Differential Pressure Sensors

ICS-NH DPH100 Series

Differential pressure sensor
SOI differential pressure sensor with 0 to 400kPa range, 300 bar static pressure capability and <1ms response. Features 75mVDC output, 316L stainless steel media contact and -65°C to +170°C operation.

Core Sensors CS14 Series

Wet/Wet Differential Pressure Transducer
  • Wet/wet differential pressure transducer
  • Differential pressure ranges up to 300 PSI
  • Line pressure up to 500 PSI
  • Accuracy of ≤±0.25% BFSL at 25°C
  • Stability of ≤±0.25% of FS
  • Pressure cycles of 4 million
  • Overpressure of 2x or 500 PSI

Core Sensors CS54 Series

Non-Incendive Differential Pressure Transducer
  • Non-Incendive Differential Pressure Transducer
  • Differential pressure up to 50 PSI
  • Line pressure up to 500 PSI
  • Accuracy of ≤±0.25% BFSL / ≤±0.5% BFSL (2 PSI & below)
  • Overpressure of 2X or 500 PSI (whichever is less)
  • Temperature range −40°C to +80°C
  • Media temperature of -40 to +125°C

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Core Sensors CS84 Series

Intrinsically Safe Differential Pressure Transducer
  • Intrinsically safe differential pressure transducer
  • Differential pressure up to 50 PSI
  • Maximum line pressure of 500 PSI
  • Bi-directional pressure ranges
  • Accuracy of ≤±0.25% BFSL
  • Stability of ≤±0.25% of FS
  • Pressure cycles of 4 million

Custom Component Solutions

Working alongside your design team from the earliest stage, we help you select the right part for the application and, where a standard part will not do, develop customised components with our manufacturing partners such as lead length, termination and package size.

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Differential Pressure Sensors

Differential pressure sensors, crucial in various engineering applications, measure the pressure difference between two points in a system. These sensors enable precise monitoring of pressure variances, aiding in the assessment of flow rates, fluid levels, or filter conditions. Commonly used in HVAC systems, automotive applications, filtration systems and fuel tank leveling, they ensure optimal performance by detecting changes in pressure across devices. Employing a diaphragm or other sensitive mechanisms, these sensors convert pressure differentials into electrical signals, facilitating accurate data acquisition. Engineers rely on these instruments for real-time insights into fluid dynamics, enhancing system efficiency and reliability.