PX429-1.5KGV_005G5V_5.0KGV_100G5V压力传感器OMEGA

高标准精度±0.08%BSL包括线性、滞后和重复性

新！高精度选项

0.05%精度选项，添加后缀“-eh”

0.03%线性选项，添加后缀“-xl”

所有型号提供5点NIST可追踪校准

316不锈钢湿部

焊接不锈钢外壳

宽温度补偿范围

-29至85°C（-20至185°F）

优质温度性能范围：补偿范围±0.5%

现在提供m12连接器，订购型号px459

低压范围为10 in-H2O

PX429-1.5KGV_005G5V_5.0KGV_100G5V压力传感器OMEGA

欧米茄公司的高精度压阻式压力传感器在高性能商业和航空航天领域的应用已有25年的历史。压阻法使用的应变计分子嵌入到一个高度稳定的硅片。硅片被切成单个的模具，每个模具都包含一个完整的应变计桥。模具安装在密封室中，通过玻璃到金属密封件和不锈钢隔膜保护环境。

少量硅油将压力从隔膜传递到应变桥。这种结构提供了一个非常坚固的传感器，具有卓越的精度、稳定性和热效应。独特的设计通过在隔膜破裂时提供二次流体密封来加固传感器。

在我们最先进的设备，自动测试设备执行压力和温度循环100%的PX409传感器。然后使用极高精度的设备对传感器进行校准，每个传感器都附有5点NIST可追踪校准证书。压阻式磁芯的固有稳定性提供了卓越的长期稳定性、可重复性和极低的热效应，但其价格比低得多的性能传感器。PX409系列的标准功能还包括内置在电子设备和压力元件中的保护功能。反极性、电磁兼容性和电源波动保护是所有型号的标准配置。本质安全和CSA额定值见型号PX529。

PX429-1.5KGV_005G5V_5.0KGV_100G5V压力传感器OMEGA

FAST DELIVERY! Stock to 1-Week!

High Standard Accuracy ±0.08% BSL Includes Linearity, Hysteresis, and Repeatability

NEW! High Accuracy Options

0.05% Accuracy Option, add Suffix "-EH" 

0.03% Linearity Option, add Suffix "-XL"

5-Point NIST Traceable Calibration Provided with All Models

316 Stainless Steel Wetted Parts

Welded Stainless Steel Case

Broad Temperature Compensated Range

-29 to 85°C (-20 to 185°F)

Premium Temperature Performance Span: ±0.5% over Compensated Range

Now Available with M12 Connector, Order Model PX459

Low Pressure Ranges from 10 in-H2O

Absolute Pressure from 5 to 1000 psia

Fast Response Time

Solid State Reliability and Stability

Solid State Reliability and Stability

300% Proof Pressure Minimum

Shock and Vibration Tested

Oega's high accuracy piezoresistive pressure transducers have a proven record in high performance commercial and aerospace applications for over 25 years. The piezoresistive process uses strain gages molecularly embedded into a highly stable silicon wafer. The silicon wafer is diced into individual die which each contain a full strain gage bridge. The die is mounted in a sealed chamber protected from the environment by glass to metal seals and a stainless steel diaphragm.

A small volume of silicone oil transfers the pressure from the diaphragm to the strain bridge. The construction provides a very rugged transducer with exceptional accuracy, stability and thermal effects. A unique design ruggedizes the transducers by providing secondary fluid containment in the event of a diaphragm rupture.