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BP Transducers core part A&type and E&type

One end of the Disposable Pressure Transducer is connected to patient's blood vessel or pressure cavity, the other end is connected to monitor using a disposable cable, through the microcomputer electric wheatstone bridge of the pressure chip, patient's blood pressure or other cavity pressure is converted to electrical signals when the liquid medicine flows through the sensor, and the monitor conducts signal conditioning so as to monitor the pressure in real time.

    PRODUCT INTRODUCTION

    Available in various configurations to meet your clinical requirements.

    Invasive blood pressure measurement is a sophisticated method that uses an arterial catheter placed in an artery to measure blood pressure directly within the artery. However, this method provides accurate, real-time measurements that reflect blood pressure changes during each cardiac cycle and can directly display systolic, diastolic, and mean arterial pressures. It is mainly used in the following situations direct visual anesthesia cardiovascular surgery, intracranial anesthesia surgery and other life-threatening major surgeries, intraoperative and postoperative monitoring, and other conditions (such as monitoring intensive care unit patients).

    Translated with DeepL.com (free version)

    BP Transducers core part A&type and E&type (6)6my
    BP Transducers core part A&type and E&type (4)oo7

    Our service

    1. Better manufacture ability

    2. High quality/Safe material/Competitive price

    3. Small order available

    4. Quickly response

    5. More safe and fast transport

    Main technical parameters and working environment requirements

    Barometric pressure: 70~106Kpa
    Relative humidity: 10~90% (non-condensing)
    Operating pressure range: -50 ~ + 300 mmHg
    Sensitivity: 5.0μV/V/mmHg ±3%
    Nonlinearity and hysteresis full-scale reading±1.5%
    Input impedance: 1200Ω ~3200Ω
    Output impedance: 300±5%
    Zero pressure offset -20mmHg~+20mmHg
    Thermal offset shift ≤±0.3mmHg/°C
    Offset drift After warm-up for 20 seconds, drift within 2 mmHg within 8 hours
    Thermal span shift ≤±0.1%/°C
    Frequency response Standard pressure set (48 "/ 12") is 40 Hz; Separate sensor > 200 Hz
    Defibrillator withstand Defibrillation depends on the final connection of the equipment
    Leakage current Leakage current is dependent on the final connection of the equipment
    Overpressure load -400~+4000mmHg
    Shock resistance Withstand falling from one meter for three times
    Light sensitivity When exposed to a 3400°K tungsten light, candle light at 3000 feet, it's less than 1 mmHg under rated voltage
    Contact with the human body ≤168h