Supporting Manufacturer Information

Differential series

  • Core Sensors

Core Sensors CS14 Series

  • Wet/wet differential pressure transducer
  • Differential pressure ranges up to 300 PSI
  • Line pressure up to 500 PSI
  • Accuracy of โ‰คยฑ0.25% BFSL at 25ยฐC
  • Stability of โ‰คยฑ0.25% of FS
  • Pressure cycles of 4 million
  • Overpressure of 2x or 500 PSI
  • Core Sensors

Core Sensors CS54 Series

  • Non-Incendive Differential Pressure Transducer
  • Differential pressure up to 50 PSI
  • Line pressure up to 500 PSI
  • Accuracy of โ‰คยฑ0.25% BFSL / โ‰คยฑ0.5% BFSL (2 PSI & below)
  • Overpressure of 2X or 500 PSI (whichever is less)
  • Temperature range โˆ’40ยฐC to +80ยฐC
  • Media temperature of -40 to +125ยฐC
  • Core Sensors

Core Sensors CS84 Series

  • Intrinsically safe differential pressure transducer
  • Differential pressure up to 50 PSI
  • Maximum line pressure of 500 PSI
  • Bi-directional pressure ranges
  • Accuracy of โ‰คยฑ0.25% BFSL
  • Stability of โ‰คยฑ0.25% of FS
  • Pressure cycles of 4 million
  • Merit Sensor

Merit Sensor LP1400 Series

  • Uncompensated surface mountable pressure sensor with J-leads
  • Suitable for ultra low pressure sensing applications
  • Designed for clean, dry air and non corrosive gases
  • Sentiumยฎ technology developed to provide a best-in-class operating temperature range and superior stability
  • Merit Sensor

Merit Sensor LP1410 Series

  • Analog compensated output surface mountable pressure sensor with J-leads
  • Suitable for ultra low pressure sensing applications
  • Designed for clean, dry air and non corrosive gases
  • Sentiumยฎ technology developed to provide a best-in-class operating temperature range and superior stability
  • Merit Sensor

Merit Sensor LP1420 Series

  • Digital compensated output surface mountable pressure sensor with J-leads
  • Suitable for ultra low pressure sensing applications
  • Designed for clean, dry air and non corrosive gases
  • Clock speed of 1MHz
  • Supply voltage of 5V
  • Sentiumยฎ technology developed to provide a best-in-class operating temperature range and superior stability

Core Sensors CS14 Series

  • Wet/wet differential pressure transducer
  • Differential pressure ranges up to 300 PSI
  • Line pressure up to 500 PSI
  • Accuracy of โ‰คยฑ0.25% BFSL at 25ยฐC
  • Stability of โ‰คยฑ0.25% of FS
  • Pressure cycles of 4 million
  • Overpressure of 2x or 500 PSI

Core Sensors CS54 Series

  • Non-Incendive Differential Pressure Transducer
  • Differential pressure up to 50 PSI
  • Line pressure up to 500 PSI
  • Accuracy of โ‰คยฑ0.25% BFSL / โ‰คยฑ0.5% BFSL (2 PSI & below)
  • Overpressure of 2X or 500 PSI (whichever is less)
  • Temperature range โˆ’40ยฐC to +80ยฐC
  • Media temperature of -40 to +125ยฐC

Core Sensors CS84 Series

  • Intrinsically safe differential pressure transducer
  • Differential pressure up to 50 PSI
  • Maximum line pressure of 500 PSI
  • Bi-directional pressure ranges
  • Accuracy of โ‰คยฑ0.25% BFSL
  • Stability of โ‰คยฑ0.25% of FS
  • Pressure cycles of 4 million

Merit Sensor LP1400 Series

  • Uncompensated surface mountable pressure sensor with J-leads
  • Suitable for ultra low pressure sensing applications
  • Designed for clean, dry air and non corrosive gases
  • Sentiumยฎ technology developed to provide a best-in-class operating temperature range and superior stability

Merit Sensor LP1410 Series

  • Analog compensated output surface mountable pressure sensor with J-leads
  • Suitable for ultra low pressure sensing applications
  • Designed for clean, dry air and non corrosive gases
  • Sentiumยฎ technology developed to provide a best-in-class operating temperature range and superior stability

Merit Sensor LP1420 Series

  • Digital compensated output surface mountable pressure sensor with J-leads
  • Suitable for ultra low pressure sensing applications
  • Designed for clean, dry air and non corrosive gases
  • Clock speed of 1MHz
  • Supply voltage of 5V
  • Sentiumยฎ technology developed to provide a best-in-class operating temperature range and superior stability