"stainless steel temperature sensor"
機械製造用圧力計 産業用用必須
Pressure Gauges for Machinery Manufacturing Essential for Industrial Applications Description of pressure gauge: The general pressure gauge series is applicable for measuring liquids, gases, or steam that are non-explosive, non-crystallizing, non-solidifying, and have no corrosive effect on copper and copper alloys. The installation modes of pressure include: radial direct installation, radial belt front side installation, radial belt rear installation, axial installation,
工業用 機械製造のためのポインタ圧力計
Pointer Pressure Gauge for Machinery Manufacturing Essential for Industrial Applications Description of pressure gauge: The general pressure gauge series is applicable for measuring liquids, gases, or steam that are non-explosive, non-crystallizing, non-solidifying, and have no corrosive effect on copper and copper alloys. The installation modes of pressure include: radial direct installation, radial belt front side installation, radial belt rear installation, axial
Bh93420-I 水位伝達器 12-36vdc 4-20ma 潜水式水位伝達器
12-36VDC water level transmitter with 4-20mA signal output BH93420 I water level transmitter Introduction : BH93420-I Submersible water level transmitter that is based on the characteristics of the diffused silicon sensor. The sensor is a pressure sensor based on a silicon chip, which has a tiny transistor structure inside it that can convert external pressure into an electrical output.In the diffused silicon input level transmitter, the sensor is installed in the measuring
Bh93420-I 潜水式圧力変圧器 4-20ma Nbsp 水圧変圧器
BH93420-I Water level Transitter Introduction of water level transmitter: BH93420-I 4-20MA  DIFFUSED SILICON 0.25%F.S  SUBMERSIBLE WATER LEVEL TRANSMITTER 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,
316L BH93420-I オイルレベルトランスミッター 4-20mA 圧力変圧器 水位測定
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
アルミハウジング Dp 圧力トランスミッター 高精度差圧変換器
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
BH93420-I 4-20mA レベル測定用 潜水式圧力トランスミッター
BH93420-I 4-20MA SIGNAL OUTOUT DIFFUSED SILICON WATER LEVEL TRANSMITTER BH93420 II Diffued Silicon Water level transmitter Introduction of water level transmitter: BH93420-I diffused silicon water level transmitter 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
BH93420-I 4-20mA ダイフュエッド シリコン 水位送信機 デジタル補償 高精度
BH93420-I 4-20mA Digital Compensation High Precision Diffued Silicon Water Level Transmitter Introduction of water level transmitter: BH93420-I diffused silicon water level transmitter 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,
BH93420-I 4-20mA & 0.5-4.5VDC 液体測定用の潜水式液体レベルトランスミッター
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
Bh-Ws 24vdc 液体レベルトランスミッター 4-20ma 水位トランスミッター 下水処理
BH-WS 24VDC AND 4-20MA WATER LEVEL TRANSMITTER SEWAGE TREATMENT BH-WS Sewage Level Transmitter Introduction of water level transmitter: BH-WS sewage level sensor utilizes a high-precision piezoresistive silicon pressure sensor as the sensitive measuring element. It features a robust and durable design with a full 316L stainless steel construction. This transmitter is suitable for measuring liquid levels in environments with contaminated liquids, such as sludge tanks,
液体水位伝達器 デジタル潜水式水位伝達器
BH93420-II Water Submersible Liquid Level Transmitter Digital Level Sensor BH93420 II Sumersible liquid level transmitter Introduction of Liquid Level Transmiter: The BP93420-II submersible fuel level sensor is a device that is utilized to gauge the fuel level in a storage tank, commonly found in vehicles, boats, or industrial machinery. This sensor is specifically designed to be fully immersed in the fuel, ensuring precise readings even when the tank is almost empty. A
防阻水レベルトランスミッター OEM 下水道用ピエゾレシシブ圧力トランスミッター
BH93420-III OEM Anti-Blocking Design Sewage Water Level Transmitter Sensor BH93420 III Water level Transmitter Introduction of water level transmitter: BH93420-III sewage level sensor is devices used to measure the level of liquids or gases. They have multiple filtering functions to filter out impurities and particles, ensuring measurement accuracy and reliability.The level transmitter typically consists of a sensor, filter, and converter. The sensor is responsible for
