Description
Electrolyte for oxygen sensor type 150 is a maintenance solution formulated for the corresponding oxygen electrode used with SensoDirect 150 systems. It supports correct filling and upkeep of the oxygen sensor so that electrochemical oxygen measurement can proceed under the conditions intended by the instrument design. The product is supplied in a 30 ml pack with a weight of 0,100 kg, suitable for laboratory replenishment and routine sensor service. Physical data from the manufacturer include a density of 1,98 g/cm³ and a boiling point of 1413 °C, useful reference values for handling and storage planning in the lab. This electrolyte from manufacturer Tintometer is positioned among maintenance and calibration solutions for measuring instruments. Technicians servicing oxygen sensor type 150 benefit from a matched fill medium that keeps the electrode ready for dissolved-oxygen work in water analysis and related applications. The compact 30 ml unit quantity fits bench kits and scheduled maintenance without excess volume. Clear pairing with oxygen sensor type 150 reduces ordering errors during consumable restocking.
This article is part of Temperature probes & sensors, in Temperature measurement.
Key features
- Pack size: 30 ml
- Density: 1,98 g/cm³
- Boiling point: 1413 °C
- Product type: Electrolyte for oxygen sensor type 150
- Weight: 0,100 kg
- Technical Information Sheet:
- Safety Data Sheet:
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Questions about Electrolyte, for oxygen sensor type 150, 30 ml
What is this article?
Electrolyte, for oxygen sensor type 150, 30 ml is the article on this page. Luminix Health distributes Tintometer 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.
A thermometer reports a temperature. A liquid-in-glass thermometer is a calibrated column. A digital thermometer is a sensor and a display, and the sensor, not the display, is what is calibrated. An infrared thermometer reads a surface and depends on emissivity. A data logger stores the reading over time. Without a stated uncertainty and a calibration point, the number is only an indication. The scale is maintained by the BIPM and compared by EURAMET. Accreditation is BELAC.
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The category is Temperature measurement. The sub-category is Temperature probes & sensors. The catalogue is Lab instruments.
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