SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The NOSHOK PT30-10000PSIG-1-1-50-17-CC is a high-pressure pressure transmitter designed for industrial applications requiring precise measurement in extreme environments. This model features a 10,000 PSIG pressure range and utilizes a stainless steel construction to ensure durability and resistance to corrosion. It provides an analog output signal suitable for integration into control systems. The device is engineered to maintain accuracy under high-stress conditions, making it appropriate for sectors such as oil and gas, chemical processing, and hydraulic systems where reliable pressure monitoring is critical.
Verify the specific part number against official NOSHOK documentation to confirm technical specifications. Ensure compatibility with existing system interfaces and environmental requirements before purchase. Consult authorized distributors for availability and lead times. Request certification documents to validate performance standards. Confirm warranty terms and support options directly with the manufacturer or certified suppliers.
Select this model based on the required 10,000 PSIG pressure range and output signal type. Evaluate environmental factors such as temperature extremes and media compatibility. Consider installation constraints and connection types. Compare with other NOSHOK series if different accuracy or housing materials are needed. Ensure the selected variant meets all safety and regulatory standards for the intended application.
NOSHOK, Inc. specializes in pressure measurement solutions, including gauges, switches, and transmitters. The company has been a pioneer in liquid-filled gauges since 1967. Their product line serves various industries with a focus on quality and reliability. The PT series represents their advanced transmitter offerings for industrial use.
Check for direct replacements within the NOSHOK PT series with matching pressure ranges and output signals. Verify pinout compatibility and mounting dimensions. Consult NOSHOK technical support for cross-reference information. Ensure any substitute meets the same environmental and performance standards.