Portable Water Quality Detection Meter

• Usage: Industry, Laboratory, Chemical, Pharmacy
• Material: PP
• Type: Liquid
• Model NO.: LH-P35/ LH-N11/ LH-NP2
• Transport Package: Export Packing
• Trademark: ZSIMC
• Origin: China
• HS Code: 902730000
• Production Capacity: 5000 PCS/Year

Product Description

Portable Water Quality Detection Meter



Introduction:
Portable Water Quality Detection Meter is mainly used for rapid detection of ion concentration in water, using the international standard method. It is eco-friendly and the test is fast and the result is accurate.

It can detect and analyse the sample very fast by only three steps: start, zeroing and reading with small capacity (only 220g with battery). The quality is as good as the similar products imported, while the cost only one-third of them. At present, the water quality detection meters for testing residual chlorine, ammonia nitrogen, total phosphorus, COD ozone, nitrite nitrogen, sulfur dioxide, Chromium VI, multiple in one are available.

   

Application:
Portable Water Quality Detection Meter is widely used in the fields of waterworks, dringking water plant, sewage plant, river and lake water quality monitoring station, laboratory research, water treatment project, agriculuture, pharmacy, chemical industry, metallurgy, smithing, textile dipdye, etc.

Features:
1. Excellent optical system design, with advanced microprocessor chip
2. Humanized operation interface, simple and convenient
3. Adopting specialized optical colorimetric cuvette, high accurate
4. High accurate silicon photocell sensor and light source


 

Parameter
Model NO.	Name	Measuring range (mg/l)	Accuracy	Theory of work
LH-C01	Residual chlorine meter	0.00~3.00	±0.02mg/l(conc.≤1mg/l) ±0.05mg/l(conc.>1mg/l)	DPD spectrophotometry. Solution with reagent and residual chlorine turns red.
LH-C10	Residual chlorine meter	0.00~10.00	±5%	DPD spectrophotometry. Solution with reagent and residual chlorine turns red.
LH-N11	Ammonia nitrogen meter	0.00~10.00	±5%(conc.<5mg/l) ±10%(conc.≥10mg/l)	Nessler's reagent colorimetry.Solution with reagent and ammonia nitrogen turns yellow.
LH-P35	Total phosphorus meter	0.00~2.00	±5%	Molybdenum antimony spectrophotometry. Solution with reagent and total phosphorus turns blue.
LH-A015	Nitrite nitrogen meter	0.00~3.00	±5%~±0.02mg/l	N-naphthyl-ethanediamine spectrophotometry.Solution with reagent and nitrite turns red.
LH-CR6	Chromium VI meter	0.00~2.00	±0.02mg/l(conc.<0.5mg/l) ±5%(conc.≥0.5mg/l)	Diphenylcarbazide spectrophotometry.Solution with reagent and chromium VI turns red.
LH-C03	Chlorine dioxide meter	0.00~5.00	±5%	DPD spectrophotometry. Solution with reagent and chlorine dioxide  turns red.
LH-DO1	Ozone meter	0.00~2.50	±0.05mg/l(conc.<1mg/l) ±0.1mg/l(conc.≥1mg/l)	DPD spectrophotometry. Solution with reagent and ozone  turns red.
LH-NP2	Multiple in one meter	Ammonia nitrogen: 0.00~5.00 Total phosphorus: 0.00~2.00	±5%	Ammonia nitrogen:Nessler's reagent colorimetry.Solution with reagent and ammonia nitrogen turns yellow. Total phosphorus:Molybdenum antimony spectrophotometry. Solution with reagent and total phosphorus turns blue.