"digital pressure gauges"
BP156 에어컨 소형 압력 송신 센서 Ht 센서
BP156 For Air Conditioner Small Size Pressure Transmitter Sensor With Ht Sensor BP156 Pressure Transmitter Introduction of small size pressure transmitter sensor: BP156 small size pressure transmitter sensor is a cost-effective product specifically developed for air compressors and refrigeration equipment. It incorporates the latest technology and is equipped with a high-performance transmitter circuit independently developed by our company. This transmitter is characterized
Hengtong 4-20mA 출력 비용 효율적인 압력 트랜스미터 Bp156, 공기 압력 트랜스미터 센서용
Hengtong 4-20mA Output Cost-Effective Pressure Transmitter Bp156 for Air Pressure Transmitter Sensor Product Description Product Description BP156 Pressure Transmitter Introduction: The BP156 pressure transmitter is an economical solution specifically engineered for air compressor and refrigeration applications. Integrating cutting-edge technologies, it features our proprietary high-performance transducer circuitry in a compact, robust design. Through rigorous component-level
헨통 BP156 컴팩트 디자인 OEM 압력 송신기 중국산 압력 송신기 센서
Hengtong BP156 Compact Design OEM Pressure Transmitter Made in China Pressure Transmitter Sensor Product Description Product Description BP156 Pressure Transmitter Introduction: BP156 pressure transmitter utilizes the HT series silicon pressure-resistant isolation membrane oil-filled core as the signal measuring element. The signal processing circuit is located inside a stainless steel housing, converting the sensor signal into a standard output signal. The product has
작은 크기의 압력 송신 센서 M12 커넥터 센서와 함께 실리콘 압력 변환기
BP156-M Small Size Pressure Transmitter Sensor With M12 Connector BP156-M Pressure Transmitter Introduction of mini pressure transmitter sensor: BP156-M mini pressure transmitter sensor uses piezoresistive pressure sensor with isolated stainless steel diaphragm as signal sensing element, through automatic testing, laser trimming compensating zero and sensitivity in wider temperature range; the amplifier circuit is in stainless steel housing, transforming sensor signal into
OEM 압력 송신기 센서 폭발 방지 4 20ma 압력 변환기 0-5VDC
HENGTONG BP156 CHINA OEM EXPLOSION PROOF 4-20MA 0-5V PRESSURE TRANSMITTER SENSOR BP156 Pressure Transmitter Introduction of pressure transmitter sensor : BP156 pressure transmitter sensor utilizes the HT series silicon pressure-resistant isolation membrane oil-filled core as the signal measuring element. The signal processing circuit is located inside a stainless steel housing, converting the sensor signal into a standard output signal. The product has undergone rigorous
BP157 실리콘 대막 압력 센서 스테인리스 스틸 압력 변환기 4-20mA
HENGTONG BP157 STAINESS STEEL OEM SILICON PRESSURE SENSOR BP157 Pressure Transmitter Introduction of silicon pressure sensor: BP157 silicon pressure sensor utilizes the HT series silicon pressure-resistant isolation membrane oil-filled core as the signal measuring element. The signal processing circuit is located inside a stainless steel housing, converting the sensor signal into a standard output signal. The product has undergone rigorous testing and aging screening of
4-20ma 압력 송신 센서 Bp157 OEM 분산 실리콘 압력 송신기
BP157 SENSOR 4-20MA PRESSURE TRANSMITTER SENSOR BP157 Pressure Transmitter Sensor Introduction of pressure transmitter sensor: BP157 pressure transmitter sensor utilizes the HT series silicon pressure-resistant isolation membrane oil-filled core as the signal measuring element. The signal processing circuit is located inside a stainless steel housing, converting the sensor signal into a standard output signal. The product has undergone rigorous testing and aging screening of
고정도 압력 송신 센서 산업유 공기 물 압력 센서
HT Series BP157 High Accuracy Pressure Transmitter Sensor Industrial For Air Water Oil BP157 Pressure Transmitter Introduction of pressure transmitter sensor : The BP157 pressure transmitter sensor employs an HT series silicon pressure-resistant isolation membrane oil-filled core as its signal measuring element. Housed in stainless steel, the signal processing circuitry converts the sensor signal into a standard output signal. Through extensive testing and aging screening of
BPZK01 전자 압력 스위치 스위치와 함께 전자 차차 압력 송신기
BPZK01 Electronic Differential Pressure Transmitter with Presure Switch Introduction of Electronic Pressure Switch: BPK-ZK01-D digital differential pressure gauge is an all-digital measurement and control product that integrates pressure/differential pressure measurement, display, point control, and transmission output. It can be directly installed at the pressure measurement point on the site or mounted on the control panel of a test bench. It allows on-site setting of
50.4mm 플러시 디아프라그마 압력 센서 클램프
50.4mm clamp to install large diaphragm high temperature transmitter BP93420-IQT High Temperature Flush Pressure Sensor Introduction of flush diaphragm pressure sensor : The diffusion silicon sensor technology has the characteristics of high precision, high stability and high reliability. The clamp flat film structure can adapt to the measurement of a variety of media, has good linearity and repeatability, has a wide operating temperature range, can adapt to the measurement
BP93420-IQT 압력 송신 센서 고온 저항 플러시 압력 센서
BP93420-IQT Hengtong 4-20mA High Temperature Resistance Flush Pressure Transmitter Sensor Introduction: BP93420-IQT 1.5mm clamp to install large diaphragm high temperature transmitter The signal processing circuit is located inside a stainless steel housing, converting the sensor signal into a standard output signal. This pressure transmitter is primarily used in places where high sanitary conditions are required, ensuring reliable and accurate pressure measurements in
4-20ma 압력 송신 센서 스테인리스 스틸 플러시 디아프라그마 압력 센서
BP93420-IQT 4-20MA STAINLESS STEEL FLUSH DIAPHRAGM PRESSURE TRANSMITTER SENSOR BP93420-IQ Pressure Transmitter Introduction of Pressure Transmitter Sensor BP93420-IQT High temperature transmitters usually use heat sinks to improve the heat dissipation performance of the sensor. The heat sink is in close contact with the sensor, and the heat generated by the sensor is rapidly transmitted to the heat sink through the thermal conductive material, and is emitted through the
