Conductivity Level Probe for Laboratory, 2~20000μScm

SKU: SUCH-EC-LAB
$149.99
● Measurement range 2~20000μs/cm ● Temperature range 0~80℃ ● Temperature compensation element 2.25kΩ ● Casing material glass
🚚 Free shipping
🕒 Delivery date: 6-12 days
🔁 30-day Returns
Overview

Conductivity Level Probe for Laboratory, 2~20000μS/cm is designed for precise water and solution analysis in laboratory settings. It features a glass housing resistant to fouling and corrosion, a two-electrode platinum black design for accurate high-conductivity measurements, and a five-core aviation connector for secure connections. With a measurement range of 220000μS/cm and a temperature range of 080℃, it is convenient to use, easy to maintain, and comes with an electrode protection bottle for safe storage.

Features

Conductivity level probe for laboratory feature

  • Glass Housing: Made of glass material, resistant to fouling and corrosion.
  • Two-Electrode Structure: Convenient to use and simple to maintain.
  • Five-Core Aviation Connector: Provides stable and secure connection.
  • Platinum Black Electrode: Suitable for measuring higher conductivity levels.
  • Precautions: The platinum black layer is delicate; avoid contact with objects or viscous samples, as damage may cause measurement deviation.
  • Electrode Protection Bottle: Supplied with a protective bottle to keep electrodes safe when not in use.

Dimension (Unit: mm)

Conductivity level probe for laboratory size

Detail

Conductivity level probe for laboratory detail

Specs
Measurement Range 2~20000μs/cm
Cell Constant 1.0±0.2
Temperature Range 0~80℃
Sensor Material Glass
Temperature Compensation Element 2.25kΩ
Dimension Φ12x120mm
Connector Five-core aviation interface
Cable Length 1 meter
Application
Laboratory water

Laboratory Water

Pure water

Pure Water

Environment protection

Environment Protection

FAQ

The platinum black electrode enhances sensitivity and is suitable for measuring high conductivity solutions.

Rinse with distilled water after each use, and avoid abrasive cleaning materials that may damage the electrode surface.

No, it is not recommended for viscous or oily samples as they may damage the electrode layer or cause inaccurate readings.

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