How Traps Work

Most steam traps can automatically identify steam and water (excluding thermostatic type), so as to achieve the purpose of automatic steam blocking and drainage. Steam traps are widely used in petrochemical, food, pharmaceutical, power plants and other industries, and play a great role in energy saving and emission reduction. The structure of the free float trap is simple. There is only a stainless steel hollow floating ball with finely ground moving parts inside. It is both a float and an opening and closing part. There are no vulnerable parts and a long service life. Air exhaust device, very sensitive, can automatically exhaust air, high working quality. When the equipment is just started, the air in the pipeline is discharged through the Y series automatic air exhaust device, the low-temperature condensed water enters the trap, the liquid level of the condensed water rises, the float rises, the valve opens, the condensed water is quickly discharged, and the steam enters quickly. Equipment, the equipment heats up rapidly, the temperature-sensing liquid of the Y series automatic air exhaust device expands, and the automatic air exhaust device closes. The steam trap starts to work normally, the float ball rises and falls with the condensate level, and the steam is blocked and drained. The valve seat of the free floating ball trap is always below the liquid level, forming a water seal, no steam leakage, and good energy saving effect. The minimum working pressure is 0.01Mpa, and it is not affected by temperature and working pressure fluctuations within the range from 0.01Mpa to the highest working pressure, and it continuously drains. It can discharge condensed water at saturation temperature, the minimum subcooling degree is 0℃, and there is no water in the heating equipment, so that the heating equipment can achieve the best heat exchange efficiency. The back pressure rate is greater than 85%, making it one of the most ideal steam traps for production process heating equipment. The structure of this valve is simple. There is only a stainless steel hollow floating ball with finely ground moving parts inside. It is both a float and an opening and closing part. It has no vulnerable parts and has a long service life. Very sensitive, can automatically exhaust air, high quality of work. When the equipment is just started, the air in the pipeline is discharged through the Y series automatic air exhaust device, the low-temperature condensed water enters the trap, the liquid level of the condensed water rises, the float rises, the valve opens, the condensed water is quickly discharged, and the steam enters quickly. Equipment, the equipment heats up rapidly, the temperature-sensing liquid of the Y series automatic air exhaust device expands, and the automatic air exhaust device closes. The steam trap starts to work normally, the float ball rises and falls with the condensate level, and the steam is blocked and drained. The valve seat of the free floating ball trap is always below the liquid level, forming a water seal, no steam leakage, and good energy saving effect. The minimum working pressure is 0.01Mpa, and it is not affected by temperature and working pressure fluctuations within the range from 0.01Mpa to the highest working pressure, and it continuously drains. It can discharge condensed water at saturation temperature, the minimum subcooling degree is 0℃, and there is no water in the heating equipment, so that the heating equipment can achieve the best heat exchange efficiency. The back pressure rate is greater than 85%, making it one of the most ideal steam traps for production process heating equipment. The basic features of the lever float type steam trap are the same as those of the free float type. The lever float trap uses the double drainage structure to increase the condensate displacement, which can achieve a small volume and a large displacement. It is the most ideal trap for large heating equipment.