Description
2301T conductivity sensor is a dedicated probe for conductivity measurement covering a range from 0 to 200 mS/cm at sample temperatures from 0 to +60 °C. Supplied as 1 pc, the sensor is fitted with a fixed cable terminated in BNC/Cinch connectors for direct connection to compatible conductivity meters. This measuring element supports laboratory and process tasks in which electrical conductivity must be determined across a wide dynamic range up to the millisiemens region. The sensor from manufacturer Dostmann is designed as a conductivity accessory for instruments that accept BNC/Cinch probe inputs. With a weight of 0,114 kg it is light enough for routine bench use while remaining robust enough for repeated immersion work within the stated temperature window. Categories for sensors and accessories for conductivity determination highlight its role as a replaceable or complementary probe in existing meter setups. Fixed-cable construction simplifies handling by removing the need for a separate connector lead during measurement. Laboratories performing physical-property checks can integrate the 2301T conductivity sensor wherever a 0–200 mS/cm span and 0 to +60 °C operating range match the sample matrix and instrument interface.
This article is part of Temperature probes & sensors, in Temperature measurement.
Key features
- Pack size: 1 pc
- Product type: Conductivity sensor
- Conductivity range: 0 to 200 mS/cm
- Temperature range: 0 to +60 °C
- Connection: Fixed cable (BNC/Cinch)
- Weight: 0,114 kg
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Questions about 2301T conductivity sensor, 0 to 200 mS/cm , 0 to +60 °C, 1 unit(s)
What is this article?
2301T conductivity sensor, 0 to 200 mS/cm , 0 to +60 °C, 1 unit(s) is the article on this page. Luminix Health distributes Dostmann 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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