CONDUCTIVITY SENSOR C=0.2;TC;POM/EPDM

Catalog nr. W2T525642

Available

Evoqua Water Technologies

Pack Size: 1 piece
Price:
Sale price€290,00
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Description

Screw-in electrode C=0,2; TK; POM/EPDM is a conductivity measuring electrode of type VI/TK with cell constant c = 0,2 and external thread G1/2'' for electronic conductivity meters such as the LFW 200 (W3T199245). The electrode body is manufactured from POM, sealed with EPDM, and fitted with electrode pins in stainless steel 1.4571 / AISI 316Ti. An integrated PT500 temperature sensor supports temperature-compensated conductivity measurement. Maximum working pressure is specified as 8 bar at 20 °C and 1 bar at 80 °C, covering typical process and laboratory water conditions. Supplied as one piece, the sensor is intended for direct screw-in installation in conductivity monitoring loops. This screw-in electrode from manufacturer Evoqua Water Technologies combines a defined low cell constant with robust polymer and metal wetted parts for stable readings in pure and process water. It suits continuous conductivity control where a G1/2'' process connection, PT500 compensation and a cell constant of 0,2 are required, and it matches the mechanical and electrical interface of the referenced LFW 200 instrument family.

This article is part of pH electrodes & sensors, in pH & electrochemistry.

Key features

  • Pack size: 1 pc
  • Product type: Electrode
  • Cell constant: c = 0,2
  • Electrode body material: POM
  • Seal material: EPDM
  • Electrode pins: 1.4571 / AISI 316Ti
  • Technical Information Sheet: PDF

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Questions about CONDUCTIVITY SENSOR C=0.2;TC;POM/EPDM

What is this article?

CONDUCTIVITY SENSOR C=0.2;TC;POM/EPDM is the article on this page. Luminix Health distributes Evoqua Water Technologies for laboratory use. It sits in pH electrodes & sensors, inside pH & electrochemistry, in Lab instruments.

A pH electrode is a glass membrane and a reference. It is a consumable: the glass ages, the junction clogs, and the reading drifts. A refillable electrode and a gel electrode differ in how they are maintained. The connector has to match the meter. The electrode, not the meter, is usually what is wrong.

A pH meter is a voltmeter on a glass electrode. The voltage tracks hydrogen-ion activity, and the electrode is converted to pH only after it is adjusted with buffers of known value. Conductivity measures how well a solution carries a current, which for dilute salts tracks concentration. Dissolved oxygen and titration are further electrodes on the same idea: a sensor, a standard, and a reading that is only as fresh as the calibration. Buffer values and chemical identity sit on PubChem. Accreditation of the calibration laboratory is the field of BELAC and EURAMET.

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