1. Laboratory
  2. Physico-chemical analysis
  3. Laboratory conductivity meter
  4. Bürkert GmbH & Co. KG Fluid Control Systems
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Laboratory conductivity meter 8222
module

laboratory conductivity meter
laboratory conductivity meter
laboratory conductivity meter
laboratory conductivity meter
laboratory conductivity meter
laboratory conductivity meter
laboratory conductivity meter
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Characteristics

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laboratory, module

Description

The Bürkert conductivity meter Type 8222 is designed for measuring the conductivity of fluids. The sensor element comprises a two-electrode cell and a Pt1000 temperature probe. The sensor itself is available with three different cell constants C. These with C= 0.01 or 0.1 cm-1 are fitted with stainless steel electrodes and those with C= 1.0 cm-1 are fitted with graphite electrodes. Thus, due to the measurement device’s design, Bürkert has simplified installation and maintenance work. The device Type 8222 is available in two variants: The first one, the so-called ELEMENT standard is proposed either with three adjustable outputs (two digital outputs and one analogue output) or with four adjustable outputs (two digital and two analogue) and can be equipped with a display. The display is only necessary for start-up, configuration (e.g. selection pH/ORP measurement, measurement range, units, calibration, thresholds, etc) or as a display of process values. The second, the so-called ELEMENT neutrino is a 2-conductor device, without a display, with a 4...20 mA current output and is available with two variants of pipe connections, either with a G 1½" union nut for installation with an adaptor with a G 1½" external thread sensor connection or with a G ¾" external thread for screwing into an adaptor with a G ¾" internal thread sensor connection.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.