Brand: Erun
Laboratory benchtop water quality total organic carbon TOC analyzer
Model: ERUN-ST3-J3
TOC (UV oxidation with infrared detection)
The ERUN-ST-TOC610 Benchtop Laboratory Total Organic Carbon (TOC) Analyzer utilizes advanced high-temperature catalytic oxidative digestion technology, which not only ensures that the sample can be oxidized efficiently and fully, but is also equipped with comprehensive safety protection mechanisms. Its wide detection range makes this benchtop organic carbon concentration in water analyzer ideal for a wide range of water TOC analysis. This powerful laboratory water quality total carbon analyzer is capable of accurately determining total carbon (TC), total organic carbon (TOC), total inorganic carbon (TIC), and non-blowable total organic carbon (NPOC) in a wide range of water sources, including surface water, groundwater, industrial water, domestic wastewater, production wastewater, seawater, and domestic drinking water. Therefore, it is widely used in many fields such as sewage environment testing, marine environment monitoring, industrial production sewage monitoring, and domestic water quality testing.
| Instrument Model | ERUN-ST-TOC610 |
| detector | NDIR (Non-Dispersive Infrared Detection) |
| Measurement items | TC、TIC、TOC、NPOC |
| Principle of elimination | High temperature catalytic oxidation |
| operating method | computer control |
| application object | watery |
| Gas Requirements | Oxygen: ≥99.995% |
| Measurement range | 0-30000mg/L |
| detection limit | 50ug/L |
| reproducibility | 3% |
| analysis time | No more than 4 minutes |
| Elimination 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 |
Adoption of a unique sampling system to ensure accurate and stable sampling, long life of core components, reduce maintenance costs |
Independent intellectual property rights of the circuit system and embedded software with high-performance embedded processor to ensure stable and reliable operation of the system |
Powerful operating software with database-assisted data management, realizing one-stop operation of instrument control, status monitoring, data processing and data access |
Well-designed cleaning and testing process, greatly reducing testing time |
| Powerful high-temperature cracking device, the use of PID temperature control technology, to ensure the accuracy and stability of the furnace temperature, the furnace temperature can be set through the software. |
| Precision gas flow control technology is adopted to ensure accurate and stable carrier gas flow, thus enhancing the precision and stability of the test |
| Adopt three-stage dehydration technology, electronic refrigeration dehydration device with rapid membrane filter change, to ensure the effect of dehydration |
| Self-developed high-performance NDIR non-dispersive infrared detector, the use of imported light source and detector, detection sensitivity and stability are excellent |
| Modularized design of the whole machine, fast and convenient assembly, maintenance and repair |
