How Do I Clean The Orp Probe For Easy Touch

Automatic Sensor Cleaning System

Process Instruments were approached in 2008 past a customer who was having to modify their pH sensor every week at massive price due to the fouling of the sensor. In response Pi developed the AutoFlush.

The thought for the AutoFlush is uncomplicated and effective. After a user defined time period, the sample drains abroad and the sensor and sensor housing is flushed with clean water. This water flushes the whole of the within of the sensor housing taking abroad whatsoever build-up of solids to the drain. The repeated flushing of the housing and sensor helps prevent the build-up of solids and then prolongs the life of the sensor and reduces maintenance. For waxy or fatty build-ups warm h2o tin can be used to affluent the sensors. Equally standard heavy duty compression valves ensure reduced maintenance over a long life.

To find out more about AquaSense, become in impact with one of our technical experts today.

Why Choose the Automatic Sensor Cleaning Organisation?

The AutoFlush tin can be used with Pi'southward pH, ORP, gratuitous chlorine, full chlorine, ozone and chlorine dioxide sensors (or a combination of sensors) and consists of a large menstruation prison cell that automatically empties on a user selectable time ground. The signal from the sensor is held and the whole flow prison cell including the sensor(south) is flushed with clean water. For the original customer this meant a new pH sensor after eighteen months rather than sooner, resulting in a significant comeback in procedure control and a very pregnant saving in pH sensors. Since and then many customers take taken advantage of the AutoFlush and it is installed effectually the earth in newspaper mills, nutrient factories and other plants where keeping the sensors make clean enhances their functioning.

"The support from Pi and its partners is superb. They go to a higher place and beyond to ensure that, not only is their equipment perfect only that the process is working groovy too. Five Stars!"

If you accept whatever questions or would like to find out more than about the Automatic Sensor Cleaning Organisation get in bear upon with one of our technical experts.

FAQs

What is sensor fouling?

Information technology doesn't thing what the process or application is, at that place is often something in the water that tin cause a build-up of material, or fouling, on a sensor. This tin can cause erroneous results. The solution to this is to clean the sensor.

Is it possible to reduce sensor maintenance?

Using a Pi AutoFlush can reduce maintenance intervals, therefore extending sensor life and reducing cost. Connecting an AutoFlush to a Pi CRIUS^®4.0 or CRONOS^® controller enables users to select their ain automatic cleaning intervals, meaning manual sensor cleaning is a thing of the past.

Will the AutoFlush affect my h2o quality readings?

No. The Pi CRIUS^®four.0 and CRONOS^® controllers can be used to create custom settings for the AutoFlush specific to the application, including the time taken for the cleaning cycle to become active and the elapsing of the clean.

Can the AutoFlush be used with every sensor?

The AutoFlush is suitable for several of Pi'south sensors including chlorine, chlorine dioxide, ozone, pH, ORP, hydrogen peroxide and peracetic acid. 2 of these sensors can be installed in the AutoFlush cell at the same time.

Other Pi sensors, such as OxySense, TurbSense^®, SoliSense^® and UV254, do have cleaning systems bachelor as an option.

Contact Pi to discuss.

How much maintenance is needed?

The AutoFlush cell is maintenance complimentary and the cell self-cleans when the cleaning wheel is activated. The sensors will still require maintenance.

What happens during a cleaning cycle?

The sample inside the AutoFlush cell is starting time tuckered away. The sensor housing (and therefore the sensor) is flushed with clean water. The whole of the interior sensor housing is flushed so that any build-up of solids is washed away. This is repeated at user-defined intervals to prevent solids from building up more than frequently, prolonging the sensor life and reducing maintenance. For waxy or fat build-ups, warm water can be used.

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Source: https://www.processinstruments.net/products/automatic-sensor-cleaning-system/

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