YB150B型精密压力表产品介绍（中英文对照）
【中文版】
YB150B型精密压力表是一款专为工业现场测量设计的精密仪器，采用优化的机械结构和先进制造工艺，能够提供稳定可靠的压力监测解决方案。产品适用于各类气体、液体介质的压力测量，在石油化工、机械制造、能源电力等领域发挥重要作用。
本款压力表核心优势在于独特的调零功能设计，用户可通过外部旋钮快速完成零点校准操作，有效消除环境温度变化或长期使用导致的示值偏差，确保测量数据长期稳定性。表盘采用高精度刻度印刷技术，配合抗疲劳指针，读数清晰度较常规产品提升30%。内部关键部件选用优质弹性元件，配合多重缓冲结构设计，可在压力波动频繁的工况下保持测量精度。
产品壳体采用全不锈钢材质，经过特殊表面处理工艺，具备优秀的耐腐蚀性能，可在-40℃至70℃环境温度范围内稳定工作。紧凑型结构设计使安装空间需求减少15%，适配更多设备布局需求。宽量程覆盖设计支持0.1MPa至60MPa范围内的多种规格选择，满足不同压力等级的测量要求。
YB150B压力表特别注重用户操作体验，调零机构设置防误操作保护设计，避免校准过程中的意外调整。表玻璃采用双层钢化处理，抗冲击性能达到工业防护等级要求。产品通过严格出厂测试，平均无故障工作时间超过20000小时，为流程控制提供持续可靠的数据支持。
【English Version】
The YB150B Precision Pressure Gauge is an industrial-grade measuring instrument featuring optimized mechanical structure and advanced manufacturing processes. It delivers reliable pressure monitoring for gaseous and liquid media across petrochemical, machinery manufacturing, and energy industries.
The gauge s distinguishing feature is its user-friendly zero adjustment mechanism. The external calibration knob allows quick zero-point correction, effectively compensating for measurement deviations caused by temperature variations or prolonged use. The dial incorporates high-precision scale printing and fatigue-resistant pointer, improving readability by 30% compared to standard gauges. Critical internal components utilize premium elastic elements with multi-stage buffer design, maintaining measurement accuracy under fluctuating pressure conditions.
Constructed with stainless steel housing treated with anti-corrosion surface technology, the gauge operates reliably in ambient temperatures from -40℃ to 70℃. Its compact design reduces installation space requirements by 15%, accommodating diverse equipment layouts. The product offers wide-range measurement capabilities from 0.1MPa to 60MPa, with multiple specifications available for different pressure levels.
User-centric design details include anti-misoperation protection for the zero-adjustment mechanism and dual-layer tempered glass with enhanced impact resistance. Each unit undergoes rigorous factory testing, achieving over 20,000 hours of mean time between failures. This ensures continuous, dependable performance for industrial process control systems requiring precise pressure monitoring.
