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Cast-iron non-boiling economizers require that the outlet water temperature be at least () lower than the saturated temperature corresponding to the water pressure. A. 10 degrees Celsius. B, 20 degrees Celsius. C, 30 degrees Celsius. 35 degrees Celsius.
C, 30 degrees. ----------------------------------------
It seems to be B or C; I read about it in a book; I guess it’s C30℃
Cast-iron non-boiling economizers require that the outlet water temperature be at least (C) lower than the saturation temperature corresponding to the water pressure. A. 10 degrees Celsius. B, 20 degrees Celsius. C, 30 degrees Celsius. 35 degrees Celsius.
Cast-iron non-boiling economizers require that the outlet water temperature be at least (C) lower than the saturation temperature corresponding to the water pressure. A. 10 degrees Celsius. B, 20 degrees Celsius. C, 30 degrees Celsius. 35 degrees Celsius.
Cast-iron non-boiling economizers require that the outlet water temperature be at least (C) lower than the saturation temperature corresponding to the water pressure. A. 10 degrees Celsius. B, 20 degrees Celsius. C, 30 degrees Celsius. 35 degrees Celsius.
Cast-iron non-boiling economizers require that the outlet water temperature be at least (C, 30 degrees Celsius) lower than the saturated temperature corresponding to the water pressure. ).
Cast-iron non-boiling economizers require that the outlet water temperature be at least (C) lower than the saturation temperature corresponding to the water pressure. A. 10 degrees Celsius. B, 20 degrees Celsius. C, 30 degrees Celsius. 35 degrees Celsius.
Cast-iron non-boiling economizers require that the outlet water temperature be at least (c) degrees lower than the saturation temperature corresponding to the water pressure.
Cast-iron non-boiling economizers require that the outlet water temperature be at least (C, 30 degrees Celsius) lower than the saturated temperature corresponding to the water pressure. ).