Honeywell 13C1000PS1L Packaged Pressure Sensor Guide
The Honeywell 13C1000PS1L packaged pressure sensor is a compact industrial sensing solution developed for reliable sealed gage pressure measurement in tough operating conditions. As part of Honeywell’s 13 mm compensated sensor platform, it is intended for engineers who need stable output, a rugged mechanical format, and dependable performance over time. This model is especially relevant in equipment where pressure cycles, environmental stress, and installation durability all influence sensor selection.
Understanding the Honeywell 13C1000PS1L
The Honeywell 13C1000PS1L pressure sensor is a 1000 psi sealed gage model. A sealed gage sensor references pressure against a fixed sealed atmospheric reference, which makes it a practical choice in applications where relative pressure is important but exposure to changing ambient conditions should be managed more consistently than in a standard vented approach. This can be valuable in industrial pressure monitoring, hydraulic assemblies, and tank pressure systems.
One of the defining characteristics of the Honeywell 13C1000PS1L packaged pressure sensor is its package style. The code indicates a ring with back support configuration, which is often attractive for OEM designs that require robust integration into a larger pressure assembly. For design teams searching terms like Honeywell 13C1000PS1L pressure transducer, Honeywell sealed gage pressure sensor, or Honeywell 1000 psi industrial pressure sensor, this model fits squarely into that technical category.
Why the Current Excitation Version Matters
The Honeywell 13C1000PS1L uses the current excitation format rather than the 10 Vdc supply version. In some architectures, engineers prefer a current-excited sensor because it aligns better with existing analog conditioning strategies or system-level design requirements. This choice can influence electrical integration, signal behavior, and the structure of the measurement electronics around the sensor.
When selecting a Honeywell packaged pressure sensor for embedded use, this electrical detail can be just as important as the pressure range or process connection. It affects how the sensor interacts with instrumentation circuitry, especially in tightly managed industrial electronics platforms.
Typical Use Cases for the Honeywell 13C1000PS1L
This model can be considered for process control assemblies, hydraulic monitoring modules, pressure transmitter subassemblies, and tank pressure applications where compact packaging is important. Because the Honeywell 13C1000PS1L industrial pressure sensor belongs to a compensated family, it is also relevant where predictable performance across temperature changes is part of the design requirement.
For more information about Honeywell, reviewing related product families can help compare pressure connection styles, pressure reference types, and excitation options before specifying a final sensor architecture.
FAQ
What does sealed gage mean for the Honeywell 13C1000PS1L?
Sealed gage means the sensor is referenced to a sealed atmospheric condition rather than open ambient air. This can help support more controlled relative pressure measurement in industrial systems.
Why would someone choose the Honeywell 13C1000PS1L over another 1000 psi pressure sensor?
Engineers may choose it because of its compact 13 mm compensated design, rugged stainless steel construction, sealed gage reference, and current excitation format. These characteristics can make it a strong fit for integrated OEM pressure assemblies.
Is the Honeywell 13C1000PS1L intended for industrial environments?
Yes. It is designed for demanding environments where pressure sensing must remain reliable under vibration, shock, and temperature variation, provided the application is compatible with the sensor’s construction and media limits.
What should system designers verify before use?
Designers should check the electrical interface, mechanical mounting method, pressure reference requirement, media compatibility, and how the sensor output will be conditioned inside the final product.
Can the Honeywell 13C1000PS1L be used in custom transmitter designs?
Yes, that is one of its most relevant use cases. Its package style and compensated design make it suitable for OEM transmitter and instrumentation projects where the sensor is part of a larger engineered assembly.