Product Overview
GL-HF-1Volatile phenol analyzerThe principle of the testing project conforms to the recognized methods in the environmental protection industry. The colorimetric method adopts tube colorimetry, which can quickly determine the concentration of volatile phenols in water quality without transferring the liquid to a colorimetric dish. It is equipped with a micro thermal printer, and the data can be printed after detection. The test data can be exported through a USB flash drive. Equipped with imported Biohit pipettes, it reduces errors in water sample collection and is more stable.
Application field
GL-HF-1Volatile phenol analyzerIt can be widely used for water quality testing in research institutes, sewage engineering, water environment testing, petrochemicals, metallurgy and steel, biomedicine, food and dairy industry, wool textile printing and dyeing, electronic machinery, aquaculture, photovoltaics, leather, papermaking and other fields.
Features
01 |
pickuseSolid state cold light source 100000 yuansmallTime learning lifespan, stable performance. |
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4.3-inch color screen display, guided operation, allowing users to easily complete concentration measurements. |
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ABS material, high-strength, corrosion-resistant, and high-temperature resistant shell. |
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04 |
carry, mount, equip, deployselfLead developer GloswaterQuality intelligent detection system makes detection simpler and more intelligent. |
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Built in thermal printer,branchholdselfDynamic printing and batch printing. |
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collocationbranchHolding (16mm) pipecolorimetry, DissolvenoneLiquid needs to be removed. |
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Can be plugged inenterExport measurement data from USB drive. |
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Equipped with imported Biohit pipettes, it reduces errors in water sample collection and is more stable. |
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Equipped with factory pre made reagents and consumables, there is no need to repeatedly transfer and prepare concentrated sulfuric acid. Simply add hand samples to the test tube for testing. |
Technical Specifications
Test Item |
volatile phenol |
measurement standard |
HJ503-2009 |
measurement range |
0-2mg/L |
measurement lower limit |
0.01mg/L |
Dissolving temperature |
No need to dissolve |
indication error |
≤±5% |
Measurement time |
5 minutes/batch |
performance parameters
repetitiveness |
3% |
Optical stability |
≤± 0.003Abs/20 minutes (100000 hours lifespan) |
Colorimetric method |
16mm colorimetric tube (no need for pipetting for digestion) |
printer |
Micro thermal printer |
operating system |
Equipped with Glos water quality intelligent detection system |
Shell material |
Abs |
screen display |
4.3-inch high-definition color screen |
Device Function |
Water quality analysis, photometric measurement, data management, USB data export |
Instrument power supply |
DC 12V,5A |
working environment |
5-40 ℃, ≤ 85% non condensing |
Instrument size |
300mm×222mm×88mm |
Instrument weight |
About 2.8kg |
Upgradeable parameter indicators
Test Item |
Range (expandable) |
detection limit |
Testing Standard |
COD |
0-15000mg/L |
5mg/L |
HJ/T 399-2007 |
ammonia nitrogen |
0-50mg/L |
0.05mg/L |
HJ535-2009 |
Total Phosphorus |
0-16mg/L |
0.02mg/L |
GB/T 11893-1989 |
Total Nitrogen |
0-250mg/L |
0.05mg/L |
Alkaline persulfate digestion photometric method |
*Total nitrogen |
0-150mg/L |
0.05mg/L |
(Only applicable to 800UV) HJ 636-2012 |
chroma |
0-500PCU |
5PCU |
GB/T 11903-1989 |
turbidity |
0-100NTU |
1NTU |
GB/T 13200-1991 |
suspended solids |
0-500mg/L |
1mg/L |
GB/T 11901-1989 |
copper |
0-1mg/L |
0.04mg/L |
Dicyclohexanone Oxalidomide Dihydrazide spectrophotometric method |
nickel |
0-1mg/L |
0.002mg/L |
PANSpectrophotometry |
iron |
0-5mg/L |
0.02mg/L |
HJ/T345-2007 |
zinc |
0-3mg/L |
0.05mg/L |
Xylenol orange method |
hexavalent chromium |
0-1mg/L |
0.01mg/L |
GB7467-87 |
Total chromium |
0-1mg/L |
0.01mg/L |
GB7466-87 |
cobalt |
0-2mg/L |
0.02mg/L |
HJ550-2015 |
manganese |
0-16mg/L |
16mg/L |
HJ/T344-2007 |
Permanganate index |
0.5-5mg/L |
0.25mg/L |
GB11892-89 |
sulfide |
0-1mg/L |
0.01mg/L |
GB/T16489-96 |
volatile phenol |
0-2mg/L |
0.01mg/L |
HJ503-2009 |
Qing chemical compound |
0-0.5mg/L |
0.01mg/L |
HJ484-2009 |
fluoride |
0-1.6mg/L |
0.02mg/L |
HJ 488-2009 |
chloride |
0-15mg/L |
0.1mg/L |
liu氰酸汞Spectrophotometry |
residual chlorine |
0-3mg/L |
0.02mg/L |
HJ 586-2010 |
Total residual chlorine |
0-3mg/L |
0.02mg/L |
HJ 586-2010 |
Chlorine dioxide |
0-5mg/L |
0.05mg/L |
HJ 586-2010 |
nitrite |
0-0.2mg/L |
0.003mg/L |
GB7493-87 |
Nitrate nitrogen |
0-20mg/L |
0.1mg/L |
Color changing acid spectrophotometric method |
phosphate |
0-1.6mg/L |
0.02mg/L |
GB/T 11893-1989 |
sulfate |
8-200mg/L |
2mg/L |
HJ/T342-2007 |
Anionic surfactant |
0-2mg/L |
0.02mg/L |
GB/T7494-87 |
formaldehyde |
0-1mg/L |
0.01mg/L |
GB/T 18204.2-2014 |
