Maintenance Kit for TU5300sc and TU5400sc Laser Turbidimeter, with RFID Sealed Vials Overview Details Consumables Gallery SGD Price: Contact Hach 600 NTU Stablcal Vial for TU5200, TU5300 sc, TU5400 sc, with RFID SGD Price: Contact Hach ...
Search results for 2415825 : COD Digestion Vials, Ultra Low Range, 1 to 40 mg/L COD, pk/25 New Customer? Register now to: View and track orders Adjust recurring orders Save your favorite items Convert quotes to online orders Visit our Hach Support portal
Hach portable solutions for wastewater are simple, accurate, rugged and designed to withstand years of use in the field. Solutions include interchangeable probes which use optical technology to provide fast, accurate measurements while dramatically reducing maintenance costs.
Standardised Lab Equipment: Improving Quality Control for Chemical Production with the Hach Lab Family DOC042.52.20267 English UK 271 KB 2018-09 Mar18 Ultra Low Range Silica, for use with Hach DR2700, DR 2800, DR 3800, DR 3900, DR 5000 and
Chemical oxygen demand (COD) is the amount of dissolved oxygen that must be present in water to oxidize chemical organic materials, like petroleum. COD is used to gauge the short-term impact wastewater effluents will have on the oxygen levels of receiving
Hach. . (COD) by the Reactor Digestion Method, using TNTplus™ vials. Hach Method 10211. Range: 1-60 mg/L COD. Reduce Errors with Bar-coded Vials and RFID A unique barcode label on each Hach TNTplus Vial Chemistry is automatically read by the spectrophotometer when used with Hach’s DR.
Downloads results for cod vials : Process Water Conservation, Treatment & Recycling Minimizes Water Consumption Data Sheets Type Language Size Date Edition Datasheet: TNTplus® Vial Chemistries - Expert water analysis made simple. DOC052.53.25018
R 1,335.37 – R 5,520.00 inc VAT. COD vials for testing Chemical Oxygen Demand. One of the most common tests used in effluent testing. Vials are available in 16mm format or the LCK 13mm format. Standard vials and Mercury Free.
The DRB200 reactor can heat solutions in round vials of two different sizes. Small, 16-mm diameter vial wells are suitable for Hach COD, UniCell, TOC, and Test ’N Tube vials. Larger, 20-mm diameter vial wells are intended for sample preparation reaction vessels using the Metals Prep Set.
2/7/2019 · LCK vials are 13mm vials containing pre-dosed reagents for your test and utilise Lange chemistry. The Hach sample cells can be used in the full range of Hach branded meters, from the DR300 up to the DR6000. The LCK vials can only be used in the DR1900 and higher. Our range of Hach sample cells and other accessories and adapters can be found here.
CHEMetrics COD vials use the Dichromate Reactor Digestion method, both USEPA and Mercury Free. Equivalent to Hach kits. Lower cost per test - up to 30% saving! Range Method Kit Cat. No. Vials 0 - 150 ppm (LR) USEPA-Accepted* Dichromate Reactor
Control-parameters like Ammonium, COD, Phosphate, Nitrogen and many others are easy to perform. The handling of tests and photometer is well designed to avoid any errors in your water analysis. This instrument connects to Claros, Hach’s innovative Water Intelligence System, enabling you to seamlessly connect and manage instruments, data, and process – anywhere, anytime.
15/1/2021 · Hach have released two new LCK vials for use with their spectrophotometers for use when testing for ammonium. The DR1900 portable spectrophotometer Hach LCK503 13mm Ammonium cuvette test 10-100 mg/L NH4-N, 25 tests
Measuring range: 100 - 2000 mg/L O2. Digestion required: Yes. Method: Dichromate. Number of tests: 25. Parameter: COD. Description. Description. 13mm barcoded COD vials for Chemical Oxygen Demand Analysis. With auto test recognition (in compatible systems) there is no simpler way to analyse COD.
24/1/2019 · The COD Digestion Vials, Ultra Low Range, 1 to 40 mg/L COD (Product #'s 2415825 and 2415815, for pk/25 and pk/150, respectively) used in the Chemical Oxygen Demand (COD) method 8000 for Ultra Low Range COD, can be used on any spectrophotometer that can utilize a 350 nm wavelength.
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