TRL-online TOC

Total Organic Carbon

Online Monitoring System

Dual Zone High Temperature Combustion Technology is the technology for online TOC analysis.

Optimized configuration options for different applications are available.

Patented dual zone furnace to assure complete combustion of all carbon containing compounds.

Effortless Touchscreen Option.

6-Port Multi-Stream Inlet Option For Investment Economy.

Ease of Maintenance & Low Operational Cost for your analysis.

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Configurations

*Range: 0-10 ppm; Drinking Water

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*Range: 0-500 ppm / 0-1000 ppm; Surface Water, Ground Water, rivers

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*Range: 0-5000 ppm; Utility water; cooling water, condensate return, reverse osmosis water, carbon bed absorber, boiler feed water, demineralized water

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*Range: 0-50000 ppm / 0-75000 ppm; Industrial wastewater, influent and effluent wastewater, de-icing water, highly contaminated wastewater, oil-in-water

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Optional Specifications

6 Port Multi Sampling Apparatus

IC Parameter

TN Parameter

TOC Quality Air Generator

Analog output-mA

Analog output-VDC

Communication options

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Specifications

Measured principle

TC or TOC, by operator’s selection;
IC and TN are optional additions
carbon dioxide detection by NDIR

furnace

Dual Zone High Temperature
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Z Zone High Temperature Combustion

Between 600-1000°C

D Zone High Temperature Combustion

Between 600-1000°C-

Measuring method

High Temperature Catalytic Oxidation (HTCO); TOC is analyzed by direct NPOC measurement, IC removal is achieved by air sparging and acidification

analysis Time

Typically 6-15 minutes (drinking water, x number of wash cylce)

Sensor for Carbon Analysis

Nondispersive Infrared Detector (NDIR)

Analysis Cycle Time

Depends on number of wash cycles, however it is arranged by the operator; nominally between 5 to 20 minutes

Sample Inlet Pressure

1-2 bar A

Sample Temperature

5°C to 50°C

Air Flow Rate

200-500 mL/min

Accurate and Precise Dispensing

Achieved through 3 peristaltic pumps plus a sample loop consisting of solenoid valves.

Waste Liquid Disposal

Achieved automatically by peristaltic pump

Ambient Temperature

Between 5°C and 40°C is good for proper operation

Communication and Available Digital Outputs

Via RS232; date and time, up to 3 measured parameters and error messages; profibus, Modbus and ethernet options are available as adders

Analog output options

0-1 VDC,0-5 VDC, 0-10 VDC and 0-20 mA and 4-20 mA

Enclosure

NEMA 4 / IP54 compliant and either wall mount or floor standing use is possible

Analog Output Options

0-1 VDC,0-5 VDC, 0-10 VDC and 0-20 mA and 4-20 mA

2 Dry Contact Alarm Limits

Set by the user

Data Storage and Data Presentation

Up to 9999 recent results should be saved and stored, on the basis of “first in first out” method; graphical trend presentation is available on the display and initiated by the operator

Software Functions

System diagnostics, data storage, optional single or multipoint calibration file storage; single validation cycle for future upgrades;

Design of an analytical cycles as to include as many DI wash and sample wash runs as required; maintenance cycle management and warning of replacement parts based on run cycles;
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Continuous control of sample, acid and DI water flows, liquid leakage, furnace, temperature, air flow rate; air leakage;
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Auto-stand-by in case of: emptied acid bottle, sample-acid-DI water leakage, air leakage, furnace temperature failure;

Graphical presentation of trend between settable date and time

Power Requirement

230 VAC 50/60 Hz; 1700VA

Gas Requirement

Clean air at ... pressure consumption ... mL/min

Carrier Gas Options

Hydrocarbon and CO2 Free Air at 2-6 bar

In Accordance with Official Standards

5310B, EPA 415.1, ISO 8245:1999, DIN1484:1997

The Enclosure

NEMA 4 / IP54 compliant and either wall mount or floor standing use is possible

Dimensions (HWD)

138x70x36cm

Weight

90 kg