水中導電度感測器 Convertible Mounting Style Inductive, Electrodeless Conductivity Sensor, Peek Body Material (200 µS/cm - 2000000 mS/cm)
產品編號：3727E2T
PEEK, Convertible Mounting Style, 6m (20ft) Analog Cable, Electrodeless Conductivity Sensor 可轉換安裝方式，類比電纜，無電極導電度感測器
Range 量測範圍 : 200 µS/cm - 2000000 mS/cm
Accuracy : 0.01 % of reading, all ranges
Cell Constant k : 4.44 cm-1
Material Sensor : Body: PEEK
Sensor Cable : Polypropylene and PVDF Sensors:
5 conductor (plus two isolated shields) cable with XLPE (cross-linked polyethylene) jacket; rated to 150 °C (302ºF); 6 m (20 ft.) long
Flow : Max. 3 m/s
Temperature Sensor : Temperature Compensator Pt 1000 RTD
Operating Temperature Range : -10 - 200 °C (Sensor - limited by body material)
Wetted Materials : Polypropylene, PVDF, PEEK® or PFA®
*使用 Hach SC系列控制器進行監控
關鍵字 : 水中導電度監測儀, 水中導電度分析儀, Conductivity analyzer, 線上 導電度計
Range 量測範圍 : 200 µS/cm - 2000000 mS/cm
Accuracy : 0.01 % of reading, all ranges
Cell Constant k : 4.44 cm-1
Material Sensor : Body: PEEK
Sensor Cable : Polypropylene and PVDF Sensors:
5 conductor (plus two isolated shields) cable with XLPE (cross-linked polyethylene) jacket; rated to 150 °C (302ºF); 6 m (20 ft.) long
Flow : Max. 3 m/s
Temperature Sensor : Temperature Compensator Pt 1000 RTD
Operating Temperature Range : -10 - 200 °C (Sensor - limited by body material)
Wetted Materials : Polypropylene, PVDF, PEEK® or PFA®
*使用 Hach SC系列控制器進行監控
關鍵字 : 水中導電度監測儀, 水中導電度分析儀, Conductivity analyzer, 線上 導電度計
Wide Measuring Range 從低濃度到高濃度的量測範圍
Hach’s Inductive Conductivity Sensors measure 200 up to 2,000,000 microSiemens/cm. A built-in Pt 1000 RTD compensates the measured conductivity for changes in process temperature.
Hach’s Inductive Conductivity Sensors measure 200 up to 2,000,000 microSiemens/cm. A built-in Pt 1000 RTD compensates the measured conductivity for changes in process temperature.
Low Maintenance Design 日常維護量低
The inductive sensor design eliminates polarization and electrode coating problems that commonly affect conventional contacting electrode-type conductivity sensors. 電感式感測器設計消除傳統接觸式電極導電度感測器常見的極化和電極塗層問題
The inductive sensor design eliminates polarization and electrode coating problems that commonly affect conventional contacting electrode-type conductivity sensors. 電感式感測器設計消除傳統接觸式電極導電度感測器常見的極化和電極塗層問題
Versatile Mounting Styles 靈活安裝方式
Sensors can be installed using a choice of four mounting styles—immersion, insertion, union, and sanitary.
Sensors can be installed using a choice of four mounting styles—immersion, insertion, union, and sanitary.
Principal of Operation
Inductive conductivity sensors induce a low current in a closed loop of solution, then measure the magnitude of this current to determine the solution’s conductivity. The conductivity analyzer drives Toroid A, inducing an alternating current in the solution. This current signal flows
in a closed loop through the sensor bore and surrounding solution. Toroid B senses the magnitude of the induced current which is proportional to the conductance of the solution. The analyzer processes this signal and displays the corresponding reading.
Inductive conductivity sensors induce a low current in a closed loop of solution, then measure the magnitude of this current to determine the solution’s conductivity. The conductivity analyzer drives Toroid A, inducing an alternating current in the solution. This current signal flows
in a closed loop through the sensor bore and surrounding solution. Toroid B senses the magnitude of the induced current which is proportional to the conductance of the solution. The analyzer processes this signal and displays the corresponding reading.
電感式導電度感測器在溶液的閉合迴路中感應出微弱電流，然後測量該電流的大小來確定溶液的導電度。導電度分析儀驅動環形線圈 A，在溶液中感應出交流電流。此電流訊號在感測器孔和周圍溶液中形成閉合迴路。環形線圈 B 感應感應電流的大小，該電流與溶液的導電度成正比。分析儀處理此訊號並顯示相應的數值。
Withstands Harsh Environments 耐受嚴苛環境
The inductive sensor is available in sanitary (CIP) flange style and convertible styles in PFA®, polypropylene, PEEK®, and PVDF material. Select sensors can withstand high pressures and
The inductive sensor is available in sanitary (CIP) flange style and convertible styles in PFA®, polypropylene, PEEK®, and PVDF material. Select sensors can withstand high pressures and