GL-900C total phosphorus analyzer, the principle of the measurement project conforms to the recognized methods in the environmental protection industry, equipped with imported light sources and sensors, and an optical structure design. It also supports two colorimetric methods: tube colorimetric and dish colorimetric. Its tube colorimetric method uses 360 ° C; The rotational colorimetric method can improve the stability of measurement data by 10 times, effectively solving the testing error caused by pipe wall scratches and making detection simple and intelligent.
Product Overview
GL-900CTotal phosphorus analyzerThe principle of the measurement project conforms to the recognized methods in the environmental protection industry. It is equipped with imported light sources and sensors, and has an optical structure design that supports both tube and dish colorimetric methods. The tube colorimetric method uses a 360 ° rotation colorimetric method, which can improve the stability of the measurement data by 10 times and effectively solve the testing error caused by scratches on the tube wall. The test data can be automatically synchronized with the Green Cloud IoT platform and stored in the cloud. It can be viewed and recorded remotely in real time on mobile and computer devices, and relevant information such as sampling locations and personnel can be edited.GL-900CTotal phosphorus analyzer,The 8-inch IPS level high-definition touch screen it is equipped with the Glos water quality detection system, which integrates various applications such as water quality analysis, photometric measurement, self established curves, data batch printing, batch export, guided detection, and batch detection.
Application field
It 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 | | carry, mount, equip, deploy360 ° rotation colorimetric technology enhances stability by 10 times. |
| 02 | | Imported solid-state cold light source100000 hours of optical lifespan and stable performance. |
| 03 | | carry, mount, equip, deployGlos water quality intelligent detection system makes detection simpler and more intelligent. |
| 04 | | IoT functionality, unlimited storage of data on Green Cloud servers. |
| 05 | | Remote real-time viewing of test data and recording of sampling location, personnel, and other information. |
| 06 | | Equipped with a dynamic optical vector control system, supporting14 sets of filter channels automatically switch. |
| 07 | | Paired with a dual color system, it supports both tube color comparison and dish color comparison. |
| 08 | | It can achieve self established curves and provide custom calibration for coefficient curves and sample curves. |
| 09 | | carry, mount, equip, deploy8-inch 1024 × 768 resolution IPS level high-definition capacitive touch screen. |
| 10 | | Can be accessed through the built-inExport measurement data and update programs through USB interface. |
| 11 | | Touch to operate stereo sound feedback, providing a more comfortable operating experience with just a few clicks. |
| 12 | | Built in thermal printer, supports automatic printing and batch printing. |
| 13 | | ABS material, high-strength, corrosion-resistant, and high-temperature resistant shell. |
| 14 | | Equipped with a dual temperature zone digestion instrument and dual temperature dual control, the efficiency is doubled. |
| 15 | | Equipped with customized pipettes, reducing errors in water sampling and ensuring greater stability. |
| 16 | | Equipped with pre made reagents, no need for repeated pipetting, simply add contaminated samples to the test tube and digest them for detection. |
detection parameters
| | |
| testing indicators | Total Phosphorus |
| measurement standard | GB11893-89 |
| Detection range | 0-16mg/L (segmented) |
| detection limit | 0.02mg/L |
| Dissolving temperature | 150℃,15min |
| indication error | ± 0.004mg/L or ≤± 3% |
| Measurement time | 20 minutes/batch |
| | |
Technical Specifications
| indication error | ≤± 3% |
| repetitiveness | ≤± 1% |
| Optical stability | ≤± 0.001Abs/20 minutes (100000 hours lifespan) |
| Colorimetric method | Dual color pool, supporting both 360 ° rotating tube color comparison and dish color comparison |
| printer | Micro thermal printer |
| operating system | Equipped with Glos water quality intelligent detection system |
| IoT functionality | Unlimited storage of detection data on Green Cloud servers, which can be viewed in real-time on mobile phones and computers |
| screen display | 8-inch 1024 × 768 resolution IPS level high-definition capacitive touch screen |
| Device Function | Water quality analysis, photometric measurement, data management, self built coefficient curve, self built standard curve, PC online, USB upgrade, etc |
| Instrument power supply | DC 12V,5A |
| working environment | 5-40 ℃, ≤ 85% non condensing |
| instrument size | 408mm×208mm×126mm |
| Instrument weight | 5.2kg |
Full parameter indicators
| serial number | Test Item | Range (expandable) | detection limit | Testing Standard |
| 01 | COD | 0-15000mg/L | 5mg/L | HJ/T 399-2007 |
| 02 | Ammonia nitrogen Nessler | 0-50mg/L | 0.05mg/L | HJ535-2009 |
| 03 | Ammonia nitrogen salicylic acid | 0-10mg/L | 0.01mg/L | HJ536-2009 |
| 04 | Total Phosphorus | 0-16mg/L | 0.02mg/L | GB/T 11893-1989 |
| 05 | Total phosphorus vanadium molybdenum yellow | 0-30mg/L | 0.2mg/L | Vanadium molybdenum yellow spectrophotometric method |
| 06 | Total Nitrogen | 0-250mg/L | 0.05mg/L | Alkaline persulfate digestion photometric method |
| 07 | *Total nitrogen | 0-150mg/L | 0.05mg/L | (Applicable only to 820) HJ 636-2012 |
| 08 | chroma | 0-500PCU | 5PCU | GB/T 11903-1989 |
| 09 | turbidity | 0-100NTU | 1NTU | GB/T 13200-1991 |
| 10 | suspended solids | 0-500mg/L | 1mg/L | GB 11901-1989 Improvement |
| 11 | Copper BCO | 0-1mg/L | 0.04mg/L | Dicyclohexanone Oxalidomide Dihydrazide spectrophotometric method |
| 12 | Copper bis quinoline | 0-5mg/L | 0.1mg/L | GB/T 223.91-2021 |
| 13 | *Copper | 5-75ug/L | 5pg/L | (Boiler water microgram level) |
| 14 | Nickel - ultra-low | 0-1mg/L | 0.002mg/L | PAN spectrophotometric method |
| 15 | Nickel - National Standard | 0-4mg/L | 0.1mg/L | GB 11910-89 |
| 16 | Iron PHEN | 0-5mg/L | 0.02mg/L | HJ/T345-2007 |
| 17 | *Iron | 0-200ug/L | 10ug/L | (Boiler water microgram level) |
| 18 | Zinc Zinc Reagent | 0-4mg/L | 0.2mg/L | GB/T 10656-2022 |
| 19 | hexavalent chromium | 0-1mg/L | 0.01mg/L | GB7467-87 |
| 20 | Total chromium | 0-1mg/L | 0.01mg/L | GB7466-87 |
| 21 | Cobalt PAN | 0-2mg/L | 0.02mg/L | PAN spectrophotometric method |
| 22 | Cobalt - National Standard | 0-0.5mg/L | 0.01mg/L | HJ 550-2015 |
| 23 | Manganese high iodine potassium | 0-16mg/L | 0.02mg/L | GB 11906-1989 |
| 24 | Manganese formaldehyde oxime | 0-6mg/L | 0.025mg/L | HJ/T 344-2007 |
| 25 | Permanganate index | 0.5-5mg/L | 0.25mg/L | Direct spectrophotometry GB11892-89 |
| 26 | Permanganate index | 0.1-4.5mg/L | 0.25mg/L | Chlorine resistant spectrophotometry GB11892-89 |
| 27 | aniline | 0-3mg/L | 0.03mg/L | GB11892-89 |
| 28 | sulfide | 0-1mg/L | 0.01mg/L | HJ 1226-2021 |
| 29 | volatile phenol | 0-2mg/L | 0.01mg/L | HJ503-2009 |
| 30 | Qing chemical compound | 0-0.5mg/L | 0.01mg/L | HJ484-2009 |
| 31 | fluoride | 0-1.6mg/L | 0.02mg/L | HJ 488-2009 |
| 32 | chloride | 0-15mg/L | 0.1mg/L | Sulfuric acid mercury spectrophotometric method |
| 33 | silicon dioxide | 0-5mg/L | 0.01mg/L | GB/T 12149-2017 |
| 34 | residual chlorine | 0-3mg/L | 0.02mg/L | HJ 586-2010 |
| 35 | Total residual chlorine | 0-3mg/L | 0.02mg/L | HJ 586-2010 |
| 36 | Chlorine dioxide | 0-5mg/L | 0.05mg/L | GB/T 5750.11-2023 On site DPD method |
| 37 | nitrite | 0-0.2mg/L | 0.003mg/L | GB7493-87 |
| 38 | Thiocyanate salt | 0-20mg/L | 0.2mg/L | HG/T 6072-2022 |
| 39 | Nitrate nitrogen | 0-20mg/L | 0.1mg/L | Color changing acid spectrophotometric method |
| 40 | phosphate | 0-1.6mg/L | 0.02mg/L | GB 11893-89 |
| 41 | Phosphate Vanadium Molybdenum Yellow | 0-30mg/L | 0.2mg/L | Vanadium molybdenum yellow spectrophotometric method |
| 42 | sulfate | 8-200mg/L | 2mg/L | HJ/T342-2007 |
| 43 | Anionic surfactant | 0-2mg/L | 0.02mg/L | GB/T7494-87 |
| 44 | Formaldehyde in water | 0-3mg/L | 0.05mg/L | Acetylacetone HJ 601-2011 |
| 45 | ozone | 0-1mg/L | 0.01mg/L | GB/T 5750.11-2023 |
| 46 | hydrogen peroxide | 0-50mg/L | 0.5mg/L | GB5009.226-2016 |
| 47 | Total alkalinity | 0-300mg/L | 5.0mg/L | Spectrophotometry |
| 48 | Total Hardness | 0-100mg/L | 5.0mg/L | Spectrophotometry |
| 49 | urea | 0-10mg/L | 0.1mg/L | GB/T18204.2-2014 |
| 50 | Cyanuric acid | 5-50mg/L | 5.0mg/L | CJ244-2007 |
| 51 | Volatile fatty acids | 0-60mmoL/L | 0.5mmoL/L | High-speed railway photometry |
| 52 | calcium | 5-100mg/L | 5mg/L | O-cresol tai complex ketone photometric method |
| 53 | magnesium | 5-100mg/L | 5mg/L | GB/T 6900-2006 |
| 54 | silver | 0-0.7mg/L | 0.02mg/L | HJ 489-2009 |
| 55 | lead | 0-6mg/L | 0.1mg/L | GB/T 223.29-2008 |
| 56 | aluminium | 0-0.25mg/L | 0.005mg/L | GB/T 5750-2023 |
| serial number | Gas series | Range (expandable) | detection limit | Testing Standard |
| 57 | ammonia | 0-25ug | 0.4ug | 《HJ533-2009》《GBZ/T 160.29-2004》 |
| 58 | sulfur dioxide | 0-12ug | 0.12ug | 《HJ482-2009 》《GBZ/T 160.33-2004》 |
| 59 | Air formaldehyde | 0-5ug | 0.02ug | 《GB/T 18204.2-2014 》 |
| 60 | hydrogen sulfide | 0-5ug | 0.05ug | Yajia Blue spectrophotometric method "GBZ/T 160.33-2004 |
| 61 | hydrogen chloride | 0-40ug | 1.6ug | 《HJ-T27-1999》《GBZ/T 160.37-2004 》 |
| 62 | chlorine gas | 0-8ug | 0.08ug | 《HJ533-2009》《GBZ/T 160.37-2004 》 |