Sensor de calidad de agua | Sensor

American Sensorex Water Quality Sensor (Modular pH Sensor Platform) - S8000 Series

Plataforma modular de sensores de pH, todos los materiales de la serie S8000 están compuestos por material RYTON (plástico de ingeniería PPS) resistente a la corrosión, y todos los materiales de sellado son de caucho de flúor (Viton), con una fuerte resistencia a la corrosión, ampliamente utilizados en tecnología y monitoreo de procesos, fabricación de papel, química de plásticos, plantas de calcinación, tratamiento de agua, aguas residuales, agua de enfriamiento y otras industrias.

Turbidity Sensor - AR-TS-300B

La turbidez es causada por partículas suspendidas en el agua, que dispersan la luz incidente de manera difusa. Generalmente, se utiliza la luz dispersada en la dirección de 90 grados como señal de prueba.

Sensor de calidad del agua AMT de Alemania

German AMT Water Quality Sensor - pH Sensor

Germany AMT water quality sensor PH sensor combines with the existing CTD detection system to develop a pH combined shallow water sensor with integrated electronic components. The sensor consists of a pressure-balanced glass electrode and a reference electrode (Ag/AgCl) on a plastic rod.

German AMT Water Quality Sensor Ozone Sensor - O3 Sensor

The German AMT ozone sensor is based on the electrochemical amperometric principle and can rapidly analyze dissolved ozone (O3) in water on site. It is suitable for surface natural water, industrial waters, and oceans. O3 diffuses into the sensor through a gas-permeable membrane, first reacts chemically with the electrolyte solution to form an electrochemically active compound, which then diffuses to the working electrode. At the working electrode, this active compound is oxidized, generating a current signal corresponding to the partial pressure of dissolved O3 for quantitative analysis.

German AMT Water Quality Sensor Hydrogen Sulfide Sensor - H2S Sensor

The German AMT Water Quality Sensor H2S sensor is based on the electrochemical amperometric principle and can rapidly analyze dissolved hydrogen sulfide (H2S)/sulfides in natural water on site. H2S gas diffuses into the sensor through a gas-permeable membrane, and then undergoes a redox reaction on the surface of the working electrode inside the sensor. Quantitative analysis is performed by recording the current signal related to the H2S content.

German AMT Water Quality Sensor Hydrogen Peroxide Sensor - H2O2 Sensor

The German AMT H2O2 sensor is based on the electrochemical amperometric principle and can rapidly analyze dissolved hydrogen peroxide (H2O2) in water on site. H2O2 diffuses into the sensor through a gas-permeable membrane, and then undergoes an electrochemical reaction on the surface of the working electrode inside the sensor. Quantitative analysis is performed by recording the current signal corresponding to the partial pressure of dissolved H2O2.

American ECD Ammonia Nitrogen Sensor - HYDRA NH4+-N

The American ECD Ammonia Nitrogen Sensor HYDRA NH4+-N uses a three-electrode system with a spray cleaner. Ammonium nitrogen (NH4+-N) is the primary measurement, and potassium ion and pH glass electrodes are used to compensate for the NH4+ signal. The sensor is waterproof and has an ingress rating of IP68.

Smart Storm Water Quality Sensor - PHEHT

The PHEHT sensor is designed for some of the harshest environments, from pure mountain spring water with conductivity as low as 20 µS/cm, lake and river water with conductivity (100 – 2000 µS/cm), seawater with conductivity of 50 mS/cm, to wastewater with conductivity above 200 mS/cm.

American Global Water pH Sensor Water Quality Sensor - WQ201B

The WQ201 pH sensor is a rugged and reliable water pH measurement device. The pH transmitter is mounted on a 25-foot marine-grade cable and can be used up to 500 feet in length. The sensor's output is 4-20 mA with a three-wire configuration. The WQ201's electronics are encapsulated in marine-grade epoxy within a stainless steel housing. The unit also uses a removable shield and replaceable pH sensing element for easy maintenance.

American Global Water ORP Sensor Water Quality Sensor - WQ600B

The WQ600 (Redox) ORP sensor is a rugged and reliable ORP/redox measurement device. The sensor's 25-type marine-grade cable can be up to 500 feet in length. The WQ600 output is 4-20 mA with a three-wire configuration. The unit's electronics are completely encapsulated in marine-grade epoxy within a stainless steel housing.

American Global Water Turbidity Sensor Water Quality Sensor - WQ730B

The WQ730 turbidity sensor is a highly accurate submersible instrument for field environmental or process monitoring. Applications for the WQ730 include: water quality testing and management, river monitoring, flow measurement, reservoir water quality testing, groundwater testing, water and wastewater treatment, wastewater and industrial control.

American Global Water pH Electrode Water Quality Sensor - IoLine TrisB

The IoLine three-in-one compatible pH electrode uses a patented three-chamber system with iodine or iodized reference electrodes. The standard hydrogen electrode has been proven difficult to obtain in practical applications and is not only of theoretical importance. The Ag/AgCl reference system, which is the most common reference system, can cause measurement instability due to potential changes with temperature changes or reactions with silver ions in the measurement solution at the diaphragm. The IoLine pH electrode, in contrast, has the advantage of lower temperature sensitivity and gold

Sper Scientific sensor de calidad del agua

Sper Scientific Water Quality Sensor - Data Logging Conductivity/TDS Meter

El sensor de calidad del agua de Sper Scientific registra datos en fábrica o en el sitio para su posterior almacenamiento y análisis por computadora, registrando automáticamente hasta 16,000 puntos de datos, junto con la hora y la fecha.

German Presens Single-Channel and Multi-Channel pH Meters - pH-mini and pH-micro Series

pH-mini and pH-micro are precision fiber optic pH meters. These devices are used with non-contact or minimally invasive optical sensors.