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Resumen del manual
6440 (б/00) 1= BRYAN STEAM Separable Tank Tray Type Boiler Feedwater Deaerators Capacities 70,000 to 300,000 PPH (2030 to 8695 BHP) Performance Features • Oxygen removal to .005 cc/l (7 PPB) • CO2 removal to 0% measurable • Reduce chemical costs • Reduce boiler and system corrosion • Pre-heat boiler feedwater • Improve boiler efficiency • Quick equipment payback, compared to chemical oxygen removal Construction Features • Constructed to ASME Section VIII, Division I for 50 PSIG • Hinged tray access door • Standard 10 minutes deaerated water storage • Easily accessible manway in storage tank • All internal surfaces that contact undeaerated water are constructed of type 304L stainless steel • Internal direct contact vent condenser for minimum steam loss • Structural steel stand/pump platform • 2-stage deaeration • Available as completely packaged unit including pumps and control panel The Bryan tray type deaerator is unsurpassed in performance and reliability. These units are ASME Code pressurized units, and are guaranteed to deliver deaerated water at a maximum oxygen content of .005cc/l (7PPB) and zero measurable CO2. All internal surfaces that come in contact with undeaerated water are constructed of type 304L stainless steel for long life and low maintenance. Their long residence time makes them readily adaptable to all systems, even where wide load swings occur. A complete line of boiler feedpump and control packages is available making the Bryan tray deaerator a completely packaged unit ready for installation with the minimum amount of field assembly. Stainless Steel Vent Pipe Vented to Atmosphere Stainless Steel Internal Vent Condenser Stainless Steel Spray Tube Welded Stainless Steel Trays I Non-Condensable Gases (O2, I Deaerated Water I Steam Condensate Return and Water Make-up Stainless Steel Tray Chamber Deaerator Outlet to Storage Tank Bryan Separable Tank Tray Type Deaerators 1. High water level control 2. Low water level control 3. Make-up water control 4. Vacuum breaker 5. Temperature gauge 6. Pressure gauge 7. Overflow trap 8. Vent 9. Pump suction 10. Pump bypass 11. Chemical port 12. Drain 13. Sample port 14. High temperature condensate return 15. Gauge glass 16. Manway access opening 17. Tray access door 4 A *Note: Stand height varies depending upon pump specifications and job conditions. Dimensions are for reference only and may change without notice. Consult factory for certified dimensions. Specifications Model Capacity Dimensions in inches (cm) Pounds/hr (kg/h) Boiler hp (kW) Storage in gallons (liters) A Overall length B Overall width C* Overall height DTA-70 70,000 (31,752) 2,029 (19,911) 1,400 (5,299) 176 (447) 60 (152) 180 (457) DTA-80 80,000 (36,288) 2,319 (22,756) 1,600 (6,056) 194 (493) 60 (152) 184 (467) DTA-90 90,000 (40,824) 2,609 (25,600) 1,800 (6,813) 190 (483) 66 (168) 173 (439) DTA-100 100,000 (45,360) 2,899 (28,445) 2,000 (7,570) 200 (508) 66 (168)...
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