Description
2-pole conductivity sensor InLab® 720 is a laboratory conductivity electrode specified for low-conductivity measurements starting at 0,1 µS/cm, with a measuring range of 0,1 to 500 µS/cm. The two-pole design is suited to pure and ultrapure water checks, dilute aqueous samples, and quality-control steps where precise low-range conductivity is required. Supplied as 1 pc and weighing 0,2 kg, the sensor integrates with compatible meters for routine calibration, verification, and process monitoring in analytical and research laboratories. Conductivity sensors of this class support water-system surveillance, buffer and media preparation control, and general physicochemical characterisation of clear aqueous solutions. The InLab® 720 model from manufacturer Mettler-Toledo belongs to a recognised sensor family used across pharmaceutical, environmental, and academic labs. Its stated low-end sensitivity of 0,1 µS/cm makes it appropriate when standard process probes lack resolution in the pure-water region. Select and maintain the electrode according to meter compatibility, calibration standards, and sample chemistry to ensure stable readings over the 0,1 to 500 µS/cm working window.
This article is part of Temperature probes & sensors, in Temperature measurement.
Key features
- Pack size: 1 pc
- Product type: 2-pole conductivity sensor
- Model: InLab® 720
- Measuring range: 0,1 to 500 µS/cm
- Lower measuring limit: 0,1 µS/cm
- Weight: 0,2 kg
- Technical Information Sheet:
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Questions about 2-pole conductivity sensor, model InLab® 720 - 0,1 µS/cm, 1 unit(s)
What is this article?
2-pole conductivity sensor, model InLab® 720 - 0,1 µS/cm, 1 unit(s) is the article on this page. Luminix Health distributes Mettler-Toledo for laboratory use. It sits in Temperature probes & sensors, inside Temperature measurement, in Lab instruments.
A temperature probe is the sensor, Pt100, thermocouple or thermistor, that a meter or a logger reads. The probe, not the display, is what is calibrated. The sheath material and the response time matter in a liquid versus a block.
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