Hach EZ series online colorimetric heavy metal analyzer/water quality heavy metal analyzer

-Working principle:
The EZ series online colorimetric heavy metal analyzer (including EZ1000 series heavy metal analyzer and EZ2000 series heavy metal analyzer) can be flexibly configured and is a water quality heavy metal detector that can monitor multiple metal elements. For water samples with high organic content, suspended particulate matter, or easily altered composition, the built-in sample digestion device of this series of heavy metal analyzers can facilitate the analysis of parameters such as copper, iron, nickel, manganese, chromium, zinc, and cyanide.
The core of the Hach EZ series online colorimetric heavy metal analyzer is an integrated specially designed small photometer. Low sample size analysis reduces reagent consumption and ensures high sensitivity by extending the optical path length. All hardware of this series of water quality heavy metal detectors (including precision micro pumps for adding reagents) are controlled by control software running on an industrial grade panel PC.

-Application industry:
The Hach EZ series online colorimetric heavy metal analyzer can be used for heavy metal detection in surface water, drinking water, wastewater, industrial condensate water, and circulating water.

-Instrument features:
Excellent analytical performance: configurable selection of element ion states or total content analysis
EZ2000 series heavy metal analyzer with built-in sample digestion system
Intelligent automatic control system, which can be controlled and communicated through industrial panel PC
Standard 4-20 mA signal output with alarm function
The EZ series online heavy metal analyzer supports Ethernet connection to Modbus TCP/IP protocol communication
The heavy metal analyzer has a built-in sample dilution function, which can be used for a larger measurement range
This series of water quality heavy metal detectors supports multi-channel analysis (up to 8 injection channels)
Low sample size, minimal reagent consumption, and low operating and maintenance costs