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B3 Floor, Wuhan University Science and Technology Park, Daxueyuan Road, Donghu New Technology Development Zone, Wuhan City
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Wuhan Zhongyi Baikong Instrument Co., Ltd
Turbidity electrode
NegotiableUpdate on 04/19
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Overview
Suitable for drinking water and industrial water with high sensitivity, fast measurement process response speed, and accurate data. Stable and reliable
Product Details
Turbidity sensors include: light source optoelectronic devices, preamplifiers, inlet water tank, measuring tank, outlet water tank, etc. These devices and functional components are concentrated together, greatly facilitating on-site installation.
Principle of 90 ° angle scattered light
Suitable for drinking water and industrial water use
High sensitivity, fast response speed during the measurement process, and accurate data. Stable and reliable
This sensor is based on the combined infrared absorption scattering method and can continuously and accurately measure turbidity using the ISO7027 method. According to ISO7027 infrared double scattering light technology, turbidity values are determined without being affected by chromaticity. According to the usage environment, it can be optionally equipped with self-cleaning function. Stable data and reliable performance; Built in self diagnosis function to ensure accurate data; Installation and calibration are simple. The product has a protection level of IP68 and can be directly immersed in liquid level media.
Install sensors at appropriate locations in the process to ensure representative measurement results are obtained.
Install the sensor in an easily accessible location for regular cleaning and maintenance.
Sensors should be avoided from being installed in locations where bubbles accumulate to prevent interference signals.
Install the sensor near a representative and well mixed sampling point, with a recommended maximum distance of no more than 1.5 meters (5 feet) between the sensor and the sampling point.
It is necessary to compare the readings of laboratory analyzers and instruments during calibration and normal use.
Incorrect sampling operation is a common cause of measurement data errors.
