Honeywell 13C3000PS5K Pressure Sensor: Heavy-Duty 3000 psi Sealed Gauge Performance
The Honeywell 13C3000PS5K pressure sensor is a high-pressure sensing solution developed for industrial systems that need a strong balance of rugged packaging, practical mounting, and dependable sealed gauge measurement. In the Honeywell 13 mm Series, this part stands out as a Honeywell 13C3000PS5K packaged pressure sensor with a 3000 psi sealed gauge range and a male 1/4-18 NPT connection, which is a very usable format in hydraulic and process-related equipment.
Technical Profile at a Glance
The Honeywell 13C3000PS5K pressure transducer provides a Wheatstone bridge output in the 98 mV to 102 mV range and is specified with ±0.25% accuracy. It also uses flex cable termination, which helps during OEM integration where sensor placement and control electronics may not sit in the same physical area. With a maximum pressure rating significantly above the normal operating range, this model is clearly intended for robust industrial service rather than light-duty sensing tasks.
The 1/4 NPT threaded pressure interface is another practical advantage. In real installations, standard thread types reduce integration friction, simplify service planning, and help engineers work with familiar mechanical connections. That alone makes the Honeywell 13C3000PS5K pressure sensor appealing for machinery and fluid power systems.
Why Sealed Gauge Pressure Is Useful
Sealed gauge measurement is often a smart choice in systems that need stable gauge-style readings without relying directly on changing ambient conditions. In industrial environments, that can be helpful where atmospheric shifts, contamination concerns, or environmental exposure make a simple vented approach less attractive. As a result, the Honeywell 13C3000PS5K pressure sensor is often considered for demanding hydraulic and pressure control designs.
Because it belongs to Honeywell’s media-isolated stainless steel 13 mm platform, the sensor is also aligned with harsh-environment applications. The family is designed for hostile media, repeated pressure cycling, and broad operating temperatures, which are real concerns in industrial equipment.
Application Perspective
The Honeywell 13C3000PS5K packaged pressure sensor is a strong match for hydraulic control systems, industrial process equipment, pressure transmitter assemblies, and OEM designs that require a compact but durable 3000 psi sensing element. It is particularly relevant when designers prefer a raw bridge output and want full control over downstream electronics.
For more information about Honeywell, reviewing the wider 13 mm Series can help identify whether this sealed gauge version or an absolute version is the better choice for your application logic.
FAQ
What pressure range does the Honeywell 13C3000PS5K support?
The Honeywell 13C3000PS5K is designed for 3000 psi operating pressure. That makes it well suited to demanding industrial and hydraulic pressure measurement applications.
Is the Honeywell 13C3000PS5K a sealed gauge pressure sensor?
Yes. This model is a sealed gauge design, which means it measures pressure relative to a sealed reference rather than as an absolute vacuum-based reading.
What type of pressure connection does the Honeywell 13C3000PS5K use?
It uses a male 1/4-18 NPT threaded connection. This is a widely used industrial fitting style that supports practical integration into fluid systems and mechanical assemblies.
What kind of output signal is available from the Honeywell 13C3000PS5K?
The sensor provides a low-level Wheatstone bridge output of roughly 98 mV to 102 mV. This output is typically paired with external signal conditioning in OEM equipment.
Why is the Honeywell 13C3000PS5K relevant for OEM designs?
It offers a compact, rugged sensing package with a standard threaded interface, flex cable termination, and a raw bridge signal. That combination gives OEM engineers flexibility in both electronics design and mechanical packaging.
What industries may consider the Honeywell 13C3000PS5K?
Hydraulics, industrial automation, process equipment, machinery control, and pressure instrumentation are all areas where this pressure sensor can be technically relevant, especially when harsh media and long-term reliability are part of the requirement.