Suzhou SKYING Control Technology Co., Ltd.

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Main Products: Digital sensor electrode , digital controller ,Water quality multi-parameter monitor ,pH/ORP meter , conductivity , resistivity , TDS , salinity meter ,Dissolved oxygen meter , fluorescent dissolved oxygen meter ,Mud level gauge , hardness monitor ,pH meter , residual chlorine meter , sulfur dioxide monitor ,Suspended solids (sludge) concentration measuring instrument ,Portable dissolved oxygen meter , pen ph meter ,Digital pH Digital Conductivity Digital Dissolved Oxygen ,Benchtop pH Benchtop Dissolved Oxygen Benchtop Conductivity ,Portable pH Portable Dissolved Oxygen Portable Conductivity ,Pen ph Pen Dissolved Oxygen Pen Conductivity

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Product Details

PHDS208 Digital pH Sensor Designed for Hydrofluoric acid environment. HF concentration>1000ppm

Easy to connect to PLC, DCS, industrial control computers, general purpose controllers, paperless recording instruments or touch screens and other third party devices.

The electrode is made of ultra-bottom impedance-sensitive glass film, and it also has the characteristics of fast response, accurate measurement, good stability, and not easy to hydrolyze in the case of hydrofluoric acid environment media. The reference electrode system is a non-porous, solid, non-exchange reference system. Completely avoid various problems caused by the exchange and blockage of the liquid junction,such as the reference electrode is easy to be polluted, reference vulcanization poisoning, reference loss and other problems.

Double salt bridge design, double layer seepage interface, resistant to medium reverse seepage
The ceramic pore parameter electrode oozes out of the interface and is not easy to be blocked, which is suitable for monitoring of hydrofluoric acid environmental media.
High-strength glass bulb design, the glass appearance is stronger.
The electrode adopts low noise cable, the signal output is farther and more stable
Large sensing bulbs increase the ability to sense hydrogen ions, and perform well in hydrofluoric acid environment media.