Real-time Flow Monitor High-temperature Combustion Oxidation Total Organic Carbon Analyzer TOC Tester Water Organic C Detector

Name: Real-time Flow Monitor High-temperature Combustion Oxidation Total Organic Carbon Analyzer TOC Tester Water Organic C Detector
Brand: DONGGUAN LONROY EQUIPMENT CO LTD
Price: Negotiable USD
Availability: InStock

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Real-time Flow Monitor High-temperature Combustion Oxidation Total Organic Carbon Analyzer TOC Tester Water Organic C Detector

Large Image : Real-time Flow Monitor High-temperature Combustion Oxidation Total Organic Carbon Analyzer TOC Tester Water Organic C Detector

Product Details:

Place of Origin:	Guangdong, China
Brand Name:	LONROY

Payment & Shipping Terms:

Minimum Order Quantity:	1

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Real-time Flow Monitor High-temperature Combustion Oxidation Total Organic Carbon Analyzer TOC Tester Water Organic C Detector

Description

Type:	Testing Machine	Accuracy Class:	High Accuracy
Accuracy:	±1.5%	Application:	Auto Testing, Laboratory Testing, Lab Testing
Customized Support:	OEM, OBM, ODM, Software Reengineering	Power:	/
Protection Class:	IP57	Voltage:	220 V
Warranty:	1 Year
Highlight:	TOC Analyzer High-temperature Combustion , Total Organic Carbon Water Tester , Real-time Flow Monitor TOC Detector

PRODUCT HIGHLIGHTS

High-temperature catalytic oxidation ensures efficient oxidation even for hard-to-digest organic carbon, facilitating the analysis of high-concentration TOC samples;
Rapid analysis (1–4 minutes);
Enhanced safety: the combustion furnace heating system features multiple safeguards, including an overheat protection circuit independent of the temperature control system that automatically cuts off heating in the event of overheating;
Real-time flow monitoring maintains flow path stability, ensuring data reliability;
Multi-directional pipeline cleaning and purging: internal circuits can be cleaned according to operational requirements, significantly reducing failure rates and instrument maintenance time;
Automatic waste discharge and automated acid handling (draining and intake) with precise control over acid intake volume;
Low sample and reagent consumption: each measurement requires 0.5 μL of high-purity water, 2 mL of acid reagent (for IC testing), and approximately 2000 mL of high-purity oxygen (based on standard conditions: 100 mL/min flow rate and 20-minute gas flow duration);
The NDIR detector offers excellent linearity and high accuracy for CO₂ detection. The CO₂ signal is converted into a peak curve, and the TOC value (the difference between TC and IC) is then calculated by the built-in data processor;
The catalytic combustion oxidation method offers strong oxidizing capability, is capable of oxidizing almost all organic compounds, and ensures stable performance. The 680°C combustion method operates below the melting points of most salts, thereby extending the lifespan of the catalyst and combustion tube—a particularly important feature when analyzing saline water samples;
The instrument features a high-resolution 7-inch wide touchscreen and an intelligent system with a fully Chinese interface, ensuring user-friendliness and ease of operation.

Real-time Flow Monitor High-temperature Combustion Oxidation Total Organic Carbon Analyzer TOC Tester Water Organic C Detector

Product Introduction The LR-Z245 utilizes the high-temperature catalytic combustion oxidation method. The sample and a purified carrier gas (high-purity oxygen) are introduced into high-temperature combustion and low-temperature reaction tubes, respectively. In the high-temperature combustion tube, the sample undergoes catalytic oxidation, converting both organic and inorganic carbon into carbon dioxide. In the low-temperature reaction tube, the sample is acidified, causing inorganic carbon to decompose into carbon dioxide. The CO₂ generated in both tubes is transported by the carrier gas sequentially into a Non-Dispersive Infrared (NDIR) detector for measurement. This allows for the separate determination of Total Carbon (TC) and Inorganic Carbon (IC) in the water. Total Organic Carbon (TOC) is calculated as the difference between TC and IC (i.e., TOC = TC - IC). Application Areas Determination of Total Organic Carbon (TOC) in surface water, groundwater, domestic sewage, and industrial wastewater; applicable to sectors such as environmental monitoring, municipal water supply and drainage, disease control, chemical engineering, and electric power. Operating and Installation Environment Requirements 1. Power Supply: AC 220V ±10%, 50/60Hz (reliable grounding required) 2. Power Consumption: 1000W during furnace heating 3. Ambient Temperature: 0–40°C 4. Relative Humidity: 10–85% 5. Installation Location: Indoor 6. Gas Source: High-purity oxygen (≥99.999%) 7. High-Purity Water: CO₂-free water (TOC ≤0.5 mg/L) 8. Acid Reagent: 10% phosphoric acid 9. Instrument Placement: Maintain a 20 cm clearance around the unit for heat dissipation; do not stack items on top 10. Combustion Temperature: 680°C–1200°C

Real-time Flow Monitor High-temperature Combustion Oxidation Total Organic Carbon Analyzer TOC Tester Water Organic C Detector

Technical Specifications

Measuring Range	0～1000mg/L (Undiluted), up to 0～30000mg/L under diluted condition
Repeatability	≤ 3%
Indication Error	TC: ±0.1%F.S or ±5% (whichever is larger)
Indication Error	IC: ±0.1%F.S or ±4% (whichever is larger)
Linearity	R²≥99.9%
Detection Limit	0.5mg/L
Analysis Time	2～4min
Injection Volume	10μL～500μL
External Storage	USB Flash Drive

Tag:

Contact Person: Kaitlyn Wang

Tel: 19376687282

Fax: 86-769-83078748

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Real-time Flow Monitor High-temperature Combustion Oxidation Total Organic Carbon Analyzer TOC Tester Water Organic C Detector

Real-time Flow Monitor High-temperature Combustion Oxidation Total Organic Carbon Analyzer TOC Tester Water Organic C Detector

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