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1. The outlet water temperature of the non-boiling economizer should be lower than the saturated water temperature of the boiler by () degrees Celsius. A) 20 degrees Celsius. B) 25-30 degrees Celsius. C) 30-40 degrees Celsius. D) 50 degrees Celsius. The answer is A) 20 degrees Celsius.
1. The outlet water temperature of the non-boiling economizer should be lower than the saturation water temperature of the boiler (D) degrees Celsius.
1. The outlet water temperature of the non-boiling economizer should be lower than the saturation water temperature of the boiler by (C) degrees Celsius. A) 20 degrees Celsius. B) 25-30 degrees Celsius. C) 30-40 degrees Celsius. D) 50 degrees Celsius.
The outlet water temperature of the non-boiling economizer should be lower than the saturation water temperature of the boiler, which is 50 degrees Celsius.
The outlet water temperature of the non-boiling economizer should be lower than the saturation water temperature of the boiler, which is 50 degrees Celsius.
1. The outlet water temperature of the non-boiling economizer should be lower than the saturated water temperature of the boiler by (b) degrees Celsius. A) 20 degrees Celsius. B) 25-30 degrees Celsius. C) 30-40 degrees Celsius. D) 50 degrees Celsius.
The outlet water temperature of the non-boiling economizer should be lower than the saturation water temperature of the boiler by (A) degrees Celsius. A) 20 degrees Celsius. B) 25-30 degrees Celsius. C) 30-40 degrees Celsius. D) 50 degrees Celsius.
The outlet water temperature of the non-boiling economizer should be 30°C or more below the boiler’s saturated water temperature (B)
The outlet water temperature of the non-boiling economizer should be lower than the saturation water temperature of the boiler by () degrees Celsius. B) 25-30 degrees Celsius.