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The NOSHOK PT30-10000PSIG-1-5-2-36-ST8 is a high-pressure pressure transmitter designed for industrial applications requiring precise measurement in extreme environments. This specific model features a maximum operating pressure of 10,000 PSIG, ensuring reliable performance under significant stress. It utilizes a stainless steel wetted materials construction to resist corrosion and maintain integrity when exposed to aggressive media. The unit provides an electrical output signal suitable for integration into standard control systems, facilitating accurate data acquisition and process monitoring.
Verify that the specified pressure rating of 10,000 PSIG aligns with the actual system requirements before procurement. Confirm the process connection type and material compatibility with the intended medium to ensure long-term reliability. Ensure the electrical output configuration matches the receiving equipment's input specifications. Review the environmental conditions for temperature extremes or hazardous area classifications to confirm suitability.
Select this model when the application demands a pressure range extending to 10,000 PSIG. Consider the stainless steel construction if the process fluid requires resistance to corrosion or erosion. Evaluate the need for high stability and accuracy in critical process control loops. Compare against lower-rated transmitters if the system pressure rarely exceeds standard industrial limits to optimize cost.
This component belongs to the NOSHOK PT series of pressure transmitters, which are engineered for demanding industrial environments. The series is known for its durability and precision in measuring static pressure. The PT30 variant specifically addresses applications requiring higher pressure capabilities compared to standard low-range models. NOSHOK products are widely utilized in sectors where measurement accuracy and equipment longevity are paramount.
When replacing existing units, verify that the new transmitter matches the physical dimensions and mounting style of the legacy device. Ensure the electrical output signal type and range are compatible with the existing control system inputs. Check for any changes in process connection threads or seal materials required by the new model. Confirm that the replacement part meets the same safety and certification standards as the original equipment.