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The NOSHOK PT20-750PSIG-1-5-2-25 is a high-accuracy pressure transmitter from the PT Series, designed to replace legacy 100, 200, 300, and 615 series models. It features a 750 PSIG measurement range with a 4-20 mA analog output signal. The unit utilizes a robust industrial design suitable for demanding environments, offering verified authenticity and manufacturer-backed warranties. This component integrates precise sensing technology to deliver reliable performance in fluid power and general manufacturing applications.
Verify part number accuracy using the official PT Series Part Number Crossover Tool to ensure correct transition from legacy models. Confirm application requirements against extreme condition ratings up to 85,000 psi if applicable. Source only from authorized distributors to guarantee manufacturer-backed warranties and verified authenticity. Request calibration services if required for specific operational standards.
Select this model when replacing older 100, 200, 300, or 615 series transmitters requiring a 750 PSIG range. Ensure the 4-20 mA output aligns with existing control system interfaces. Consider environmental factors such as temperature and media compatibility before finalizing the choice. Utilize the crossover tool to map legacy specifications accurately to the new PT Series configuration.
This transmitter belongs to the NOSHOK PT Series, which consolidates multiple legacy product lines into a unified high-accuracy platform. The series serves engineers and procurement managers across various industrial sectors. It represents a modernization effort to streamline inventory and support lifecycle management through standardized, reliable measurement solutions backed by extensive field experience.
Use the PT Series Part Number Crossover Tool to identify direct replacements for legacy 100, 200, 300, and 615 series units. Verify physical mounting dimensions and electrical interface compatibility during the transition process to ensure seamless integration into existing infrastructure without modification.