Honeywell 13C1000PA4K Packaged Pressure Sensor Review
The Honeywell 13C1000PA4K packaged pressure sensor is designed for applications where pressure measurement has to remain dependable in difficult operating conditions. As a member of Honeywell’s 13 mm Series, it combines a rugged stainless steel isolated construction with an industrial pressure range that fits many high-demand systems. For engineers, maintenance planners, and OEM teams, the Honeywell 13C1000PA4K pressure sensor is a practical reference point when comparing compact heavy-duty pressure transducers.
What Is the Honeywell 13C1000PA4K?
The Honeywell 13C1000PA4K packaged pressure sensor is publicly listed as a compensated 0 psi to 1000 psi absolute pressure transducer with a 1/8-27 NPT connection and 10 Vdc excitation. That combination makes it relevant for threaded installation into industrial assemblies where absolute pressure measurement is required. Compared with more basic sensing formats, this kind of packaged pressure sensor offers a stronger path for integration into real equipment that experiences vibration, pressure cycling, and media exposure.
The Honeywell 13C1000PA4K packaged pressure sensor also benefits from the overall 13 mm Series design concept, which uses a proven piezoresistive semiconductor chip in an oil-isolated housing. This architecture is specifically associated with harsh environments and applications involving gases and liquid flow.
Technical Features That Matter
What makes the Honeywell 13C1000PA4K packaged pressure sensor technically useful is not just the 1000 psi range. It is the combination of measurement range, absolute pressure reference, stainless steel isolated construction, and a threaded port style suited to industrial installation. In process equipment or hydraulic support systems, those details often determine whether a sensor remains stable in daily service.
Honeywell’s 13 mm Series is also described as highly reliable, stable, and accurate, with a design intended for hostile media in harsh environments. That gives the Honeywell 13C1000PA4K pressure sensor relevance in demanding OEM builds where long-term consistency matters more than feature overload.
Industrial Relevance of the Honeywell 13C1000PA4K Pressure Sensor
This Honeywell packaged pressure sensor can be considered for industrial controls, hydraulic controls, process skids, tank pressure measurement, pressure transmitters, and machine-level monitoring assemblies. Because it is an absolute pressure sensor, it is particularly useful in systems where readings must remain independent from changing local atmospheric pressure. That makes the Honeywell 13C1000PA4K packaged pressure sensor a strong fit for sealed systems and controlled process environments.
For more information about Honeywell, the wider 13 mm Series portfolio provides a useful framework for comparing pressure ranges, connection options, and reference types.
FAQ
What is the pressure range of the Honeywell 13C1000PA4K?
The Honeywell 13C1000PA4K is listed as a 0 psi to 1000 psi absolute pressure sensor. This pressure span makes it suitable for many industrial and OEM applications that operate in higher-pressure environments.
Does the Honeywell 13C1000PA4K use an NPT connection?
Yes. Publicly available part references identify the Honeywell 13C1000PA4K with a 1/8-27 NPT port. This helps simplify installation in threaded pressure interfaces commonly found in industrial equipment.
Why would an engineer choose an absolute pressure sensor like the Honeywell 13C1000PA4K?
An absolute pressure sensor is useful when the measurement must be referenced to a vacuum baseline instead of local atmospheric pressure. This can improve consistency in sealed systems, process equipment, and controlled industrial environments.
Is the 13C1000PA4K designed for harsh environments?
Yes. The 13 mm Series is described as a stainless steel isolated pressure sensor family intended for harsh environments and for measuring gases and liquid flow involving hostile media.
What industries or systems can use the 13C1000PA4K packaged pressure sensor?
It can be relevant for hydraulic controls, industrial process systems, machine-integrated monitoring, pressure transmitters, and tank pressure applications where rugged packaged sensing and reliable absolute measurement are required.