Honeywell 13C1000PA6K Packaged Pressure Sensor Guide
The Honeywell 13C1000PA6K packaged pressure sensor is built for engineers and system designers who need dependable absolute pressure measurement in demanding industrial environments. In applications where media compatibility, long-term stability, and rugged packaging matter just as much as signal quality, this model stands out as a practical option. The device belongs to Honeywell’s 13 mm compensated pressure sensor family, a series widely used in industrial controls, hydraulic systems, process instrumentation, and pressure transmitter assemblies.
What Makes the Honeywell 13C1000PA6K Different?
The Honeywell 13C1000PA6K absolute pressure sensor combines a 1000 psi pressure range with a compact media-isolated stainless steel construction. Because it is an absolute pressure version, it measures pressure relative to a sealed vacuum reference rather than ambient atmospheric pressure. That makes it especially useful in applications where barometric variation should not affect readings. This is often relevant in closed-loop industrial equipment, calibration systems, and specialized fluid management installations.
Another important point is the sensor’s mechanical format. The Honeywell 13C1000PA6K packaged pressure sensor uses a 7/16-20 UNF pressure connection, which can simplify integration for equipment designed around that fitting style. Designers looking for a Honeywell pressure transducer with a robust threaded connection often focus on this type of configuration when sealing performance and installation repeatability are priorities.
Performance and Application Value
In real-world engineering work, accuracy is only one part of the story. The sensor also needs to remain stable through temperature changes, vibration, and repetitive pressure cycles. That is why the Honeywell 13C1000PA6K industrial pressure sensor is relevant for OEM platforms and harsh-duty equipment. Its compensated design supports more consistent output across the rated compensated temperature range, while the stainless steel media-isolated structure helps protect the sensing element from aggressive fluids compatible with 316L stainless steel.
From a content and search perspective, engineers often look for phrases such as Honeywell 13C1000PA6K pressure transducer, Honeywell 13C1000PA6K absolute pressure sensor, and Honeywell packaged pressure sensor 1000 psi. All of those reflect the actual use case of this model: stable pressure monitoring in environments where rugged construction is not optional.
Where the Honeywell 13C1000PA6K Is Commonly Used
This sensor can fit well into hydraulic control systems, pressure transmitter designs, industrial control cabinets, liquid pressure monitoring assemblies, and process control equipment. It is also relevant where engineers want a compact Honeywell 1000 psi pressure sensor that can be integrated into a broader measurement package without moving to a larger transducer footprint.
For more information about Honeywell, it helps to review the broader pressure sensor portfolio and compare connection styles, pressure references, and excitation formats before finalizing a design.
FAQ
What type of pressure does the Honeywell 13C1000PA6K measure?
The Honeywell 13C1000PA6K measures absolute pressure. That means it references a sealed vacuum and is not influenced by normal atmospheric pressure changes in the same way a gage sensor is.
Is the Honeywell 13C1000PA6K suitable for harsh environments?
Yes. It is designed as part of Honeywell’s rugged 13 mm stainless steel pressure sensor family. Its media-isolated construction and heavy-duty package make it suitable for industrial environments where vibration, temperature variation, and fluid exposure are important considerations.
Why would an engineer choose an absolute pressure sensor instead of a sealed gage model?
An absolute pressure sensor is often preferred when pressure readings must remain independent of ambient atmospheric fluctuations. This can improve consistency in controlled systems, calibration tasks, and closed-process measurements.
What should be checked before integrating the Honeywell 13C1000PA6K?
Review the pressure connection, excitation requirements, mounting arrangement, media compatibility, and expected operating temperature range. It is also good practice to confirm the required signal conditioning path in the host system.
Is the Honeywell 13C1000PA6K mainly for OEM use?
Yes, it is well suited for OEM integration. Its compact form factor and rugged construction make it a strong candidate for custom industrial assemblies, pressure transmitters, and machine-level control systems.