Description
2-pole micro conductivity sensor InLab® 751 - 4 mm is a compact laboratory conductivity electrode designed for precise measurement work in analytical and research environments. This micro-format sensor supports a conductivity working range from 0,001 to 200 mS/cm, making it suitable for dilute aqueous samples through to more concentrated electrolyte solutions where a small immersion footprint is required. The 4 mm geometry supports use in limited sample volumes and narrow vessels while retaining a classic two-pole measurement principle familiar in routine conductivity workflows. Supplied as a single unit and weighing 0,300 kg, the sensor integrates readily into standard laboratory measuring setups for quality control, method development, and educational practicals. The InLab® 751 - 4 mm model from manufacturer Mettler-Toledo fits within broader conductivity sensor and accessory programmes used across chemical, life-science, and materials laboratories. It is intended for operators who need reliable micro-scale conductivity readout without unnecessary bulk, and it pairs with compatible meters and holders according to existing lab configurations. Clear model identification simplifies inventory and replacement planning for multi-instrument benches.
This article is part of Temperature probes & sensors, in Temperature measurement.
Key features
- Pack size: 1 pc
- Product type: 2-pole micro conductivity sensor
- Model: InLab® 751 - 4 mm
- Conductivity range: 0,001 to 200 mS/cm
- Weight: 0,300 kg
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Questions about 2-pole micro conductivity sensor, model InLab® 751 - 4 mm, 1 unit(s)
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2-pole micro conductivity sensor, model InLab® 751 - 4 mm, 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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