Automatic micro-injection, controllable sample injection volume, no pollutants in the whole process of testing, no harm to human body and environment

The advanced micro-signal processing system has several advantages such as online setting, real-time monitoring, self-calibration, flow rate control, etc., to ensure the superior performance of the instrument and safe operation

High-temperature pyrolysis device, equipped with special catalyst, has strong oxidizing ability. According to the properties of different samples, different temperatures are set to maximize the digestion of samples and make the measurement data more accurate and reliable.

The power of the refrigeration module can be adjusted according to the injection volume, which improves the dehydration efficiency of the entire system, ensures the dryness of the gas entering the detector, and ensures that the detection system has high resolution and durability.

Advanced real-time detection software: the sample curve is drawn under the same coordinates, and the repeatability is visually displayed; the running status of the instrument is monitored at all times, and the difference between the measured parameters and the set parameters is compared

Automatic leak detection control system: real-time detection of gas flow, and equipped with alarm settings to prevent gas leakage and maximize the safety of operators and instruments

The application of advanced flow rate control signal processing technology shields the influence of flow rate fluctuations and ensures stable and accurate readings

The 4-in-one technology of heating, cooling, dehydration and liquid level monitoring is adopted in the TIC reaction cell, which effectively removes the influence of water vapor on the detection results; at the same time, the airflow and liquid flow paths are simplified, which saves a lot of analysis time and widens the detection line.

The detector uses a 24bit digital solution to expand the detection range, and the control system uses 32bin signal processing technology, which greatly improves the performance of the instrument and makes the detection limit lower, which can meet the requirements of most standard detection limits and lower detection limits. requirements, high test accuracy and precision, high sensitivity

The design and application of the international advanced non-dispersive infrared detector (NDIR), and the use of special surface treatment technology, makes the detection more accurate and reliable

Using 24-bit A/D conversion technology, the data is more stable, the noise is lower, the detection range is wider, and the speed is faster

The use of 32bin signal processing technology makes the performance of the instrument more reliable, and it has a good constant temperature function and high temperature difference control accuracy.

Modular design, fast and convenient assembly, maintenance and repair

Instrument Model             TOC-2000 (dry method)

Detector                            NDIR (Non-Dispersive Infrared Detection)
 
Measurement Items          TC, TIC, TOC, NPOC

Digestion Principle            High temperature catalytic oxidation

Operation Method             Computer control

Application Object              Water sample

Gas Requirements             Oxygen: ≥99.995%

Measurement Range          0-30000mg/l

Detection Limit                    50ug/l

Reproducibility                    3%

Analysis Time                     1-4 minutes per parameter

Digestion Temperature       0-1000℃ (adjustable)

Particle Size                        ≤0.2mm

Maximum Salt Tolerance     85g/L

Power Supply                      220±10V AC, 50/60HZ, 1KW

Size                                     430*455*440mm