Shockproof Pressure Gauge "means" shock resistant pressure gauge ", which is a specially designed instrument for accurately measuring pressure in harsh working conditions such as vibration and impact.
Structural characteristics
Internal filling: Usually filled with liquids such as glycerin and silicone oil. These liquids can act as a buffer, preventing the pointer from swinging excessively when the pressure gauge is subjected to vibration. For example, during transportation or installation in industrial sites with frequent start stop and vibration of large machinery, filling liquid can reduce the impact of vibration on measuring components.
Durable casing: The casing is generally made of high-strength materials such as stainless steel, cast steel, etc. The design of the casing can effectively protect the measuring components and movements inside, preventing damage caused by external impacts. Anti vibration pressure gauges installed on equipment with strong vibrations such as construction machinery and mining machinery have sturdy casings that can withstand unexpected situations such as collisions and drops.
application area
Industrial manufacturing: widely used in various factories in the manufacturing industry. In the stamping workshop of an automobile manufacturing factory, there are large stamping equipment that generates strong vibrations, and the shockproof pressure gauge can accurately measure the pressure of the hydraulic system; In the machining workshop, if there is vibration in the coolant circulation system of the machine tool, a shock resistant pressure gauge can also be used to monitor the pressure situation.
Energy extraction: In the field of oil extraction, whether on drilling platforms or in underground oil extraction equipment, there will be vibration environments. For example, the vibration generated by the pumping unit during operation can be measured by a shock resistant pressure gauge to measure the pressure inside the oil pipe. In coal mining, ventilation systems, drainage systems, etc. may be affected by vibrations caused by underground blasting, coal mining machine operation, and other factors. The use of this pressure gauge can ensure the accuracy of pressure measurement.
Transportation: It is also applied in certain pressure monitoring systems of vehicles such as cars, trains, and airplanes. For example, the pressure monitoring in the fuel supply system and braking system of a car engine can ensure stable operation of the shock resistant pressure gauge during vehicle bumps and vibrations, ensuring driving safety. In the hydraulic system of an aircraft, although the aircraft has shock-absorbing design, it may still be subject to vibrations caused by factors such as airflow during flight. The shock-absorbing pressure gauge can ensure the accuracy of pressure measurement and ensure flight safety.
