水中氯自動分析儀 EZ4006 Chloride Analyzer, 1 stream, Modbus RS485
產品編號
線上電位滴定法監測水中氯 Online, automatic titration of Chloride in water monitoring applications
State of the art titration platform
The EZ4000 Series Analyzers are single-parameter titrators built on an industrial analytical platform. High precision dispensers, robust peristaltic pumps and carefully designed liquid pathways all add up to the highest performance for industrial and environmental analysis needs.

Unique flexibility in titration methods
Every application starts with the basics: the right titrimetric technique for the parameter of interest, the measuring range and the water matrix. Depending on the change in the specific variables, the EZ4000 Series run either acid-base, redox, precipitation or photocolorimetric titration allowing for a unique flexibility.

The EZ4006 Chloride Analyzers use potentiometric titration. They combine unparalleled expertise in online titration with a set of unique analysis, control and communication features in a compact footprint:
- Wide standard measuring range of 0-500 mg/L Chloride Cl-
- Smart automatic features
- Control and communication via industrial panel PC
- Analogue and digital output options
- Multiple stream analysis (up to 8 streams)

Measurement Method: Potentiometric titration with silver nitrate (AgNO₃), conform with standard method APHA 4500-Cl (D)

There are many additional options available. Please contact Hach for more details.

關鍵字 : 水 氯 連續監測, 水 氯離子 濃度 監測, 水 氯 線上分析儀
產品介紹
Brochures Language Size Date Edition
EZ Series Analyzer Service
DOC063.53.30673
English US 825 KB 2021-01 Dec20
EZ Series: Continuous Monitoring of Chloride
DOC063.53.30662
English US 2 MB 2021-01 Nov20
Data Sheets Language Size Date Edition
EZ4000 Series Online Volumetric Chloride Analyzer: Online automatic titration of Chloride in water
DOC053.53.35188
English US 852 KB 2020-04 Mar20
Methods/Procedures Language Size Date Edition
Method and Reagent Sheet: EZ4006 Chloride Analyser
DOC313.53.94221
English UK, English US 207 KB 2021-01 Jan21 Ed8