-
E-mail
gaojingjing@jingqiep.com
-
Phone
17717902542
-
Address
Room 201, Guanghao Century Building, 155 Shengang Avenue, Pudong New Area, Shanghai
Jingqi Environmental Protection Technology (Shanghai) Co., Ltd
gaojingjing@jingqiep.com
17717902542
Room 201, Guanghao Century Building, 155 Shengang Avenue, Pudong New Area, Shanghai
Portable multi parameter water quality analyzerAll testing items are based on national industry standards: COD - "HJ/T399-2007", ammonia nitrogen - "HJ535-2009", total phosphorus - "GB11893-89", and have obtained the National Type Approval Certificate (CPA) for measuring instruments, with the number 2019C179-11
Portable multi parameter water quality analyzerFeatures
1) More than 50 parameter indicators: directly measure multiple indicators such as chemical oxygen demand (COD), ammonia nitrogen, total phosphorus, total nitrogen, suspended solids, chromaticity (platinum cobalt color system), turbidity, heavy metals, organic pollutants, and inorganic pollutants, with direct concentration reading;
2) Professional consumables and reagents: Equipped with comprehensive professional consumables and reagents, the work steps are greatly reduced, the measurement is simpler, and the results are more accurate;
3) Memory curve: There are 162 curves in memory, including 108 standard curves and 54 regression curves, which can be called as needed;
4) The instrument has its own calibration function, which can calculate and store curves based on standard samples without the need for manual curve creation;
5) Data output: It can be directly printed and output through the built-in printer, or transferred to a computer (USB, infrared optional);
6) Data storage: It can accurately store 12000 pieces of data, support data analysis, and has the function of creating analysis curves;
7) Equipped with a digestion instrument: randomly equipped with a 30 hole high-end intelligent dual temperature zone digestion instrument to meet the large-scale water sample testing needs of indoor users;
8) Field portability: Portable design, equipped with professional accessory box and high-energy lithium battery, enables measurement in the field without power supply, and can continuously digest up to 60 COD water samples.
Technical Specifications
detection parameters | ||||||
Test Item |
COD |
ammonia nitrogen |
Total Phosphorus |
Total Nitrogen |
||
Measurement range |
(0~10000)mg/L (Segmented) |
(0~160)mg/L (Segmented) |
(0~100)mg/L (Segmented) |
(0~100)mg/L (Segmented) |
||
indication error |
COD≤50mg/L, Error ≤± 8% |
Error ≤± 10% |
Error ≤± 5% |
Error ≤± 10% |
||
COD>50mg/L, Error ≤± 5% | ||||||
Anti chlorine interference |
[CL -]<1000mg/L has no effect |
—— |
—— |
—— |
||
[CL -]<4000mg/L (optional) | ||||||
Number of curves |
162 items |
store data |
12000 pieces |
Parameter switching |
automatic |
|
Temperature control range |
Room temperature~190 ℃ |
Timer Mode |
3 of them |
timing range |
1 minute to 10 hours |
|
Timing accuracy |
0.2 seconds/hour |
Temperature indication error |
<±2℃ |
Uniformity of temperature field |
≤2℃ |
|
physical parameters | ||||||
display screen |
320 × 240 color LCD screen |
Colorimetric method |
比色皿、比色管比色 |
|||
printer |
Thermal line printer |
operating interface |
Chinese/English (optional) |
|||
Instrument weight |
Host: 9Kg; Experiment box: 6Kg |
Instrument size |
Host: (410 × 290 × 200) mm Experimental box: (515 × 295 × 210) mm |
|||
Environment and working parameters | ||||||
ambient temperature |
(5~40)℃ |
ambient humidity |
Relative humidity ≤ 85% (no condensation) |
|||
rated voltage |
AC220V±10%/50Hz |
Power consumption |
70W |
|||
Measurement project | ||||||
Test Item |
analytical method |
Test Item |
analytical method |
|||
turbidity |
Fulmazhen spectrophotometric method |
chroma |
Platinum cobalt color system |
|||
suspended solids |
Direct colorimetric method |
Permanganate index |
Oxidation spectrophotometric method |
|||
Nitrate nitrogen |
Color changing acid spectrophotometric method |
Nitrite nitrogen |
Naphthalene ethylenediamine hydrochloride spectrophotometric method |
|||
Free chlorine and total chlorine |
DPD spectrophotometric method |
phosphate |
Ammonium molybdate spectrophotometric method |
|||
sulfate |
Barium chromate spectrophotometric method |
fluoride |
Fluorine reagent spectrophotometric method |
|||
sulfide |
Spectrophotometry |
Qing chemical compound |
Iso ba Bituric Acid spectrophotometric method |
|||
iron |
Phenanthroline spectrophotometric method |
hexavalent chromium |
Diphenylcarbazide spectrophotometric method |
|||
total chromium |
Diphenylcarbazide spectrophotometric method |
zinc |
Zinc reagent spectrophotometric method |
|||
copper |
BCA spectrophotometric method |
nickel |
Dimethylglyoxime spectrophotometric method |
|||
lead |
Xylenol Orange spectrophotometric method |
cadmium |
Cadmium reagent spectrophotometric method |
|||
manganese |
High oxidation spectrophotometric method |
silver |
Cadmium reagent 2B spectrophotometric method |
|||
antimony |
5-Br-PADAP |
aniline |
Naphthalene ethylenediamine hydrochloride spectrophotometric method |
|||
nitrobenzene |
Naphthalene ethylenediamine hydrochloride spectrophotometric method |
Volatile phenol |
4-amino spectrophotometric method |
|||
formaldehyde |
Acetylacetone spectrophotometric method |
Trace arsenic |
New silver salt spectrophotometric method |
|||
boron |
Curcumin photometric method |
mercury |
Dithiazone photometric method |
|||
Anionic surfactant |
Spectrophotometry |
Total Arsenic |
Diethyldithiocarbamate silver spectrophotometric method |
|||