Oakton Ultem Body Conductivity/TDS Temperature Probe, K = 1.0

Descripción

The Oakton WD-35606-55 Ultem Conductivity/TDS Cell is an electrode, or probe, that measures the electrical conductivity (EC) and Total Dissolved Solids (TDS) of a solution. Probes are commonly used for chemical analysis and to test solutions. This probe features a built-in sensor for automatic temperature compensation (ATC). It has ultem-PEI body housing and stainless steel rings for chemical resistance. The probe has a BNC connector, with snap-lock architecture, to provide tight coaxial cable connection and stability. The electrode provides fast temperature response and reduction of air entrapment for more accurate, stable readings. It has a cell constant (K) =1.0, which is suitable for mid-range conductivity measurements.This probe features a three-foot cable, three-band platinum sensor and has probe style C; it is general purpose, has amber glass, resists Na+ interferences, is single reference junction, and is sealed. It is to be used at a temperature range of 158 degrees F (70 degrees C). Its dimensions are 12(d) x 110(l) mm. The electrode has a removable, plastic probe guard and is intended for use with the Oakton CON 6, TDS 6, and SALT 6 (sold separately).Conductivity is the ability of a solution or material to conduct an electrical current. TDS measurement indicates materials such as salts, bases or minerals, which contribute to electrical conductivity, within a solution.Oakton Instruments manufactures an array of scientific instruments for research, industrial, and educational uses. Since 1991, Oakton has distributed a wide variety of instruments such as meters, electrodes, and transmitters. Oakton is based in Vernon Hills, IL, and has facilities in Europe, Asia, and China.What’s in the Box?One conductivity/TDS temperature probeOne 3-foot cableRemovable, plastic probe guard

Características

• Built-in temperature sensor for automatic temperature compensation (ATC)
• Stainless steel rings and ultem (polyetherimide [PEI])-body housing for chemical resistance
• Bayonet Neill-Concelman (BNC) connector, with snap-lock architecture for a tight, coaxial cable connection, and stability
• Removable, protective, plastic probe guard to preserve unit
• Designed to provide fast temperature response, and reduce air entrapment for accurate, stable readings

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