This series ultra-stable pressure sensor adopts stainless steel isolated small structure,It has a wide range and a variety of output signals.The sensor uses solid-state ultra-stable technology, has good stability in a wide temperature range, and is the most cost-effective among similar products.Standard output includes 0~10mV/V (constant voltage and constant current), 0.5V~4.5V (ratio output), 1V~5V (regulated output) and 4~20mA (loop output).High-quality sensors, superb packaging technology and perfect assembly process ensure the high quality and excellent performance of this product.This product has a variety of interface forms and a variety of lead methods, which can meet the needs of customers to the greatest extent, and is especially suitable for use with various equipment.
The universal pressure transmitter adopts advanced pressure sensor manufacturing technology, combined with a special compensation amplifier circuit to form a pressure transmitter with superior performance. The entire product has undergone strict testing and aging screening of components, semi-finished products and finished products, and its performance is stable and reliable. It has a wide temperature range, high product accuracy, low temperature influence, good long-term stability, and resistance to harsh environments.
The universal pressure transmitter adopts advanced pressure sensor manufacturing technology, combined with a special compensation amplifier circuit to form a pressure transmitter with superior performance. The entire product has undergone strict testing and aging screening of components, semi-finished products and finished products, and its performance is stable and reliable. It has a wide temperature range, high product accuracy, low temperature influence, good long-term stability, and resistance to harsh environments.
The compact pressure transmitter adopts imported diffused silicon or ceramic piezoresistive sensor as the pressure detection element, adopts micro-melting technology, and uses high-temperature glass to melt the micro-machined silicon varistor on the stainless steel diaphragm.The glass bonding process avoids the influence of temperature, humidity, mechanical fatigue and media on the glue and materials, thereby improving the long-term stability of the sensor in an industrial environment.Because of its small size, it is called a compact pressure transmitter.
The compact pressure transmitter adopts imported diffused silicon or ceramic piezoresistive sensor as the pressure detection element, adopts micro-melting technology, and uses high-temperature glass to melt the micro-machined silicon varistor on the stainless steel diaphragm.The glass bonding process avoids the influence of temperature, humidity, mechanical fatigue and media on the glue and materials, thereby improving the long-term stability of the sensor in an industrial environment.Because of its small size, it is called a compact pressure transmitter.
The compact pressure transmitter adopts imported diffused silicon or ceramic piezoresistive sensor as the pressure detection element, adopts micro-melting technology, and uses high-temperature glass to melt the micro-machined silicon varistor on the stainless steel diaphragm.The glass bonding process avoids the influence of temperature, humidity, mechanical fatigue and media on the glue and materials, thereby improving the long-term stability of the sensor in an industrial environment.Because of its small size, it is called a compact pressure transmitter.
The compact pressure transmitter adopts imported diffused silicon or ceramic piezoresistive sensor as the pressure detection element, adopts micro-melting technology, and uses high-temperature glass to melt the micro-machined silicon varistor on the stainless steel diaphragm.The glass bonding process avoids the influence of temperature, humidity, mechanical fatigue and media on the glue and materials, thereby improving the long-term stability of the sensor in an industrial environment.Because of its small size, it is called a compact pressure transmitter.
1.Structure: The transmitter adopts stainless steel integral components, imported elastomer originals, combined with high-precision strain gauges and advanced patch technology, with high sensitivity, stable performance, and good impact resistance.
2.Measuring medium: Weakly corrosive liquid; weakly corrosive gas.
3.Uses: Widely used in pressure measurement and control of industrial equipment, water conservancy, chemical industry, medical treatment, electric power, air conditioning, diamond press, metallurgy, vehicle braking, building water supply, etc.
1.Structure: The transmitter adopts stainless steel integral components, imported elastomer originals, combined with high-precision strain gauges and advanced patch technology, with high sensitivity, stable performance, and good impact resistance.
2.Measuring medium: Weakly corrosive liquid; weakly corrosive gas.
3.Uses: Widely used in pressure measurement and control of industrial equipment, water conservancy, chemical industry, medical treatment, electric power, air conditioning, diamond press, metallurgy, vehicle braking, building water supply, etc.
This series of constant pressure water supply pressure transmitters use high-precision, high-stability pressure sensor components and special IC circuits from internationally renowned companies. After high-reliability amplifier circuits and precise temperature compensation, the absolute pressure or gauge pressure of the measured medium is converted. Standard electrical signals such as 4~20mA, 0~5VDC, 0~10VDC and 1~5VDC 。It is widely used in the detection and control of fluid pressure in industries such as industrial control, process detection, chemical industry, electric power, hydrology, geology, etc.
1.Structure: The transmitter adopts stainless steel integral components, imported elastomer originals, combined with high-precision strain gauges and advanced patch technology, with high sensitivity, stable performance, and good impact resistance.
2.Measuring medium: Weakly corrosive liquid; weakly corrosive gas.
3.Uses: Widely used in pressure measurement and control of industrial equipment, water conservancy, chemical industry, medical treatment, electric power, air conditioning, diamond press, metallurgy, vehicle braking, building water supply, etc.
The pressure transmitter has a compact structure and has extremely high specifications in terms of mechanical stress, EMC compatibility, and operational reliability.So it is particularly suitable for all demanding industrial applications,This sensor uses mature ceramic and diffused silicon technology and is used in millions of applications.Due to the integrated electronic design adopted by the sensor, this series has high accuracy in its temperature range.