TONGAO TR 6900NHP STIP-scan detection of ammonia nitrogen/Total phosphorus/turbidity/suspended solids
SE
TR 6900NHP
-
TONGAO TR 6900NHPN Water Quality Analyzer Detection of ammonia nitrogen/Total phosphorus/Total nitrogen/turbidity/suspended solids$ 3304.00SE -
TONGAO TR 6900P Desktop Total Phosphorus STIP-scan$ 2123.00SE -
TONGAO TR 6900NH Benchtop Ammonia Nitrogen STIP-scan$ 1439.00SE -
TONGAO TR 6900D COD Ammonia Nitrogen Total Phosphorus Total Nitrogen Turbidity Suspension STIP-scan$ 4517.00SE
TongAo TR 6900NHP Desktop STIP-scanSPEC
TongAo TR 6900NHP Desktop STIP-scanDetails
TongAo TR 6900NHP Desktop STIP-scanPacking list
- SKU
- NB040466
- Measurement parameters
- Ammonia nitrogen, total phosphorus, turbidity, suspended solids
- measurement error
- ≤± 5%
- Repeatability
- ≤±5%
- Optical inspection Stability
- ≤ +/- 0.001A/20min (100,000 hours life)
- Data storage
- 30,000 records (including item, date, time, sample ID, etc.)
- Linear dispersion quantity
- 96 Linear dispersions (expandable)
- printer
- Built-in thermal printer
- Display
- 5-Inch high-definition color LCD
- batch Volume
- 16/25 water samples/batch
- Colorimetric method
- Digestion Colorimetric Tube
- Sample compatibility
- 16 mm (round), 25mm (round)
- Communication interface
- USB cable, LAN, etc
- exception notification
- Blank comparison prompt, overrange prompt, etc
- Operating interface
- Membrane push-button operation, Chinese/English (optional)
- Power Supply
- AC(220V±10%)，50Hz
- Power
- 5W
- Protection level
- IP30
- Relative Humidity
- ≤ 85% non-condensing
- Ambient Temperature
- 5~40℃
- Host size
- 348*250*145mm
- Instrument Weight
- Main unit less than 2.6kg
- Ammonia nitrogen detection method
- HJ535-2009 Nessler's reagent Spectrophotometric method, spec-trophotometry
- Ammonia nitrogen range
- 0~50mg/L
- Ammonia nitrogen detection lower limit
- 0.01 mg/L
- Ammonia nitrogen digestion environment
- No need to digest
- Total phosphorus detection method
- GB11893-89 Ammonium molybdate Spectrophotometric method, spec-trophotometry
- Total Phosphorus range
- 0~20mg/L
- Total phosphorus detection limit
- 0.01mg/L
- Total Phosphorus Digestion
- 125℃，30min
- Turbidity detection method
- Spectrophotometric method, spec-trophotometry
- Turbidity Measurement range
- 0 ~ 1000NTU
- Lower turbidity detection limit
- 0.5NTU
- Turbidity digestion environment
- No need to digest
- Suspended solids detection method
- Direct Colorimetry
- Measurement range of suspended solids
- 0~500mg/L
- Lower limit of suspended solids detection
- 2mg/L
- Suspended solids digestion environment
- No need to digest
Introduction
The instrument can quickly measure ammonia nitrogen, Total phosphorus, turbidity, suspended solids, etc. in water. It integrates mature technologies in the field of water quality analysis to make the entire analysis system more complete, the operation is simpler and faster, and the detection results are more stable and reliable. Widely used in emergency monitoring, industrial wastewater, domestic (CN) sewage, sewage treatment, pharmaceutical and chemical industry, food, beverage, textile printing and dyeing, electroplating, papermaking, petroleum metallurgy, river management, scientific research units, colleges and universities and other fields.
operating principle
The integrated digestion colorimetric tube and the multi-channel water quality rapid analyzer can be used seamlessly, and are compatible with φ25mm colorimetric tubes.
● The detection of each parameter conforms to national standards, industry standards or international standards.
● The standard detection parameters are as follows:
- Ammonia nitrogen (NH3-N)
- Total phosphorus (TP)
- Turbidity
- Suspended solids (SS)
● Strong scalability in the later stage, including but not limited to the following parameters:
- COD (premade reagents)
- COD (powder pack or custom reagent)
- Total Nitrogen - Phosphate
- Total chromium - Hexavalent chromium
- copper - iron
- Nickel - Zinc
- Nitrite - CODmn
...
Principle
1. Digestion colorimetric integrated tube
The digestion and colorimetric integrated tube is used for operation, and the digestion of the sample and the reading of the result share a reaction tube, and there is no need to transfer the liquid to the cuvette for detection.
2. Display the result directly
A cold light source with a specific wavelength is used to measure the absorbance of the sample, and the instrument system converts the detection result directly into the sample concentration value through a specific algorithm.
3. Measure multiple times and remove outliers
Measure the water sample 10 times or more, and take the average value after removing outliers, so as to reduce the influence of dirt, scratches, fingerprints or defective glass tubes on the results.
4. Detection of abnormal prompts
Prompts for abnormal detection, such as prompts for blank comparison, prompts for results exceeding the upper limit of the range, etc.
- 1Turbidity simple operation process
同奥科技
- 2Simple operation process of ammonia nitrogen reagent
同奥科技
- 3Simple operation process of total phosphorus reagent
同奥科技
- 1GB/T 693-2024《Chemical reagent—Sodium acetate trihydrate》
- 2JJF 1700-2018《Program of Pattern Evaluation of Turbidimeters》
- 3JJF 1565-2016《Calibration Specification for Water Quality On-line Analyzers of Heavy Metals》
- 4JJF 1571-2016《Calibration Specification for Seawater Turbidity Analyzers》
- 5JJF 1424-2013《Program of Pattern Evaluation of Ammonia-Nitrogen Automatic Analyzers》
- 6HJ 101-2019《Technical specifications and test procedures for water quality on-line automatic monitoring equipment of ammonia》
- 7GB/T 22627-2022《Water treatment chemicals—Polyaluminium chloride》
- 8GB/T 11901-1989《Water quality--Determination of suspended substance--Gravimetric method》
- 9GB/T 5750.3-2023《Standard examination methods for drinking water—Part 3: Water analysis quality control》
- 10GB/T 41837-2022《Hot spring service—Hot spring water quality requirement》