【YN150A型精密耐震压力表中英文产品介绍】
中文介绍：
YN150A型耐震压力表是一款专为复杂工业环境设计的精密压力测量仪表，融合耐腐蚀、抗震动与高温适应等多重性能优势。该产品采用全密封式结构设计，内部填充高性能阻尼介质，可有效缓解机械振动与介质脉动对测量精度的影响。表壳选用316L不锈钢一体化成型工艺，结合双层隔离膜片结构，确保在强腐蚀性介质环境下保持长期稳定运行。
本产品核心部件配置进口弹性元件，配合特制合金材质弹簧管，能够在-20℃至+150℃温度范围内保持0.5级精度等级。指针系统采用三防处理工艺，表面覆盖防眩目强化玻璃，在震动频率≤25Hz、振幅≤1mm的工况条件下仍可清晰读数。针对高温作业场景的特殊需求，表体配备环形散热装置与多层隔热保护层，使产品在持续高温环境中保持稳定的机械性能。
YN150A压力表适用于石油化工、能源电力、冶金制造等行业的流体压力监控，特别适合存在强烈震动源或介质温度剧烈波动的安装场景。其模块化设计支持轴向/径向多种接口方式，适配G1/2、M20×1.5等常规螺纹标准。维护人员可通过可调式阻尼阀实时调节指针灵敏度，配合180度全量程刻度盘设计，显著提升极端工况下的数据读取可靠性。
English Introduction:
The YN150A precision vibration-proof pressure gauge is engineered for demanding industrial environments, integrating corrosion resistance, shock absorption, and high-temperature adaptability. Featuring a fully sealed structure filled with high-performance damping fluid, it effectively mitigates measurement deviations caused by mechanical vibrations and medium pulsations. The 316L stainless steel casing with dual-layer isolation diaphragm ensures long-term stability in highly corrosive media.
Equipped with imported elastic sensing elements and specially alloyed Bourdon tubes, this instrument maintains 0.5% accuracy across a temperature range of -20℃ to +150℃. The anti-glare toughened glass cover and triple-protected pointer system guarantee clear readings under vibration conditions up to 25Hz frequency and 1mm amplitude. The integrated thermal dissipation ring and multi-layer insulation effectively preserve mechanical integrity in sustained high-temperature operations.
This pressure gauge is particularly suitable for fluid monitoring in petrochemical, power generation, and metallurgical industries where intense vibrations or temperature fluctuations occur. Modular design accommodates axial/radial installations with G1/2 or M20×1.5 thread connections. The adjustable damping valve allows real-time sensitivity calibration, complemented by a 180-degree calibrated dial that enhances readability in extreme conditions. Its robust construction and precision mechanism deliver reliable pressure measurement while withstanding harsh operational environments.
