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Model E1204, 1200 BHP Steam Generator

Model E1204, 1200 BHP Steam Generator
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Model E1204, 1200 BHP Steam Generator - 1

MODEL E1204-DZ STEAM GENERATOR 1,200 BHP Standard and FMB CLAYTON STEAM GENERATORS OFFER: • COMPACT SIZE Clayton steam generators will normally fit in any available area while also reducing construction costs on new building installations. . FUEL EFFICIENT High efficiency which is inherent with the clayton design translates into lower operating costs and improved overall system operation . RESPONSIVE Very rapid response to changing steam loads. Clayton steam generator will automatically modulate to match your steam load profile while maintaining system steam pressure . SAFE Our once through design eliminates the possibility of a steam or water side explosion. The Clayton steam generator is simply the safest steam boiler on the market. . LESS WATER WASTE Clayton’s design concentrates TDS blow down significantly which reduces wasted fuel, water and chemical costs. . FAST START Full steam pressure and output in minutes from a cold startup saves fuel and labor cost over conventional designs. Eliminates wasted fuel from idling. . AUTOMATIC Operation is automatically controlled and the Clayton steam generator can be started from a single switch or remotely using an automatic start option. . LOW WEIGHT The relatively light weight means that all sizes of Clayton steam generators can be easily moved and installed even in areas with limited structural support. • RELIABLE Reliability of the Clayton steam generator is field proven and unsurpassed. This results in greatly reduced maintenance and attendance. • HIGH QUALITY STEAM Steam Quality in excess of 99.5% dry is assured at all times. This is the highest steam quality of any competitive design. Less water and impurities further increase your energy efficiency.

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Model E1204, 1200 BHP Steam Generator - 2

MODEL E1204 BOILER HORSEPOWER HEAT INPUT, BTU/hr. Oil Gas NET HEAT OUTPUT, BTU/hr. EQUIVALENT OUTPUT (from and at 212°F feedwater and 0 PSIG steam) DESIGN PRESSURE (see note 1) STEAM OPERATING PRESSURE (determined by design pressure) OIL CONSUMPTION - gph at maximum steam output (see note 2) GAS CONSUMPTION - cfh at maximum steam output (see note 3) BURNER CONTROLS modulating EFFICIENCY oil-fired efficiency % gas-fired efficiency % ELECTRIC MOTORS, HP (see note 4) design pressure 15-300 psig design pressure 301-500 psig ELECTRIC FLA, based on 460 V (see note 5) design pressure 65-300...

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