Online TOC analysis of water quality

NegotiableUpdate on 07/24

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Product Details

Total Organic Carbon (TOC) analysis is widely used in many industries, including the management of influent, wastewater treatment, and final discharge in wastewater treatment processes. It is also used for monitoring organic matter in water bodies such as tap water, cooling water, and cleaning water, and has become an increasingly widely used monitoring method. The TOC-4200 online total organic carbon (TOC) analyzer adopts an eight way valve system with strong corrosion resistance and extremely low maintenance, and the acclaimed 680 ℃ combustion catalytic oxidation technology. It is the most advanced and high-performance continuous online water quality analyzer in the industry.
Featuring a brand new color touchscreen interface;
50 times automatic dilution and extremely strong ability to handle corresponding acid and alkali water samples;
Support TOC removal rate calculation (compliant with US EPA Part IV 40 CFR Part 9, 141, and 142, 1998 specifications);
Multi point calibration and automatic range selection measurement;
Automatically select the most suitable COD conversion function;
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It can also achieve the following functions (additional attachments are required):
TC, IC, POC, NPOC testing;
Internet WEB data sharing;
Low range 0-1mg/L analysis;
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The TOC-4200 online total organic carbon analyzer is not only used for monitoring and managing wastewater discharge in the environmental protection industry and monitoring surface water quality, but also for controlling production processes in industries such as tap water, petroleum and petrochemical, and electronics.

Application areas:

Petrochemical industry: water quality monitoring and production process leak detection of circulating water, recycled water, and condensate water
Environmental Protection Industry: Monitoring of Key Pollution Source Wastewater Discharge
Water conservancy industry: water quality monitoring of surface water, Rivers and Lakes
Municipal industry: water quality monitoring of drinking water sources, water quality monitoring of incoming water from waterworks, and water quality monitoring of incoming and outgoing water from sewage treatment plants
Power industry: management of steam condensate leak detection and monitoring of high-purity water process control
Metallurgical industry: monitoring of recycled water quality in the circulating water system
Research and Education: Monitoring of Organic Matter Load in Water Bodies during the Development of Water Treatment Processes or Water Quality Research
Electronics industry: High purity water quality control and monitoring in the production process of semiconductors, chips, and integrated circuits

Usage conditions:

·Power supply: 90-260ACV, 6A, 50/60Hz
·Power: 200W (after heating up the electric furnace)
·Environmental temperature: 0-40 ℃
·Relative humidity: below 90%
·Setting location: Indoor type, vertical or wall mounted installation on the ground

Technical indicators:

·Measurement principle: catalytic oxidation combustion+non dispersive infrared (NDIR) CO2 gas detection
·Combustion temperature: 680 ℃
·Automatic calibration: using zero standard solution and span standard solution for automatic calibration or 5-point standard solution for calibration
·Measurement range: 0-1ppm, 0-5ppm to 0-20000ppm variable
·Measurement cycle: minimum cycle of 4 minutes
·Carrier gas: 250-300kPa high-purity nitrogen, 99.99% or more
·Sample pre-treatment function: Integrated high-speed rotary homogenizer, using tap water to automatically backwash and clean the filter screen
·Automatic cleaning function: According to the time interval set by the user, the internal pipeline of the instrument can be cleaned with distilled water at regular intervals
·Operating interface: Color touch screen
·Communication: Digital MODBUS RS232 or RS485, analog quantity, switch quantity