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The NOSHOK PT30-100psia-1-1-2-3-ST8-CC is a high-accuracy industrial pressure transmitter designed for precise measurement in demanding environments. This specific model features a 100 psia absolute pressure range, utilizing a stainless steel wetted path for corrosion resistance and durability. It provides standard electrical outputs suitable for integration into data acquisition systems and control loops. The unit is engineered to deliver reliable performance across various industrial applications requiring accurate static pressure monitoring.
Verify the exact part number configuration against official NOSHOK documentation before ordering. Confirm that the 100 psia absolute range and specified output signals match the system requirements. Ensure environmental conditions such as temperature and media compatibility align with the transmitter's specifications. Cross-reference the connector type and cable length options if applicable to avoid integration issues.
Select this model when high accuracy and reliability are critical for static pressure measurement. Consider the PT30 series for applications requiring premium accuracy and field adjustability. Evaluate the need for absolute pressure sensing versus gauge or vacuum ranges. Ensure the stainless steel wetted parts are compatible with the process media to prevent corrosion and ensure long-term stability.
The PT30 series represents NOSHOK's line of high-accuracy fixed-range transmitters and transducers. These devices are designed for industrial applications requiring precise pressure measurement. The series offers various pressure ranges and output options to suit different system needs. NOSHOK has established a reputation for quality and reliability in pressure measurement solutions since its founding.
No public confirmed substitute part numbers are available in the provided source material. Consult NOSHOK technical support for potential cross-references or updated models. Verify compatibility with existing mounting and electrical connections when considering alternative components.