Leverage Float Traps and Inverted Bucket Traps

The basic characteristics of the lever float type trap are the same as that of the free float type. The internal structure is a pressure reducing valve connecting the lever to drive the valve core, and the valve is opened and lowered with the liquid level of the condensed water.
Basic Features 
First, the lever float type trap uses double valve seat to increase the condensate displacement, which can achieve a large volume to obtain extra large displacement.
Second, the lever float type trap has a maximum water displacement of 65 tons / hour, which is the most ideal regulating valve for large heating equipment.
The inside of the inverted bucket type trap is an inverted bucket for the liquid level sensitive component, the bucket opening is downward, and the inverted bucket connecting the lever drives the spool to open and close the valve. The inverted bucket type trap can discharge air, is not afraid of water hammer, has less subcooling, and has a maximum back pressure of 85% and intermittent drainage. This type of trap uses the temperature difference between steam and condensate to cause deformation or expansion of the temperature sensing element to drive the spool opening and closing valve. The subcooling degree of the thermostatic trap is larger than that of the ball valve. Generally, the degree of subcooling is 15 to 40 degrees. It can utilize a part of the sensible heat in the condensed water. There is always high temperature condensed water before the valve, no steam leakage, and energy saving effect. Significant.