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Address
2nd Floor East, Building A2, Shunheda Industrial Park, Liuxiandong Industrial Zone, Xili Street, Nanshan District, Shenzhen
Shenzhen Changhong Technology Co., Ltd
2nd Floor East, Building A2, Shunheda Industrial Park, Liuxiandong Industrial Zone, Xili Street, Nanshan District, Shenzhen
GW-2000E portable multi parameter water quality analyzer
Collecting electrode, colorimetric dish, and colorimetric tube in one
Automatically select wavelength
power-off protection
Equipped with one click recovery function
Working principle
PH、 Conductivity is measured using electrochemical sensors; Turbidity adopts the principle of light scattering or scattering+transmission; Others are measured using optical colorimetry.
Technical Parameter
Instrument Name |
GW-2000E portable multi parameter water quality analyzer |
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Measuring Item |
COD, ammonia nitrogen, total phosphorus, total nitrogen, copper, iron, nickel, hexavalent chromium, phosphate, nitrite PH、 More than 80 parameters, including residual chlorine, can be customized by users according to their needs. |
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Wavelength |
340nm, 420nm, 440nm, 470nm, 520nm, 540nm, 560nm, 610nm, 630nm, 660nm, 680nm 700nm.(Optional)Customize any wavelength within the above range) |
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PH、Conductivity and dissolved oxygen |
Electrode method can be selected according to needs |
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Maximum absorbance error |
0.005A |
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Range of absorbance |
-2.000~2.000 |
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repeatability |
≤3% |
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Optical stability |
The absorbance value of the instrument isDrift less than 0.002A within 20 minutes |
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reading modes |
Concentration, absorbance, and transmittance |
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Colorimetric tube |
Ø 16mm Ф25mm |
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External dimensions |
410mm×300mm×130mm |
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Instrument weight |
4Kg |
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Host power consumption |
<10W |
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Product Features
When measuring samples, the wavelength is automatically selected without the need for calibration;
● LCD large screen Chinese LCD display, easy and intuitive operation;
The multi parameter water quality detector is convenient to carry for on-site testing;
Optical colorimetric method and electrochemical detection are implemented on one instrument, and the detection interface is displayed on the same screen;
●It has data storage function, which can store 300 curves and 1000 time and parameter labeled data;
●In addition to the factory curve, users can add and calibrate curves themselves, and store them in the instrument;
● It has a one click recovery function, which can achieve one click recovery when the factory curve and user curve data records are lost due to accidents;
Equipped with a USB interface, it can transfer data records to a computer;
Cold light source, narrowband interference optical system, good optical stability;
● Data power-off protection function;
● Rechargeable lithium battery power supply;
● It has the function of recording and printing;
● Scalable and customizable testing projects.
Measuring Item
Serial Number |
Measuring Item |
Measurement range |
unit |
maximum error |
1 |
COD (low range chromium method) |
5-200 or5~150 |
mg/L |
5% |
2 |
COD (High Range Chromium Method) |
200~2000 or 150~2000 |
mg/L |
5% |
3 |
Ammonia nitrogen (low range) |
0.02~5.00 |
mg/L |
3%(F.S) |
4 |
Ammonia nitrogen (high range) |
5.00~25.00 |
mg/L |
3%(F.S) |
5 |
Total phosphorus (low range) |
0.02~2.00 |
mg/L |
5%(F.S) |
6 |
Total phosphorus (high range) |
2.00~10.00 |
mg/L |
5%(F.S) |
7 |
Total nitrogen (low range) |
0.10~10 |
mg/L |
5%(F.S) |
8 |
Total nitrogen (high range) |
10~100 |
mg/L |
5%(F.S) |
9 |
CODMn (permanganate index) |
0.00~10.00 |
mg/L |
0.2 or 5% |
10 |
Residual chlorine (low range) |
0.02~2.00 |
mg/L |
0.1 or 5% |
11 |
Residual chlorine (high range) |
2.00~10.00 |
mg/L |
5% |
12 |
Total chlorine (low range) |
0.02~2.00 |
mg/L |
0.1 or 5% |
13 |
Total chlorine (high range) |
2.00~10.00 |
mg/L |
5% |
14 |
Chlorine dioxide (low range) |
0.05~2.00 |
mg/L |
0.2 or 5% |
15 |
Chlorine dioxide (high range) |
2.00~20.00 |
mg/L |
5% |
16 |
sulfate |
5~200 |
mg/L |
5% |
17 |
Nitrate (nitrogen) |
0.02~10.00 |
mg/L |
0.1 or 5% |
18 |
Phosphate (low range) |
0.01~10.0 |
mg/L |
0.2 or 5% |
19 |
Phosphate (high range) |
10.0~50.0 |
mg/L |
5% |
20 |
Nitrite nitrogen (low range) |
0.02~1.00 |
mg/L |
0.05 or 5% |
21 |
Nitrite nitrogen (high range) |
1.0~5.0 |
mg/L |
5% |
22 |
sulfide |
0.005~1.000 |
mg/L |
5%(F,S) |
23 |
fluoride |
0.05~2.0 |
mg/L |
5%(F,S) |
24 |
cyanide |
0.01~0.50 |
mg/L |
5%(F,S) |
25 |
bromide |
0.10~5.00 |
mg/L |
5%(F,S) |
26 |
formaldehyde |
0.05~2.5 |
mg/L |
5%(F,S) |
27 |
Volatile phenols (low range) |
0.20~5.0 |
mg/L |
5%(F,S) |
28 |
Volatile phenols (high range) |
5.0~10.00 |
mg/L |
5%(F,S) |
29 |
HYDRAZINE |
0.01~0.50 |
mg/L |
5%(F,S) |
30 |
Aniline compounds(Low range) |
0.03~1.0 |
mg/L |
5%(F,S) |
31 |
Aniline compounds(High range) |
1.0~5.0 |
mg/L |
5%(F,S) |
32 |
silica |
0.01~5.00 |
mg/L |
5%(F,S) |
33 |
silicate |
0.01~5.00 |
mg/L |
5%(F,S) |
34 |
alkalinity(Low range) |
0~100 |
mg/L |
5%(F,S) |
35 |
alkalinity(High range) |
100~1000 |
mg/L |
5%(F,S) |
36 |
Total hardness (low range) |
0.1~5.0 |
mg/L |
5%(F,S) |
37 |
Total hardness (high range) |
5.0~200.0 |
mg/L |
5%(F,S) |
38 |
Chloride ion(Chloride) |
0.20~100.0 |
mg/L |
5%(F,S) |
39 |
ozone |
0.01~2.5 |
mg/L |
5%(F,S) |
40 |
Anionic surfactant |
0.01~1.0 |
mg/L |
5%(F,S) |
41 |
ammonium ion |
0.20~25.00 |
mg/L |
5%(F,S) |
42 |
available chlorine |
0.0~100.0 |
mg/L |
5%(F,S) |
43 |
chlorite |
0.00~20.00 |
mg/L |
5%(F,S) |
44 |
Cyanuric acid |
0~200 |
mg/L |
5%(F,S) |
45 |
urea |
0.00~4.00 |
mg/L |
5%(F,S) |
46 |
Copper (low range) |
0.02~1.0 |
mg/L |
5%(F,S) |
47 |
Copper (high range) |
1.0~10.0 |
mg/L |
5%(F,S) |
48 |
zinc |
0.2~5.0 |
mg/L |
5%(F,S) |
49 |
nickel(Low range) |
0.02~0.50 |
mg/L |
5%(F,S) |
50 |
Nickel (high range) |
0.50~1.00 |
mg/L |
5%(F,S) |
51 |
nickel |
0.02~10.0 |
mg/L |
5%(F,S) |
52 |
Iron (low range) |
0.0~5.0 |
mg/L |
5%(F,S) |
53 |
Iron (high range) |
5.0~10.0 |
mg/L |
5%(F,S) |
54 |
ferrous(Low range) |
0.0~5.0 |
mg/L |
5%(F,S) |
55 |
Ferrous (high range) |
5.0~10.0 |
mg/L |
5%(F,S) |
56 |
hexavalent chromium |
0.01~1.00 |
mg/L |
5%(F,S) |
57 |
cadmium |
0.05~0.50 |
mg/L |
5%(F,S) |
58 |
manganese(Low range) |
0.01~0.10 |
mg/L |
5%(F,S) |
59 |
manganese(High range) |
0.10~1.0 |
mg/L |
5%(F,S) |
60 |
manganese |
0.02~5.00 |
mg/L |
5%(F,S) |
61 |
total chromium |
0.02~1.0 |
mg/L |
5%(F,S) |
62 |
aluminium(Low range) |
0.01~0.40 |
mg/L |
5%(F,S) |
63 |
aluminium(High range) |
0.40~4.00 |
mg/L |
5%(F,S) |
64 |
silver |
0.01~1.00 |
mg/L |
5%(F,S) |
65 |
molybdenum |
0.05~1.00 |
mg/L |
5%(F,S) |
66 |
Arsenic (low range) |
0.004~0.100 |
mg/L |
5%(F,S) |
67 |
Arsenic (high range) |
0.100~0.500 |
mg/L |
5%(F,S) |
68 |
beryllium |
0.001~0.10 |
mg/L |
5%(F,S) |
69 |
boron |
0.10~2.00 |
mg/L |
5%(F,S) |
70 |
mercury |
0.002~0.5 |
mg/L |
5%(F,S) |
71 |
lead |
0.01~0.50 |
mg/L |
5%(F,S) |
72 |
antimony |
0.50~10 |
mg/L |
5%(F,S) |
73 |
chroma(Low range) |
5~50 |
PCU |
3%(F,S) |
74 |
Chromaticity (high range) |
50~500 |
PCU |
3%(F,S) |
75 |
turbidity |
0~400 |
NTU |
≤2%(F.S)
|
76 |
Suspended solids |
5~1000 |
mg/L |
≤2%(F.S) |
77 |
PH (colorimetric method) |
5.00~8.00 |
PH |
0.1±0.1 |
78 |
PH (electrode method) |
0.00~14.00 |
PH |
±0.1 |
79 |
Dissolved oxygen (colorimetric method) |
0.1~10.0 |
mg/L |
0.1±5% |
80 |
Dissolved oxygen (electrode method) |
0.~20.0 |
mg/L |
±0.2 |
81 |
conductivity(Electrode method) |
0.00ms/cm~199.9ms/cm |
ms/cm |
1.0%(F,S) |
More information about the multi parameter water quality detector can be viewed in the Shenchanghong portable water quality analysis instrument.