1. In the production process of heat exchange equipment, drying room, rapid heat exchanger, distillation equipment, etc., which require rapid heating, and production heating equipment that does not allow condensed water, mechanical traps should be used.
Mechanical traps are not affected by changes in operating temperature and pressure, and drain when there is water. The degree of subcooling is small, and there is no water in the heating equipment, which can make the heating equipment reach the best operating temperature. Among them, the free-floating steam trap has the most advanced structure and is very sensitive. The minimum subcooling degree is 0°C, and it can drain the saturated temperature condensate without steam leakage. It has the most advantages and can make the heating equipment achieve the best working efficiency. It is the most ideal trap for production process heating equipment.
2. In steam pipelines, heat tracing pipelines, small heating equipment, heating equipment, and steam equipment with low temperature requirements, thermostatic traps should be used.
The thermostatic trap has large subcooling and low condensate discharge temperature, which can make full use of the sensible heat of high-temperature condensate and has a good energy-saving effect. Among them, the structure of the bellows type steam trap is the most advanced, no manual adjustment is required, and it is very sensitive. There are two types of bellows with maximum subcooling of 15℃ and 30℃ for selection. It is not afraid of freezing, small in size, and can be installed at any position. The valve core can be repaired and replaced on the pipeline, saving money and labor, has a long service life, and has a wide range of applications. It is a high-quality thermostatic trap.
3. In high temperature and high pressure superheated steam pipelines and equipment, superheated steam traps should be used.
The superheated steam trap can separate the high temperature condensate generated when the superheated steam disappears under the severe working conditions of high temperature, high pressure and small load. Among them, the disc-type steam insulation trap uses pipeline steam to insulate the main steam chamber of the trap. It has an advanced structure. In the absence of condensate, the trap closes tightly. It has high working quality and long service life. It is high-pressure overheating. Steam trap.
