"differential pressure sensor"
Transmisor de presión diferencial de acero inoxidable 304 con una precisión del 0,25% y protección IP65 para el sensor de presión de agua y aceite
Transmisor de presión diferencial de acero inoxidable 304 de alta precisión para agua, petróleo, gas y líquidos. Presenta una precisión del 0,25 %, clasificación IP65, salida de 4-20 mA y opciones personalizadas. Ideal para industrias petroleras, químicas y energéticas.
BP3351 Sensor de transmisión de presión diferencial de capacidad de 24 V
BP3351 CAPACITANCE DIFFERENTIAL PRESSURE TRANSMITTER SENSOR BP3351 Differential Pressure Transmitter Introduction of differential pressure transmitter : Series Digital•Intelligent Pressure/Differential PressureTransmitter is a multipurpose digitalized intelligent instrument developed by us, including capacitance pressure /differential pressure transmitter and direct-coupled pressure/fluid level transmitter. It is made on the basis of the mature and dependable sensing
ht3351 TRANSMITOR DE PRESIÓN DIGITAL LED de alta precisión TRANSMITOR de presión diferencial
HIGH ACCURACY LED DIGITAL PRESSURE TRANSMITTER DIFFERENTIAL PRESSURE TRANSMITTER Flange diaphragm differential pressure transmitter HT3351 Capacitive Differential Pressure Transmitter Introduction: HT3351 DIFFERENTIAL PRESSURE TRANSMITTER 16-bit single chip is adopted as its core element, with its powerful function and high-speed calculation capacity ensuring the excellent quality of the transmitter. The whole design frame focuses on its dependability, stability and high
10kPa de agua de silicio sensor de presión diferencial de la celda Diff.
Sensor de presión diferencial de silicio HT20 con precisión del 0,2 %, clasificación IP65 y construcción de acero inoxidable 316L. Presenta salida de milivoltios, alta resistencia a la presión estática y rendimiento confiable para control de procesos industriales, medición de nivel de líquidos y calibración de presión.
Sensor de presión diferencial de presión estática de acero inoxidable Transmisor de medición de nivel Transductor
El transmisor de presión diferencial BP93420D-II ofrece alta precisión (0,25%) y una construcción robusta de acero inoxidable 304. Cuenta con clasificación IP65, amplio rango de 0-10 kPa ~ 2 MPa y opciones personalizadas para medición de líquidos industriales en aplicaciones petroleras, químicas y de energía.
Sensor de presión diferencial de silicio HT20 con consumo para aplicaciones industriales, núcleo del sensor
HT20 Differential Silicon Pressure Sensor With Consumption For Industrial Applications HT20 Differential Pressure Sensor Introduction of differential silicon pressure sensor: The HT20 differntial silicon pressure senor is a silicon piezoresistive differential pressure sensor with a core of highly stable diffused silicon element. The core is enclosed in a 316L stainless steel housing, and the pressure is transmitted through a stainless steel diaphragm and sealed silicon oil to
4-20mA con HART Transmisor de presión diferencial Sensor de nivel de indicador capacitivo
4-20mA With HART Differential Pressure Transmitter Capacitive Indicator Sensor Transducer HT3351 Differential Pressure Transmitter Introduction of capacitive differential pressure transmitter : HT3351 capacitive differential pressure sensor transmitter, the pressure difference or pressure difference to change the capacitance value of the sensor, the resulting analog signal through AD conversion, into a digital signal sent to the microprocessor.After the microprocessor
Transmisor de presión diferencial de alto rendimiento y estabilidad para sensores de tuberías
Highly Accurate and Stable Performance Differential Pressure Transmitter for Pipelines HT3351 Differential Pressure Transmitter Introduction of capacitive differential pressure transmitter : HT3351 capacitive differential pressure sensor transmitter, through the pressure difference or pressure difference to change the capacitance value of the sensor, the resulting analog signal through AD conversion, into digital signal sent to the microprocessor. The output digital signal is
HT20V Sensor diferencial de presión de célula de presión de silicio difuso piezorresistivo
Baoji Hengtong HT20V Differential Piezoresistive Diffused Silicon Pressure Sensor 10vdc Introduction of differential diffused silicon pressure sensor: HT20V is a differential pressure sensor utilizing a highly stable diffused silicon element as its core. Encased in a durable 316L stainless steel housing, the sensor operates with exceptional reliability. Pressure transmission occurs through a stainless steel diaphragm and a sealed silicon oil, ensuring precise measurements by
Sensor de transmisión de presión diferencial BP93420D-II
BP93420D-II Differential Pressure Transmitter Sensor For The Differential Pressure In A Fluid BP93420DII Differential Pressure Transmitter Introduction of differential pressure transmitter: BP93420DII differential pressure sensor is a sensor device used to measure the differential pressure in a fluid. It can measure the difference in pressure between two different points and is often used to monitor the level in a pipeline. Differential pressure sensors are widely used in
HT20V 100mv Sensor de presión 10VDC Sensor piezorresistivo Detección de presión diferencial
Introduction of differential diffused silicon pressure sensor: Differential Pressure Sensor is engineered to provide highly accurate and stable differential pressure measurements. Utilizing advanced piezoresistive technology, this sensor converts pressure differences into precise electrical signals. Its robust construction and temperature compensation make it suitable for a wide range of industrial applications Product Features of differential diffused silicon pressure sensor
Casilla de aluminio Transmisor de presión Dp Transmisor de presión diferencial de alta precisión
Cast Aluminum Housing & LCD Differential Pressure Sensor For Gas And Liquid BP93420DIII differential pressure transmitter Introduction of diffrential pressure transmitter: BP93420DIII differential pressure transmitter employs a piezoresistive silicon sensor. As the measured medium's differential pressure affects the corrugated diaphragms on both ends of the sensor, the Wheatstone bridge on the sensor chip produces an output signal that shows excellent linearity with the
