"liquid water level transmitter"
0.2-2.2VDC IP68 실리콘 액체 레벨 송신기
0.2-2.2VDC IP68 Silicon Liquid Level Transmitter Sensor With EX Proof BH93420 I Water level sensor Introduction of liquid level transmitter : BH93420-I level transmitter sensor liquid part using 316L stainless steel corrugated diaphragm.Liquid level transmitter is the extension and development of pressure transmitter technology, according to the different gravity pressure produced by liquid at different heights of a linear relationship, the principle of the implementation of
PE/PU/PTFE 케이블 옵션 사용 가능한 다양한 테스트 환경에 대한 액체 레벨 송신기 압력 센서
PE/PU/PTFE Cable Options Available Liquid Level Transmitter for Various Testing Environments Sensor BH93420 I Sumersible liquid level transmitter Introduction of liquid level transmitter: The BH93420 - I oil water level transmitter features a sturdy all-stainless steel construction and a compact, unified body design. The portion of the sensor that is immersed in water is completely encased in stainless steel, providing superior waterproofing capabilities. The diffused silicon
물탑 및 수처리 시설의 물 수준 측정 압력 센서
Water Level Measurement In Water Towers And Water Treatment Plants Pressure Sensor BH93420 I Water level sensor Introduction of water level transmitter: The BH934520-IT water level transmitter features an all-welded construction and a PTFE cable, which allows it to effectively detect the height of high-temperature, highly corrosive, or relatively permeable liquids or gases. This robust design ensures that the transmitter can operate in harsh industrial environments, making it
316L BH93420-I 오일 레벨 전송기 4-20mA 압력 변압기 물 레벨 측정
BH93420-I Water Level Transmitter and Oil Level Transmitter Sensor BH93420 I Water level sensor Introduction of water level transmitter: BH93420-I water level sensor that uses HT series diffused silicon isolation oil-filled core as its signal measuring element. It is designed with a full stainless steel housing and a compact one-piece structure. The sensing part of the transmitter that is immersed in the water is completely sealed with stainless steel, ensuring excellent
BH93420-III 물 액체 레벨 송신기 OEM Rs485 잠수 압력 센서
BH93420-III OEM WATER LEVEL PRESSURE TRANSMITTER FOR WATER PRESSURE MEASUREMENT BH93420 III Liquid level Transmitter Introduction of water level transmitter: BH93420-III Piezoresistive water level transmitter adopts the piezoresistive sensor principle to determine the liquid level height by measuring the pressure effect of the medium on the sensor. When the liquid height increases, the pressure of the medium on the sensor increases, resulting in a change in the resistance
고압 환경 액체 레벨 전송 센서 압력 범위 0 ~ 1m 200m
Used In High-Pressure Environments Liquid Level Transmitter Sensor With Pressure Range Of 0-1m---200m BH93420 IB Sumersible liquid level transmitter Introduction of liquid level transmitter sensor: The BH93420-I is a robust and dependable water level transmitter that employs an HT series pressure and oil-filled sensor as its signal measurement component. The sensor's sensing portion, which is submerged in the liquid, is completely encased in stainless steel, providing
304SS 재질 액체 레벨 트랜스미터 BH93420-III, 정화조 여과 폐수 처리용 압력 센서
Liquid Level Transmitter With Filtered Sewage Treatment That Meet Their Specific Requirements BH93420 IB Sumersible liquid level transmitter Introduction of liquid level transmitter sensor: The BH93420-I is a robust and dependable water level transmitter that employs an HT series pressure and oil-filled sensor as its signal measurement component. The sensor's sensing portion, which is submerged in the liquid, is completely encased in stainless steel, providing exceptional
HT Sreies 물 수준 센서 LED 디스플레이와 액체 압력 송신기
HT Sreies variety of communication interfaces Water Level Sensor With Led Display BH93420 III Water level Transmitter Introduction of water level sensor: BH93420-III water level transmitter is equipped with a highly precise Piezoresistive diffused silicon pressure sensor as its signal measuring element.It measures the static pressure, which is directly related to the water level, and converts it into a standard signal output using amplification circuitry. By establishing a
BH93420-I 4-20mA 및 0.5-4.5VDC 액체 측정용 잠수 액체 레벨 송신기
BH93420-I Submersible Liquid Level Transmitter Introduction : BH93420-I Submersible Liquid Level Transmitter is designed for accurate and reliable level measurement in a variety of liquid applications. It features a robust stainless steel housing, a high-precision piezoresistive sensor, and is suitable for use in harsh environments. This transmitter is ideal for water and wastewater management, chemical processing, and industrial liquid storage applications. Product Features
IP68 수압 변압 센서 4-20ma 수압 센서
BH93420-II 4-20MA ANALOG OUTPUT WATER LEVEL TRANSMITTER BH93420 II Water level Transmitter Introduction of water level tramsmitter: The BH93420-II water level transmitter is an advanced level measuring equipment, which uses high-precision diffused silicon sensor to accurately measure the height or pressure of liquid utilizes a high-precision diffused silicon piezoresistive pressure sensor as the signal measuring element. The millivolt signal obtained from the static pressure
BH93420-III 아날로그 물 레벨 센서 디스플레이가 있는 피에조레시스티브 액체 레벨 송신기
BH93420-III HIGHLY ACCRACY PIEZORESISTIVE DIFFUSED SILICON WATER LEVEL TRANSMITTER BH93420 III Water level Transmitter Introduction of water level transmitter: BH93420-III water level transmitter is equipped with a highly precise Piezoresistive diffused silicon pressure sensor as its signal measuring element.It measures the static pressure, which is directly related to the water level, and converts it into a standard signal output using amplification circuitry. By establishin
IP68 물 수준 센서 4-20mA 액체 수준 센서 BH93420-II
BH93420 II Water level Transmitter Introduction of water level tramsmitter: The BH93420-II water level transmitter utilizes a high-precision diffused silicon piezoresistive pressure sensor as the signal measuring element. The millivolt signal obtained from the static pressure measurement, which is directly proportional to the liquid height, is converted into a standard signal output through amplification circuitry. By establishing a linear correlation between the output
