturer as means of identification of the product. -
Page 5: General Principles Of Safety
12.If any question, dispute or difference in connection with the contract arises between Seller and Purchaser, the same shall be referred to the Court of Marsala. However, Seller may. at its option, submit any such question. dispute or difference to the Court of jurisdiction of the Purchaser. These general conditions of sale supersede all previously issued terms and conditions. -
Page 6: Technical Data
TECHNICAL DATA Drawings Pattern of flow Installation, Use and Maintenance Manual... - Page 7 Electrical Features 230 V Voltage 380 V Frequency 50 Hz Max Installed Power 3.4 kW 17 A 230 V Electrical Absorption 380 V Electrical cabinet Class IP 65 Operational Parameters Type of operation Single passage Pressure 58/60 bar Working Temperature 15°C / 20°C Minimun temperature allowed 3°C...
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Page 8: Installation
INSTALLATION Suggestions It is recommended to provide for the installation of the plant an area properly illuminated. It’s the costumer responsibility to provide all the preparatory work (ex. electricity, water etc.). The power line must be provided with the adequate power. It is the costumer responsibility to provide all the security conditions necessary for the "earthing"... - Page 9 Positioning of the plant The plant must be placed on a solid foundation and well level, not affected by vibrations from other machines. Place the plant in a way to allow maintenance operations. Place the plant in a covered or otherwise protected area from rain, sun and wind. Installation Basics Read the directions! Avoid tight hose bends and excessive runs.
- Page 10 Connections Hydraulic connections Listed below all the hydraulic connections: Connections Hose Fitting From Sea water inlet Armovin 20 mm Thru-hull Seawater pump Freshwater exit 10 mm Watermaker Post Carbon Filter Freshwater exit 10 mm Post Carbon Filter Tank Drain exit 10 mm Watermaker Drain Discharge...
- Page 11 Connection to the electric grid and Command Unit connections The customer is committed under his own responsibility to install a differential system for protection against short circuits according to the data reported. Before performing any operation, VERIFY the line-power source is in accordance with applicable regulations and technical specifications required by the plant (voltage, frequency and power consumption).
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Page 12: About Reverse Osmosis
Checkings before turning the device on 1. Remove anything that can block the movement of the equipment. 2. Connect the electrical panel to the power. 3. Check that there are no obstructions in the line of input of the plant. Make sure the oil level in the high pressure piston pump, is correct ABOUT REVERSE OSMOSIS... - Page 13 Temperature Effect Comparison Chart Temperature Effect Chart on this page illustrates the loss or gain of productivity across the RO membrane. To determinate what normal (in spec.) flow of the RO membrane would be at 77° F / 25° C follow these directions: 1.
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Page 14: Instruction For The Operation Of The Plant
Membrane The membranes are able to offer high performance and efficiency over time, only when they meet the standards set out below. The conservation of the membranes should always take place inside a wet environment, using the appropriate solutions and avoiding freezing. It 'absolutely prohibited the use of cationic surfactants and / or organic solvents. - Page 15 First Start Unscrew the 30 and 5 micron pre-filters and fill them clean water free of chlorine; Screw the filters in the appropriate filter seat making sure not to invert them; Power up the system by turning on the circuit breaker; Start the watermaker pushing Washing key.
- Page 16 Start with Timer It is possible to select the water maker's operating time from a minimum of 1 hour to a maximum of 4 hours. 1. Turn On the Electrical Power; 2. Press START => the watermaker will Starts; 3. Press START again to select the operating time (min. 1 hour – max 4 hour). Each press of START key corresponds to 1 hour of work.
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Page 17: Maintenance
The high-pressure pipes (blacks tubes with steel junctions at the end) must not show signs of deterioration and, with the plant to its full capacity, the joints must not have any losses of water. For better maintenance it’s preferable to let the assistance centers of OSMOSEA SRL carry out this types of control. - Page 18 High Pressure Pump The high pressure pump requires a periodic inspection of the internal oil. To check the oil level make sure that on the window, placed on the left side of the pump, the level reaches the middle of the window. For the first time change the oil after 50 hour of works.
- Page 19 At the next start, press the WASHING button and wait for min. 5 minutes. On Classic models, press START and wait for min. 5 minutes before adjusting the High Pressure to 60 bar. It is recommended the use of chemicals provided by OSMOSEA SRL to avoid a deterioration of membranes caused by not suitable products.
- Page 20 11. Connect the tubes previously detached; 12. Turn on the plant and make sure there are no losses; For better maintenance it’s preferable to let the assistance centers of OSMOSEA SRL carry out this types of control Each procedure of disassemble and reassemble must be done with: 1.
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Page 21: Troubleshooting Guide
TROUBLESHOOTING GUIDE DESCRIPTION CAUSE SOLUTION Freshwater High salinity(UNSAFE) Breaking of the Membranes Replacement Membrane O-ring Leakage O-ring Replacement LOW PRESSURE ALERT Prefilter Clogging Replacement Low Inlet Flow Check the Inlet hose and Thru-Hull Check the Inlet hose or Prime Air Intake the SEAWATER PUMP.
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