CYB-S250 Ultra-High/Low-Temperature Nanofilm Pressure Sensor/Transmitter
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  • CYB-S250 Ultra-High/Low-Temperature Nanofilm Pressure Sensor/Transmitter

CYB-S250 Ultra-High/Low-Temperature Nanofilm Pressure Sensor/Transmitter

  • Commodity name: CYB-S250 Ultra-High/Low-Temperature Nanofilm Pressure Sensor/Transmitter
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  •    Product Overview
      The CYB-S250 ultra-high/ultra-low temperature nanofilm pressure sensor is a high-performance pressure sensor manufactured using our company’s independently developed high-performance nanofilm pressure sensor core, through processes including precise resistance adjustment, laser welding, and fatigue and high- and low-temperature aging tests.
       Product Features
      ● New sensitive material technology, fabricated using internationally advanced nano-film deposition processes and micro-machining techniques.
      ● It is unaffected by creep, hysteresis, and aging defects introduced by the conventional bonding process used for metal foil strain gauges, ensuring excellent long-term stability and high operational reliability.
      ● It features excellent temperature characteristics, addressing the issues of large temperature errors and a narrow operating temperature range caused by the absence of PN junctions.
      ● High-quality stainless steel elastic diaphragm material with excellent media compatibility and strong corrosion resistance. No isolation diaphragm required—no need to fill with oil or liquid.
      ● High stability: The pressure sensor, after undergoing 10 million pressure cycles, exhibits a drift of ≤±0.1% FS per year.
      ● At high operating temperatures, it simultaneously features high stability and extremely low zero-point temperature drift.
      ● Vibration-resistant and shock-resistant, compact in size and lightweight.

    CYB-S250

    Technical Parameters

    Measurement range

    (0~0.5~10~35~70~100~250) MPa

    Stability

    ≤ ±0.1% FS/year

    Overload pressure

    200% FS

    Zero-point temperature drift

    ≤ ±0.005% FS/℃

    Operating temperature

    (-40~+150)℃, (-40~+200)℃, (-40~+300)℃, (-196~+85)℃

    Overall accuracy

    ±0.1% FS, ±0.2% FS (including nonlinearity, repeatability, and hysteresis errors)

    Signal output format

    ≥1.5 mV/V

    Product diameter

    Φ12–Φ28 mm

    Bridge arm resistance

    (4.5 ± 1) kΩ

       Product Applications
      ¤ Aerospace ¤ Petrochemicals ¤ Nuclear Industry ¤ Engines and Turbines ¤ Construction Machinery ¤ Coal Mining ¤ Power Generation ¤ High-Temperature Geothermal Energy ¤ Injection Molding Machines ¤ Oil Well Logging ¤ High-Temperature Extrusion Equipment ¤ Iron and Steel Metallurgy ¤ Polymer Processing ¤ Rubber Industry ¤ Food and Pharmaceutical Industries ¤ Liquid Nitrogen ¤ Cryogenic Experimental Equipment

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