MLDX-001D-DX01-N

Pressure Sensors Transducers Overview

The MLDX-001D-DX01-N is a differential pressure sensor from the DX Series by Amphenol All Sensors Corporation. It features a ±1 PSI (±6.89 kPa) operating range with an analog voltage output of 0 mV to 15 mV. The device utilizes a 6-DIP package and includes male ports sized at 0.09 inches (2.24 mm). Designed for board mounting, it supports dual tube connections.

Pressure Sensors Transducers Feature Summary

• Provides analog voltage output proportional to differential pressure changes
• Features male port style for direct tubing connection
• Includes temperature compensation for stable performance

Pressure Sensors Transducers Applications

• HVAC system monitoring
• Filter status detection
• Flow measurement instrumentation

Pressure Sensors Transducers Procurement Notes

Verify the specific suffix 'DX01' against the manufacturer datasheet to confirm port configuration and calibration. Ensure the analog voltage output matches the receiving circuit's input impedance requirements. Confirm RoHS compliance status for the specific manufacturing batch prior to integration into final assemblies.

Pressure Sensors Transducers Selection Notes

Select this component when a low-cost analog solution for differential pressure is required. The 6-DIP package facilitates through-hole assembly. Consider the limited resolution of the analog output compared to digital alternatives if high precision is necessary for the application design.

Pressure Sensors Transducers Part Context

This part belongs to the DX Series of board-mount pressure sensors. It is designed for commercial applications requiring reliable differential pressure measurement. The series offers various pressure ranges and interface options to suit different system architectures.

Pressure Sensors Transducers Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Verify compatibility with existing PCB footprints and signal conditioning circuits before considering alternative components.