MET Series
Metal Analyzer
Description
Products
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Metal Analyzer
Features
- Choose high-quality pumps, valves, tubes and other key parts with high reliability and long product life
- Less reagent consumption, less waste liquid discharge for environmental protection and low operating cost
- Highly reliable metering technology which can accurately measure sewage and wastewater under extreme conditions
- Industry-leading embedded software and hardware technology provides stable and reliable, flexible configuration functions
- Industry-leading signal processing system with high precision and good repeatability
- Modular design, high reliability and easy maintenance
- The instrument integrates a water collection pretreatment module, which is widely adapted to various application
- Compact size, convenient and flexible for transportation and installation
Applications
Drinking water, surface water, groundwater, industry, water treatment, wastewater
Specifications
- Output Signal: RS485 (Modbus RTU protocol), 19,200 bps, 8 data bits, no parity, 1 stop bit; 4~20 mA
- Data Resolution: 16 bits (0.001% FS)
- Surge Protection: 4000 V DC
- Power: 5~12 V DC, 60 mA
- Protection: polarity, overload, short
- Safety: CE, FCC
Built-in Auto Calibration, Alarm and Log Functions
4~20 mA Analog Output
Auto Measuring After Power Failure Recovery
Low Reagent Alarm
Installation
Flow through
Measurement Method
| Model No | Measurement Method | ||||||||
| MET01 Cadmium (Cd) |
The sample undergoes a chemical digestion and reaction which cadmium compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentration of the sample. | ||||||||
| MET02 Copper (Cu) |
Measurement Method The sample undergoes a chemical digestion and reaction which copper compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentration of the sample. | ||||||||
| MET03 Lead (Pb) |
The sample undergoes a chemical digestion and reaction which lead compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentration of the sample. | ||||||||
| MET04 Nickel (Ni) |
The sample undergoes a chemical digestion and reaction which nickel compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentration of the sample. | ||||||||
| MET05 Hexavalent Chromium (Cr6+) |
The sample undergoes a chemical digestion and reaction which hexavalent chromium compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentration of the sample. | ||||||||
| MET06 Chromium (Cr) |
The sample undergoes a chemical digestion and reaction which chromium compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentration of the sample | ||||||||
| MET07 Iron (Fe) |
The sample undergoes a chemical digestion and reaction which iron compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentation of the sample. | ||||||||
| MET08 Manganese (Mn) |
The sample undergoes a chemical digestion and reaction which manganese compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentation of the sample. | ||||||||
| MET09 Zinc (Zn) |
The sample undergoes a chemical digestion and reaction which iron compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentration of the sample | ||||||||
| MET10 Arsenic (AS) |
The sample undergoes a chemical digestion and reaction which arsenic compound is converted to colored complex. Incident UV light is absorbed by the sample and measured by the detector. The measurement value depends on the concentration of the sample. | ||||||||
