Honeywell 150 PSIG Stainless Pressure Sensor – PxL
The honeywell 150 psi pressure sensor is a high-accuracy, stainless steel transducer designed for harsh motorsport environments. Compatible with fuel, oil, and coolants, it features a 1/8″ NPT thread and a linear voltage output, making it the perfect upgrade for reliable data logging in high-performance builds.
Honeywell 150 PSIG Stainless Pressure Sensor – PxL
The honeywell 150 psi pressure sensor (PxL) represents the latest generation of heavy-duty sensing technology. Designed to replace older brass or bulky stainless units, this compact sensor features a rugged all-stainless steel body and diaphragm, making it fully compatible with aggressive media including gasoline, ethanol, methanol, diesel, oil, and brake fluid.
Ideally suited for motorsport applications, it offers high-precision data with a Total Error Band of ±0.75% to ±1.0%. It utilizes a standard 1/8″ NPT male thread for easy mounting and outputs a linear 0.5V to 4.5V signal, ensuring seamless integration with virtually all aftermarket ECUs and data loggers.
The honeywell 150 psi pressure sensor features a hermetically sealed stainless steel diaphragm, making it compatible with a wide range of fluids including gasoline, ethanol, methanol, diesel, engine oil, brake fluid, and coolant.
This sensor utilizes a standard 1/8″ NPT male thread, allowing it to easily screw into most fuel regulators, oil distribution blocks, and sensor bungs used in automotive applications.
Yes, the PxL series typically uses a 3-pin connector (often a Metri-Pack 150 or GT150 style, depending on the specific sub-model kit). It is important to use the matching connector kit for a watertight seal.
It provides a standard ratiometric 0.5V to 4.5V linear analog output, where 0.5V represents 0 psi and 4.5V represents 150 psi. This is the industry standard for most aftermarket ECUs.
While you can technically use it for air pressure, a 150 psi range is usually too wide for typical intake manifold boost readings (losing resolution). It is better suited for high-pressure systems like fuel, oil, or exhaust backpressure.
Comments & Reviews