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Oxygen Generating Plant Rental: Oxygen Generating Plant With Energy Efficiency Between 0.77 To 0.82 Kwm³ For Production Of Each Cubic Meter Of Oxygen With Electricity Consumption Between 3.5 ~ 3.7 Kw/H. Oxygen Reservoir Output Pressure 6.0 ~ 6.8 Bar, Generation Capacity Of 4.5 (+/- 20%) Cubic Meters Hour, With Continuously Uninterrupted Production. The System Must Have Telemetry Monitoring With Information Control Via The Internet With Information Outputs To The Hospital Institutions Internal Computers Via The Internet, Informing Operating Status And Equipment Parameters, Have Telemetry Through The Gprs System - Sms Of Production Parameters, Oxygen Saturation Produced At The Time, Alarm With Production Blocking In Case Of Low Oxygen Concentration To Less Than 92%. The Equipment Must Have Essential Accessories For Its Operation: Instantaneous Modulation Of Electrical Energy Consumption, Frequency Inverter And The Flow Rate Of Oxygen Produced Between The Oxygen Plant And The Hospital, One (01) Vertical Oxygen Reservoir Of 425 Liters, (01) An Ultrasonic Zirconia Oxygen Analyzer, Being Integrated Into The Gas Generating Plant. Oxygen. The Production Of Compressed Air For The Oxygen Generating Plant Must Be 100% Oil-Free, Free From Purges And Any Type Of Condensate, Free From Electronic And/Or Automatic Drains, Free From A Refrigeration Dryer, Free From Coalescing Filters And Activated Carbon In The Oxygen Generation Line. Equipment Must Be As Compact As Possible In Occupying Maximum Space Of 05 ~ 08 M² (Five To Eight Square Meters) And Easy Transport, Avoiding Prolonged Installations With Various Connections And Pipes As Compact As Possible. Coupled To The Oxygen Plant Is An Oxygen Compressor “Cylinder Filler” With A Flow Rate Of: 2 M³/H, With Electrical Energy Consumption Of: 2.2 Kwh, Voltage 220V Three-Phase, 60Hz, Working Pressure Of: 150 Bar, With Ruler, Rental Of Medical Compressed Air Central: Generation Of Medical Compressed Air With Capacity Of 20 M³/H, Compatible With Nbr 12.188, Rdc So/Anvisa. With The Following Limits; 02 (%Vlv) :20.4 A21.4, Co2 (Ppm): 500, So2 (Ppm): 1, Oils (Mg/N4): 0.1, Nox (Ppm) : 2, Co (Ppm) : 5, H2o (ºc) : -45.5, Particles 0, Power: 110/220 Vac Control Panel: On Metal, On-Off Switch, Leds, Standby Position And Pressure Gauges. (1) Set Of Miscellaneous Filters, (1) One Condensate Separator Filter, (1) One High Efficiency Coalescing Pre-Filter For General Use. Removal Of Particles Up To I P, Including Condensed Water And Oil. Maximum Oil Residual 0.5 Mg/M3 At 21 0 C. (1) One Post - Oil Removal Coalescing Filter. Removal Of Particles Up To 0.01 Μm, Including Water And Oil Aerosols. Maximum Oil Residual 0.01 Mg/M3 At 2L ºc. (1) An Activated Carbon Filter. For Removal Of Oil Vapors, Providing Maximum Remaining Oil Content ≪ 0.003 Mg/M3 (≪ 0.003Ppm) At 21 ºc. (1) An Adsorption Dryer That Employs The Properties Of Molecular Sieves Retains Molecules By Strong Physical Attraction. At This Stage, Air Is Free And In The Percentages Indicated By The Standard, Water H2o, Carbon Dioxide Co2, Sulfur Dioxide So2, And Monoxide And Nitrogen Dioxide No/I`{O2. Must Contain Two Separation Towers, With Intelligent Control Of Valves And Pressure Gauges Sized To Meet The Demand Of The System (1) A Re
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