FAIRCHILD Digital Pressure Transducers (T5400)

FAIRCHILD Digital Pressure Transducers (T5400)

FAIRCHILD Digital Pressure Transducers (T5400)

Main Features

  • Fail Safe High or Low function.
  • Field Reversible.
  • 115 VAC, 230 VAC, and 24 VDC Power Options.
  • Temperature Compensation.
  • 5VDC or 15VDC Logic.
  • Vibration Resistance.
  • Various Mounting Configurations allow.
  • External Zero Adjustment.

Benefits

  • Function will return the output to 3 psig for Direct Acting Mode or to 15 psig for Reverse Acting Mode if the power is lost, regardless of the logic selected.
  • Provides output which is directly or inversely proportional to the input signal.
  • Permit use with most power sources.
  • Provides stable operation over wide operating Temperature Range.
  • Assures compatibility with most digital input systems.
  • Maintains set points under adverse vibration conditions.
  • Allows installation flexibility for most applications.
  • Facilitates ease of calibration.

The T5400 Transducer is a digital-pneumatic device that provides a pneumatic output signal controlled by 8 bit digital data instructions from a central control room, a remote control location, or a local control station. This device is made up of two sections, the Signal Conversion Section and the Pneumatic Section. The Signal Conversion Section (PC Board) accepts an 8 bit parallel wired digital signal. Full scale output is divided into 255 parts and the output level is based on the logic state (high or low) of the 8 bits. An enable line allows the unit to accept information from a parallel bus. The digital input signal is converted to an analog signal. The signal is then applied to the actuation mechanism. The Fairchild T5400 Fail Safe High or Low will return the output to 3 psig for Direct Acting Mode or to 15 psig for Reverse Acting Mode if the power is lost, regardless of the logic selected.

Specifications
Max Supply Pressure: 20 + 2 psig [1.5 + 0.15 BAR]
Max Output Pressure: 15 psig [1 BAR]
Flow Capacity: 0.15 SCFM (0.26 m3/HR)
Accuracy: 0.50%