ഡിസം . 30, 2024 11:46 പട്ടികയിലേക്ക് മടങ്ങുക

Techniques for the use of stainless steel hose clamps

Stainless steel hose clamp technology:

The ratio of the exhaust pressure of the stainless steel hose clamp to the inlet pressure of the stainless steel hose clamp is called the external pressure ratio; There are various internal resistances inside the stainless steel hose clamp, such as the pressure loss of the stainless steel hose clamp inlet filter, the resistance loss of the inlet hole of the stainless steel hose clamp host, the resistance loss of the exhaust hole of the stainless steel hose clamp, and the resistance loss of the stainless steel hose clamp oil separation system, so the actual intake pressure of the stainless steel hose clamp is lower than the atmospheric pressure, the actual exhaust pressure of the stainless steel hose clamp is higher than the air supply pressure of the whole machine, and the ratio of the actual exhaust pressure of the stainless steel hose clamp to the actual inlet pressure pressure of the host is called the internal pressure ratio, and the closer the internal pressure ratio of the stainless steel hose clamp is to the external pressure ratio, the more energy-saving the machine is.

The low speed of the stainless steel hose clamp makes its intake and exhaust orifice significantly larger, the airflow velocity at the stainless steel hose clamp orifice is greatly reduced, and the internal pressure ratio of the stainless steel hose clamp is reduced, resulting in a reduction in energy consumption.

The input power in the compression process of the stainless steel hose clamp is turned into heat, which makes the temperature of the stainless steel hose clamp gas rise sharply, and the stainless steel hose clamp needs to consume more power to compress the high-temperature gas. The ideal stainless steel hose clamp compression process is one in which the pressure is increased and the temperature is constant. During the compression process of the stainless steel hose clamp, a large amount of oil is injected into the stainless steel hose clamp to reduce the temperature rise. The heat exchange between the oil and gas of the stainless steel hose clamp takes time, the low speed of the stainless steel hose clamp makes the heat exchange between oil and gas perfect, the temperature of the stainless steel hose clamp compression process rises slowly, and the low temperature is always maintained, so the power consumption of the stainless steel hose clamp compression process is significantly lower than that of the high-speed stainless steel hose clamp, and the life of the lubricating oil of the stainless steel hose clamp is also significantly extended.

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