Specifications for HCACH Hash GLI 3400 series high-performance conductivity probes.
The HCACH Hash GLI 3400 series of high-performance conductivity probes is an advanced conductivity measurement device designed for laboratory and industrial applications. The probe uses state-of-the-art technology to ensure high-precision conductivity measurements and is suitable for the measurement of a wide range of water qualities and solutions. The following are the technical specifications of the HCACH Hash GLI 3400 series high-performance conductivity probes in the United States:
1.Measuring range: The HCACH Hash GLI 3400 series of high-performance conductivity probes have a wide range of measurement ranges to meet the measurement needs of various water quality and solutions. Its conductivity measurement range is 0001 - 34000 s cm, suitable for a wide range of industrial and laboratory applications.
2.Accuracy: The measurement accuracy of this probe is very high, which ensures the accuracy and reliability of the measurement. The basic error of its conductivity measurement is 05% or 5 s cm (optionally higher) for a wide range of high-precision measurements.
3.Resolution: HCACH Hash GL3400 series high-performance conductivity probes have high resolution and can accurately reflect the conductivity changes of the solution. Its conductivity resolution is 0001 s cm, capable of capturing very small changes in conductivity.
4.Temperature range: The probe can measure over a wide temperature range, from 0-95°C. This allows the user to better understand how the conductivity of a solution changes with temperature in a practical application.
5.Compatibility: HCACH Hash GLI 3400 series high-performance conductivity probes are compatible with various hash conductivity meters, such as GLI 3400, GLI 3500, etc. Users can use the same conductivity probe to measure on various models of conductivity meters, improving the compatibility and efficiency of the device.
6.Probe Material: The probe is made of high-quality stainless steel, which has good corrosion resistance and stability. At the same time, the probe is designed to meet the IP67 waterproof level, which can cope with the measurement needs of various harsh environments.
7.Output interface: HCACH Hash Gli 3400 series high-performance conductivity probes have a variety of output interfaces, including analog output (4-20mA) and digital output (RS-485), which is convenient for users to transfer measurement data to other equipment or control systems.
8.Calibration function: The probe supports automatic calibration and manual calibration, and users can choose the appropriate calibration method according to their needs. With regular calibration, you can ensure the accuracy and reliability of the probe's measurements.
9.Data Logging and Processing: HCACH Hash GLI 3400 series high-performance conductivity probes support data logging and processing functions, and users can store measurement data inside the device or transfer it to a computer or other data processing equipment through an interface for further analysis.
10.Software support: The probe is equipped with powerful software that supports real-time monitoring, data logging, data analysis, report generation, and more. Users can easily perform data processing, graphical display and printout through the software.
In conclusion, the HCACH Hash GLI 3400 series high-performance conductivity probe is a technologically advanced and high-performance conductivity measurement device suitable for the measurement of various water quality and solutions. Its wide range of applications, high precision, high resolution, good compatibility and software support make the device ideal for laboratories and industrial applications.
Technical Indicators. Measuring range: maximum range 0-200,000 s cmThe specific measurement range varies depending on the cell constant:
Measuring range. Sample temperature: -20 200 ;
Maximum flow rate: 3m s
Pressure range: 100 psig at 200;
Accuracy: 2% of reading >20 s cm
Probe Weight: 045kg
Electrode Constant, Conductivity ( s cm) Resistivity (megaohms).
1 0 2000 Not applicable.
5 0 10000 N/A.
10 0 200,000 N/A.