Multi parameter rapid water quality analyzer

NegotiableUpdate on 12/27

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The InLab-2016 multi parameter water quality rapid measuring instrument adopts a touch sensitive design, a fully Chinese operating interface, guided system operation, and exquisite overall design combined with a high-strength corrosion-resistant shell, which enhances the user's use and operating experience. The design of the digestion colorimetric integrated tube pre stores dozens of indicator parameter curves (according to user needs) such as COD, ammonia nitrogen, total phosphorus, total nitrogen, etc., making the entire detection process simpler and more convenient, and easier for users to operate. It can be widely applied in fields such as environmental monitoring, scientific research water quality testing, production and emission monitoring and testing.

Product Details

Product Introduction

InLab-2016manyparameterRapid water quality analyzerAdopting a touch sensitive design, a fully Chinese operating interface, guided system operation, and exquisite overall design combined with a high-strength corrosion-resistant shell, it enhances the user's usage and operating experience. Dissolve colorimetric integrated tube design, pre storedCODDozens of parameter curves for indicators such as ammonia nitrogen, total phosphorus, and total nitrogen (according to user needs),Make the entire detection process simpler, more convenient, and easier for users to operate. It can be widely applied in fields such as environmental monitoring, scientific research water quality testing, production and emission monitoring and testing.

Instrument Features

1、Color touch screen design, user-friendly human-machine dialogue interface, easy operation, and direct reading of concentration.

2、Using a digestion colorimetric integrated tube, the water sample determination process is simple, fast, safe, and the measurement results are accurate.

3Wide measurement range, diverse measurement indicators, and the ability to freely combine measurement indicators according to user needs.

4Equipped with a built-in thermal printer, it can directly print measurement data and also query and print historical data.

5Pre stored standard measurement curves can be easily retrieved for measurement, and self built measurement curves can also be created.

6Adopting imported solid-state cold light source,Excellent optical performance and long service life,The test results are accurate.

7Large capacity data storage with power-off protection design ensures that the instrument is not damaged and data records are not lost.

8Low reagent usage, low operating costs, and strong anti-interference ability.

Can be applied in various fields to meet the different water quality testing needs of users

1.Sewage detection

Wastewater testing mainly targets the wastewater and sewage discharged by enterprises and factories during the production process, which can be divided into papermaking wastewater, textile wastewater, metallurgical wastewater, food treatment wastewater, etc. Applicable to self inspection of water quality discharge by relevant enterprises, as well as law enforcement inspections by environmental protection departments.

2.scientific research

Mainly used for daily water quality testing and teaching in research institutes, laboratories, and universities, including parameter comparison, qualitative and quantitative analysis of environmental water pollution.

Water quality testing indicators

This product adopts modular programming design, which allows users to select single or multiple indicator detection indicator modules according to their needs. Users can also install new measurement indicators on this machine at any time during later use according to their measurement requirements. The following are the water quality testing indicators of our company:CODTheCODMnAmmonia nitrogen, total phosphorus, total nitrogen, nitrate nitrogen, nitrite nitrogen, residual chlorine, total chlorine, chlorine dioxide, hexavalent chromium, chromaticity, turbidity, suspended solids, sulfates, sulfides, fluorides, aniline, phosphate, barium, total chromium, iron, ferrous, copper, nickel, zinc, manganese, dissolved oxygenPHValue, temperature, conductivity

Technical Specifications

Measurement indicators:CODAmmonia nitrogen, total phosphorus, total nitrogen, etc. (freely combined according to user needs);

Display mode: Color LCD touch screen, Chinese operation interface;

Colorimetric method: Colorimetric tube (digestion colorimetric integrated tube)

Number of curves: adjustable100Measurement curve parameters;

Calibration mode:1-7Point correction mode, automatically correcting curve values;

Record storage: storable10000The test results show that the data will not be lost when the power is cut off;

hit Printing: Comes with a thermal printer;

Data communication:RS232+USBinterfaceThe measurement results can be uploaded to a computer for easy statistical analysis by users;

Environmental temperature:（5 ~ 40）℃； Environmental humidity: Relative humidity<85%(No condensation);

Overall dimensions:300*220*120mm；

Working power supply:AC220V±10% / 50Hz；

Weight:2.8kg.

Index parameters of water quality analyzer

serial number	indicator	range	error	resolve	Reagent warranty period	method	standard
1	CODhigh range	5-10000mg/L(dish style, handheld), 5-15000 mg/L(tubular)	≤5%	165℃，15minute	Prepared liquid reagents (same below)6month	Rapid catalytic method (chromium method)	HJ/T399-2007
2	CODLow range	5-150mg/L	≤5%	165℃，15minute	6month	Rapid catalytic method (chromium method)	HJ/T399-2007
3	GAO potassium permanganate index （CODMn）	0.2-50mg/L	≤8%	100℃，13minute	6month	Acid digestion spectrophotometry	GB11892-89
4	ammonia nitrogen	0.01-50mg/L	≤5%	none	6month	Nessler's colorimetric method	HJ535-2009
5	Total Phosphorus	0-24mg/L(dish style, handheld), 0-20mg/L(tubular)	≤5%	120℃，30minute	2month	Ammonium molybdate spectrophotometric method	GB11893-89
6	Total Nitrogen	0-100mg/L	≤5%	125℃，30minute	2month	Persulfate digestion colorimetric method	the United StatesEPArecognize
7	Nitrate nitrogen	0-100mg/L	≤5%	none	3month	Chromic acid spectrophotometric method	the United StatesEPArecognize
8	Nitrite nitrogen	0-6mg/L	≤5%	none	1month	Diazotization spectrophotometry	GB7493-87
9	residual chlorine	0-10 mg/L	≤5%	none	1month	DPDSpectrophotometry	HJ586-2010
10	Total Chlorine	0-10 mg/L	≤5%	none	1month	DPDSpectrophotometry	HJ586-2010
11	Chlorine dioxide	0-5mg/L(Dish style, handheld) 0-10 mg/L(tubular)	≤5%	none	1month	DPDSpectrophotometry	Standard testing methods for water and wastewater
12	hexavalent chromium	0-5mg/L(Dish style, handheld) 0-10 mg/L(tubular)	≤5%	none	3month	Diphenylcarbazide photometric method	GB7466-87
13	chroma	0-500Hazen	≤5%	none	none	platinum-Cobalt colorimetric method	GB11903-89
14	turbidity	0-400NTU	≤5%	none	none	Fulmazhen spectrophotometric method	GB13200-91
15	suspended solids	0-500mg/L	≤5%	none	none	colorimetry	Q/HYQH001-2019
16	sulfate	5-200mg/L(Dish style, handheld) 5-1000 mg/L(tubular)	≤5%	none	3month	分光光度比浊法	Standard testing methods for water and wastewater
17	sulfide	0-12 mg/L(Dish style) 0-16 mg/L(Handheld) 0-15 mg/L(tubular)	≤5%	none	3month	Methylene blue spectrophotometric method	GB/T16489-1996
18	fluoride	0-12 mg/L	≤5%	none	3month	Fluorine reagent spectrophotometric method	HJ488-2009
19	aniline	0-20 mg/L	≤5%	none	2month	Naphthalene ethylenediamine azo photometric method	GB/T11889-1989
20	phosphate	0-24 mg/L(dish style, handheld), 0-20mg/L(tubular)	≤5%	none	2month	Ammonium molybdate spectrophotometric method	GB11893-89
21	barium	0-30mg/L	≤5%	none	6month	Tetraphenylborate sodium turbidity method	Enterprise Standard
22	Total chromium	0-10mg/L(Dish type, tube type) 0-8 mg/L(Handheld)	≤5%	120℃，30minute	2month	Potassium permanganate digestion spectrophotometric method	GB7466-87
23	iron	0-50mg/L	≤5%	none	3month	Phenanthroline spectrophotometric method	HJ/T345-2007
24	ferrous	0-50mg/L	≤5%	none	3month	Phenanthroline spectrophotometric method	HJ/T345-2007
25	copper	0-50mg/L(Dish type, tube type) 0-40 mg/L(Handheld)	≤5%	none	3month	Bisquinoline spectrophotometric method	the United StatesEPArecognize
26	nickel	0-50mg/L	≤5%	none	3month	Dimethylglyoxime spectrophotometric method	GB11910-89
27	zinc	0-20mg/L(Dish type, tube type) 0-10 mg/L(Handheld)	≤5%	none	3month	Zinc reagent spectrophotometric method	the United StatesEPArecognize
28	manganese	0-50mg/L	≤5%	none	3month	Potassium high DIAN acid photometric method	GB11906-89
29	magnesium	0-20mg/L(Dish style) 0-10mg/L(tubular) No handheld device	±5%	none	2month	Chlorophosphonazo photometric method	the United StatesEPArecognize
30	hardness	0~100mg/L	±5%	none	2month	Chlorophosphonazo photometric method	the United StatesEPArecognize
31	cadmium	0-0.5mg/L No handheld device	≤5%	none	2month	Cadmium reagent spectrophotometric method	the United StatesEPArecognize
32	PHvalue	0-14.00PH	≤±0.02PH	none	none	Glass electrode method	GB6920-1986
33	temperature	-20.0℃- 120.0℃	≤±0.5℃	none	none	Electrode method	Enterprise Standard
34	conductivity	0-200mS/cm	≤±1%	none	none	Electrode method	GB11007-1989
35	dissolved oxygen	0-20.0mg/L	≤±0.3mg/L	none	none	Electrochemical probe method	GB11913-1989
36	ORP	-2000~2000mV	±0.1%	none	none	Electrode method	Enterprise Standard
37	salinity	0~5%	±0.05% (Absolute Error)	none	none	Electrode method	GB11007-1989
38	TDS	0~50000mg/L	±1%	none	none	Electrode method	GB11007-1989
39	cobalt	0-5mg/L	≤5%	none	1month	PADSpectrophotometry	HJ550-2015
40	ozone	0-1mg/L	≤5%	none	1month	Indigo spectrophotometric method	GB/T5750.11-2006
41	QIN compound	0-0.5mg/L	≤5%	none	2month	IsoYAN acid-Pyrazolinone photometric method	HJ484-2009

Note:1.If the instrument type is not specified in the range column, the range for dish, tube, and handheld instruments is the same.

2.The warranty period for reagents is the time it takes for the liquid to be prepared. If a reagent is all in powder solid form, the warranty period before preparation is12Months; For solid and prepared liquids, the warranty period of the liquid is used as the expiration date; The warranty period of the prepared liquid reagents starts from the time of factory production. If the customer prepares the reagents themselves, the warranty period starts from the time of reagent preparation.