AXLdp Low Differential Pressure Transducer

The AXLdp is perfect for OEM systems that require an ultra-low differential pressure sensor that can be PC Board mounted. With the exclusive Ashcroft Si-GlasTM variable capacitance sensor, the budget-friendly AXLdp delivers highly sensitive and repeatable pressure measurements and provides exceptional long term stability.

Key Features:
  • UL94-V0 rated PBT case
  • Calibrated ratiometric output
  • Low voltage power requirements
  • Through holes allow for easy mounting to PCBs 
Specifications:
  • Accuracy: ±1% or ±2%  span
  • Differential Pressure Ranges:
    Unidirectional: 0 ... 50 Pa to 0 ... 5 kPa
    Bidirectional: ±25 Pa to ±2.5 kPa
  • Mounting: Circuit board mountable
  • Output signal:  Analog ratiometric output (0.5 to 4.5 VDC when powered with 5 VDC)

The AXLdp is ideal for OEM PC board mounted systems requiring sensitivity and repeatability:  

  • Flow measurement
  • Room monitoring
  • Energy management
  • HVAC and VAV  
  • CE
  • EAC
  • RoHS
 

Related Products

The Ashcroft® CXLdp differential pressure transmitter uses the patented Si-Glas variable capacitance sensor, providing excellent sensitivity and long term stability.

CXLdp Differential Pressure Transmitter

The Ashcroft® CXLdp differential pressure transmitter uses the patented Si-Glas variable capacitance sensor, providing excellent sensitivity and long term stability.

The Ashcroft® RXLdp differential transmitter utilizes patented Si-Glas technology, assuring precise measurement and control at extremely low differential pressures.

RXLdp Differential Pressure Transmitter

The Ashcroft® RXLdp differential transmitter utilizes patented Si-Glas technology, assuring precise measurement and control at extremely low differential pressures.

Tools

  • Distributor Locator

    Locate an authorized Ashcroft distributor in your area.
  • Materials Selector

    Use the selector to review compatible wetted materials and requirements of your application.
  • Unit Convertor

    Need to convert measurement units? Check out our quick and easy approach to pressure, temperature and flow unit conversions.

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