氧化還原電位感測器 Online Specialty Analog ORP Sensor
產品編號：RD1R6
The smart choice for accurate and reliable online process ORP measurement
專業準確可靠的線上 ORP 分析儀的明智選擇
Specialty Online Process ORP Sensor - Gold ORP Electrode, PPS Housing, Convertible Mount, 4.5m Cable, Analog Cable Connection
Body material : PPS
Cable Connection : Analog
Electrode Type : Specialty - Gold
Measuring Range ORP : -1500 - +1500 mV
Mounting : Convertible
Operating Temperature Range : -5 - 110 °C
Pressure Range : 0 - 6.9 bar (100 psi)
What's included? : Includes: sensor with 15 ft cable and manual
*使用 Hach SC系列 Controllers 數位控制主機進行監控
關鍵字 : online ORP analyzer, process ORP monitor, 氧化還原電位分析儀, 氧化還原電位自動監測儀
專業準確可靠的線上 ORP 分析儀的明智選擇
Specialty Online Process ORP Sensor - Gold ORP Electrode, PPS Housing, Convertible Mount, 4.5m Cable, Analog Cable Connection
Body material : PPS
Cable Connection : Analog
Electrode Type : Specialty - Gold
Measuring Range ORP : -1500 - +1500 mV
Mounting : Convertible
Operating Temperature Range : -5 - 110 °C
Pressure Range : 0 - 6.9 bar (100 psi)
What's included? : Includes: sensor with 15 ft cable and manual
*使用 Hach SC系列 Controllers 數位控制主機進行監控
關鍵字 : online ORP analyzer, process ORP monitor, 氧化還原電位分析儀, 氧化還原電位自動監測儀
Exceptional Performance with the Differential Electrode Measurement Technique
This field-proven technique uses three electrodes instead of the two normally used in conventional ORP sensors. Process and reference electrodes measure the ORP differentially with respect to a third ground electrode. The end result is unsurpassed measurement accuracy, reduced reference junction potential, and elimination of sensor ground loops. These sensors provide greater reliability, resulting in less downtime and maintenance.
This field-proven technique uses three electrodes instead of the two normally used in conventional ORP sensors. Process and reference electrodes measure the ORP differentially with respect to a third ground electrode. The end result is unsurpassed measurement accuracy, reduced reference junction potential, and elimination of sensor ground loops. These sensors provide greater reliability, resulting in less downtime and maintenance.
Lower Maintenance Needs with the Double Junction Salt Bridge
The double junction salt bridge creates a barrier to contamination which minimizes the dilution of the internal standard cell solution. The result is lower maintenance needs and a longer time period between calibrations.
The double junction salt bridge creates a barrier to contamination which minimizes the dilution of the internal standard cell solution. The result is lower maintenance needs and a longer time period between calibrations.
Extended Working Life with the Replaceable Salt Bridge/Protector
The unique, replaceable salt bridge holds an extraordinary volume of buffer to extend the working life of the sensor by protecting the reference electrode from harsh process conditions. The salt bridge simply threads onto the end of the sensor if replacement is needed.
The unique, replaceable salt bridge holds an extraordinary volume of buffer to extend the working life of the sensor by protecting the reference electrode from harsh process conditions. The salt bridge simply threads onto the end of the sensor if replacement is needed.
Reliability with Built-in Encapsulated Preamp
Encapsulated construction protects the sensor’s built-in preamp from moisture and humidity, ensuring reliable sensor operation. The preamp in the pHD analog sensor produces a strong signal, enabling the sensor to be located up to 1000 m (3280 ft.) from the analyzer.
Encapsulated construction protects the sensor’s built-in preamp from moisture and humidity, ensuring reliable sensor operation. The preamp in the pHD analog sensor produces a strong signal, enabling the sensor to be located up to 1000 m (3280 ft.) from the analyzer.
Patented Technology
The former GLI, now a Hach Company brand, invented the Differential Electrode Technique for pH measurement in 1970. The pHD™ sensor series (U.S. Patent Number 6395158B1, dated May 28, 2002) takes this field-proven technology to a new level.
The former GLI, now a Hach Company brand, invented the Differential Electrode Technique for pH measurement in 1970. The pHD™ sensor series (U.S. Patent Number 6395158B1, dated May 28, 2002) takes this field-proven technology to a new level.
Versatile Mounting Styles
Sensors are available in four mounting styles—convertible, insertion, immersion, and sanitary.
Sensors are available in four mounting styles—convertible, insertion, immersion, and sanitary.