Honeywell Differential Pressure Sensor, 1psi Max Pressure Reading , 6 → 12 V dc

These ultra-low pressure differential sensors provide an output voltage proportional to applied pressure. They operate from a single positive supply voltage rating at 8V. Signal conditioning results in directly useable outputs and temperature compensation results, in predictable performance over the specified temperature range. The Honeywell pressure sensor is fully signal conditioned and ready to measure ultra-low pressure. It also contains PCB terminals on opposite side from the ports.
Low pressure sensors can be used in many scenarios like HVAC (Heating ventilation and air conditioning), medical equipment, computer peripherals, and pneumatic equipment.

Features and benefits –
• Low pressure measurement
• PCB terminals on opposite side from the ports
• Fully signal conditioned
• Response time 1ms
• Amplified
• High sensitivity and low null shift
• Easily interchanged

Choose this differential pressure sensor from Honeywell for a comparative measurement between two points at ultra-low pressures. It offers highly reliable operation in a compact package, making it a smart choice for use with PCBs (printed circuit boards).
This sensor guarantees reliable accuracy thanks to its high sensitivity. It features full signal conditioning for fast results that are easy to read and interpret. A quick response time of 1 ms improves system efficiency and performance. Use this differential sensor for medical devices, computer peripherals and pneumatic equipment.

• Labelled terminals for easy identification
• Includes PCB (printed circuit board) terminals for convenient connection
• Laser-trimmed thick film resistors for improved temperature stability and accuracy
• Wide operating temperature range of -40°C to +85°C makes it suitable for use in demanding environmental conditions

• Energy management systems
• Heating, ventilation and air conditioning (HVAC) equipment
• Robotics

A differential pressure sensor like this one is suitable for applications where you need to measure the change in pressure across two ports on a device, rather than the pressure relative to a constant reference point. This makes it a good choice for measuring the flow of a liquid or gas.