795 Results For

"stainless steel temperature sensor"

Stainless Steel Industrial Pressure Sensor for Air Conditioning and Refrigeration Transmitter

Stainless Steel Industrial Pressure Sensor for Air Conditioning and Refrigeration BP155 Pressure SensorTransmitter Introduction of Industrial pressure sensor transmitter : BP155 small size industrial pressure sensor transmitter is a cost-effective pressure transmitter launched by our company, using a flat film structure sensor core and specially customized amplifier circuit, linear correction and temperature compensation, can meet the pressure measurement and control needs

Stainless Steel Industrial Pressure Sensor Transmitter Versatile And Compact Design For Easy

Stainless Steel Industrial Pressure Sensor Transmitter Versatile and Compact Design for Easy BP93420I Pressure Transmitter Introduction of industrial pressure sensor transmitter: The BP93420-I Diffused silicon Industrial Pressure Sensor Transmitter is a flexible device renowned for its precision and trustworthiness. Its cutting-edge technology ensures accurate pressure detection. The sensor possesses an expansive measurement range and can be employed in an array of applicatio

Stainless Steel Media Isolated Pressure Sensor BH93420-I Series Series Submersible Series

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. submersible level sensors offer the best price performance ratio in the industry by utilizing the latest in MEMs piezo-resistive technology using corrosion resistance 316L stainless steel (Hastelloy C276 optional). this submersible pressure transducer is an excellent solution

4-20mA RS485 Output Submersible Pressure Sensor BH93420-I Series Stainless Steel Media Isolated

Stainless Steel 4-20mA BH93420-I Series Hydrostatic Level Transmitter

BH93420-I Hydrostatic Level Transmitter Introduction of Hydrostatic Level Transmitter: BH93420-I Hydrostatic Level Transmitter is designed for accurate and reliable level measurement in a variety of liquid applications. submersible level sensors offer the best price performance ratio in the industry by utilizing the latest in MEMs piezo-resistive technology using corrosion resistance 316L stainless steel (Hastelloy C276 optional). this submersible pressure transducer is an

HT sensor Stainless Steel 316L High-Temperature Pressure Transmitter with 0.5% Accuracy for Hydraulic Systems

HT sensor Stainless Steel 316L High-Temperature Pressure Transmitter with 0.5% Accuracy for Hydraulic Systems BP93420IC High-Temperature Pressure Transmitter The BP93420-IC is a high-temperature pressure transmitter that utilizes advanced HT series silicon pressure-resistance isolation oil-filled core technology. Featuring a specialized heat dissipation structure, this transmitter efficiently captures pressure measurements in demanding high-temperature environments, making it

Stainless Steel Sumersible Liquid Level Transmitter Fuel Level Sensor OEM Pressure Transmitter

BH93420-IT OEM Sumersible Liquid Level Transmitter For Fuel Sensor BH93420 IT Sumersible liquid level transmitter Introduction of liquid level Transmiter: BH93420-I Sumersible liquid level transmitter that produced with the original components of the German SENSE pressure sensor, which is mainly used for the liquid level measurement of urban water supply and drainage, water treatment plants, reservoirs, rivers, oceans, oil storage tanks, as well as petroleum, chemical,

0-10m Stainless Steel Level Transmitter For Water Tank Well Level Sensor Transducer

BH93420-IIIK stainless steel Water liquid level transmitter measurement BH93420 IIIK Water level Transmitter Introduction of water level transmitter: BH93420-IIK/IIIK armoured water level transmitters are welded together using a standard flange mounting process. This armored construction ensures the transmitter's durability and reliability, making it ideal for challenging environments with corrosive substances. Solid structure, no moving parts, high reliability, long service

4-20ma Pressure Transmitter Sensor Stainless Steel Flush Diaphragm Pressure Sensor

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

HT19F Diaphragm Silicon Pressure Sensor Cell Piezoresistive Sensor Core Stainless Steel

HT19F Piaphragm Silicon Pressure Sensor Cell Piezoresistive Sensor manufacture HT19F Silicon Pressure Sensor Introduction of silicon pressure sensor: HT19F piezoresistive silicon pressure sensor, the main component is a high stability diffuse silicon sensing element.Sensor encapsulation using silicone oil pressure from 316 l stainless steel diaphragm to the sensing element.Piezoresistive pressure sensor using international advanced high stability, high precision silicon

4-20ma Pressure Transmitter Sensor Stainless Steel Flush Diaphragm Pressure Sensor

BP93420-IQ 4-20MA STAINLESS STEEL FLUSH DIAPHRAGM PRESSURE TRANSMITTER SENSOR BP93420-IQ Pressure Transmitter Introduction of Pressure Transmitter Sensor BP93420-IQ pressure 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 surface of the

4-20mA Clamp Flat Film Pressure Transmitter Sensor Stainless Steel Flush Diaphragm Pressure Sensor

BP93420-IQ 4-20MA CLAMP STAINLESS STEEL FLUSH DIAPHRAGM PRESSURE TRANSMITTER SENSOR BP93420-IQ Pressure Transmitter Introduction of Pressure Transmitter Sensor BP93420-IQ pressure 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 surface

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