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— IC芯片 | 连接器 | 传感器 | 被动器件 —
The NOSHOK PT20-150PSIG-1-1-2-8-CC is a pressure transmitter designed for industrial process monitoring. It features a stainless steel wetted path and an isolated diaphragm construction to ensure durability in demanding environments. The unit provides a standard analog output signal compatible with control systems. It utilizes a piezoresistive sensing element housed within a robust enclosure. The device supports common electrical connections and offers high accuracy for continuous pressure measurement applications.
Verify the specific process connection size and thread type required for your installation before ordering. Confirm that the operating pressure range does not exceed the rated limit of the selected model. Ensure the electrical interface matches your existing control system wiring. Check environmental ratings if the installation involves extreme temperatures or vibration. Consult official documentation for detailed dimensional drawings and mounting requirements.
Select this model based on the required pressure range and medium compatibility. Consider the output signal type needed for your data acquisition system. Evaluate the physical space constraints for the transmitter dimensions. Assess the environmental conditions such as temperature and humidity. Review the accuracy class required for your specific application needs.
NOSHOK manufactures a wide range of pressure measurement instruments including gauges, transmitters, and switches. The PT series represents their line of pressure transmitters focused on reliability and precision. These devices are commonly used in sectors requiring accurate pressure monitoring. The brand emphasizes quality and long-term performance in industrial settings.
Check for direct cross-reference part numbers from NOSHOK's current catalog. Verify that any substitute matches the electrical specifications and physical footprint. Ensure the replacement maintains the same pressure rating and material compatibility. Review updated datasheets for any changes in performance characteristics.