The multi parameter water quality analyzer uses a single wavelength of light to pass through the test sample, and according to Lambert Beer's law, calculates the concentration value of a substance contained in the sample by measuring the absorbance value. Partial measurement parameters such as pH, conductivity, dissolved oxygen, temperature, etc. are measured using the (electrochemical) electrode method.
Instrument Name |
Multi parameter water quality analyzer |
Instrument model |
TMULP-3000 |
Measuring Item |
Customizable products (see "Measurement Item Table" below for details) |
Number of optical channels |
4/8/12/16, and if it is a customized product, 1-16 channels can be customized. The wavelength can be selected from the following: 340420440470520540560610630680700nm. The instrument automatically selects the wavelength. In addition, electrochemical parameters can also be customized among the following: temperature, PH, Conductivity, dissolved oxygen. |
light source |
Imported high-performance LED |
detector | Silicon photoelectric sensor |
Wavelength accuracy |
Center wavelength ± 1nm |
Range of absorbance |
-2.000~2.000 |
Colorimetric linearity |
±0.002A(0-1A) |
Colorimetric accuracy | ±At 0.005A/1A |
repeatability |
≤2% |
Optical stability |
≤0.002A/20min |
Electrochemical method for determining parameters and ranges |
Temperature: 0.0~100.0C; Dissolved oxygen: 0.0~20.0mg/L; PH:0.00~14.00PH; Conductivity: 0.0ps/cm~2000.0ms/cm |
monitor |
Color touch screen, switching between Chinese and English
|
reading modes |
Concentration, absorbance, and transmittance |
Colorimetric method |
Colorimetric tube(Ф16mm、Ф25mm)And colorimetric dish |
Power supply |
AC220V(165V~240V),30W |
Instrument dimensions |
400mm×300mm×140mm |
Instrument weight |
2.6kg |
Host power consumption |
<10W |
work environment | Temperature: 5~40C, humidity not exceeding 90% |
storage environment | Temperature:- 40-60C, humidity not exceeding 90% |
●It can detect the concentration, absorbance, and transmittance of nearly a hundred parameters in water quality, and can store, print, query, and upload concentration values to a computer.
●Measure wavelengthAutomatic selection.
●The instrument adopts a large screen color touch screen operation, with a user-friendly interface and operation guide assistance to explain various functional operations
●In addition to a maximum of 250 factory curves, users can add 3500 curves themselves, calibrate them, and store them in the instrument.
●Store up to 100000 records (including parameter names, concentrations, units, detection times, operator numbers, etc.)
●The instrument measurement method can be either the straight line method or the line method. Choosing the line method can achieve more accurate measurement of some parameters with poor linearity.
●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.
●The instrument can take backup measures for user calibrated curves and data records, and can be restored in case of accidental loss.
●The instrument comes with various security measures, including the ability to set startup and system settings with input passwords to prevent other personnel from accidentally operating the instrument settings.
●The light intensity can be adjusted, divided into 16 levels and set arbitrarily, which can effectively solve the problem of measurement range expansion caused by the strength of the signal.
●It is possible to query the curve, in addition to querying the curve equation, it is also possible to query the standard value and corresponding absorbance of each standard substance during calibration, as well as the calibration time and calibration personnel number, fully reproducing the state during calibration.
●When recording queries, single item printing or page printing can be performed.
● The system has bilingual functionality and can switch between Chinese and English.
Measuring Item(Range expandable)
Serial Number | Measuring Item |
Measurement range |
unit |
Accuracy (±) |
1 | COD (chromium method)Low range) |
5-200 or 5-150 |
mg/L | 5% |
2 | COD (chromium method high)Range) |
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) |
0.02~1.0 |
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) |
5.0~10.0 |
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 | Total alkalinity (low range) |
0~100 |
mg/L | 5%(F,S) |
35 | Total 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 |
0.02~25.00 |
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 |
Trace nickel (low range) |
0.02~0.50 |
mg/L | 5%(F,S) |
50 | Trace 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 | Trace manganese (low range) |
0.01~0.10 |
mg/L | 5%(F,S) |
59 | Trace 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 | Aluminum (low range) |
0.01~0.40 |
mg/L | 5%(F,S) |
63 | Aluminum (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 |
0.002~0.50 |
mg/L | 5%(F,S) |
71 | lead |
0.01~0.50 |
mg/L | 5%(F,S) |
72 | antimony |
0.50~10.0 |
mg/L | 5%(F,S) |
73 |
chroma(Low range) |
5~50 |
PCU | 3%(F,S) |
74 |
chroma(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) |
0.00µs/cm-199.9ms/cm |
ms/cm | ±1.0%(F,S) |
82 | TDS(Electrode method) |
0.0mg/L~199.9g/L |
g/L | ±0.5%(F,S) |
Configuration List
1 host, 1 digestion instrument (including CODcr, total phosphorus, total nitrogen, CODMn, and total chromium parameters), commonly equipped with one set of reagents according to the parameter configuration (for more than 10 parameters, only 10 parameter reagents are required), several colorimetric tubes with a diameter of Ø 16mm and Ø 25mm, 2 colorimetric dishes (including turbidity, chromaticity, and suspended solids), 2 test tube racks, 1 pipette, 1 USB cable, 1 PH composite electrode, 1 conductivity electrode, 1 dissolved oxygen electrode, and 1 temperature electrode (corresponding electrodes can be configured according to the selected parameters), 1 data acquisition and installation CD, 1 user manual, 1 product certificate, and 1 maintenance card. Share.
More aboutMulti parameter water quality analyzerCan be found in ShenchanghongLaboratory water quality analysis instrumentView in the middle.