TOC Analyzer

26750

Tekmar Phoenix 8000

The Tekmar Phoenix 8000 TOC Analyzer uses sodium persulfate in combination with UV light to oxidize organic material. This TOC technique achieves outstanding analytical accuracy, precision, and long-term calibration stability due to its ability to inject high sample volumes (up to 20 ml) and low system background. The Phoenix 8000 is perfect for applications requiring high sensitivity such as drinking, pharmaceutical grade, (Clean-in-Place,Water-for-Injection), ground, surface, semiconductor grade, steam power and ultra-pure water. Tekmar-Dohrmann TOC analyzers have been designed to be flexible to meet the demands of a wide variety of industries. Source and Drinking Water: Water treatment plants use TOC as a simple, fast and inexpensive screen to determine natural organic material (NOM).The USEPA and the drinking water industry have promulgated the Disinfectants and Disinfection By-Products Rule (D/DBP) to reduce the public risk of exposure to harmful by-products during water purification. The Phoenix 8000 meets this requirement and Standard Method 5310C, as well as EPA Methods 415.1, 9060, and EN-1484. Wastewater and Industrial Effluent: Since the relationship between BOD, COD and TOC was established in the late 1970s,TOC analyzers have become an analytical backbone in many wastewater and industrial effluent treatment laboratories worldwide. Pharmaceutical: US Pharmacopoeia Method 643 and European Pharmacopoeia 2.2.44, which replace the Oxidizable Substances Test, along with Clean-in-Place (CIP) applications have created a new demand for TOC analysis. Water for Injection (WFI) requires an instrument to be analytically dependable for low-level TOC measurements. The Phoenix 8000 meets detection limit requirements while providing a true TOC measurement for standardization and validation. CIP applications involve the analysis of a variety of matrices. The Phoenix 8000's superior detection limits and excellent precision make it an ideal choice but may not be suitable for difficult matrices. The TOC Talk software (which is INCLUDED) is divided into three simple menus: Setup, Run and Results. Parameters can be selected easily through point-and-click menus. Help screens can be called upon anywhere in TOC Talk to aid in answering questions. Operators can select a pre-programmed method or develop a customized method to meet specialized analytical needs. For convenience, sample position, replicate, results, statistics and sample peaks are clearly viewed on one screen while analyzing samples. High-level samples and difficult matrixes can be automatically diluted reducing your sample preparation time. With Simultaneous Processing, a sample is analyzed while the next sample is being prepared enabling our TOC analyzers to be more productive than other TOC analyzers on the market. Sample data and calibration curve results are stored on the PC's hard drive (not included) and are easily accessed. Past sample data can be recalculated using different calibration curves to aid in data management. Sample identification, results, standard deviations, RSDs, date, time and comments can be viewed on screen or printed. Sample information and results can be easily customized and exported to Excel or or to a LIMS helping you to generate industry standard reports and effortless data management. 21 CFR Part 11 Compliance: Requirements for secure electronic data keeping in the pharmaceutical market and future requirements in environmental markets are a sweeping concern for analytical instruments like TOC. 21 CFR Part 11, issued by the Food and Drug Administration (FDA), establishes the criteria under which electronic records and signatures will be considered equivalent to paper records and handwritten signatures in manufacturing processes. The EPA is also considering the FDA model for electronic data management and reporting. To help the industry comply with 21 CFR Part 11 protocols, Tekmar-Dohrmann offers software packages for CFR compliance (additional cost for CFR software) for this line of Total Organic Carbon (TOC) analyzers for use in monitoring Water for Injection (WFI) and Clean In Place (CIP) applications. The heart of these TOC analyzers is a high precision liquid handling syringe, which allows for variable sample injection (from 500 ul up to 20 ml) without the need for sample loops or pump tubing. The Non-Dispersive Infra-Red (NDIR) detector that Phoenix 8000 uses is sensitive for very low levels of TOC. However, with the combination of variable sample injection volume and dilution, these analyzers are able to measure higher concentrations of TOC than other TOC analyzers on the market. Since the NDIR detector has an especially wide linear range, the need for multiple calibration curves or time-wasting reruns is minimized. Outstanding Analytical Precision and Accuracy, Superior Low Level Detection and Simple Maintenance. The manufacturer's literature is attached for informational purposes only and does not constitute part of the quote. Computer is not included. The STS 8000 Autosampler and the Tekmar-Dohrmann 183 Boat sampler are available at additional cost. To meet your compliance requuirements, the manufacturer also offers on site validation packages, 21 CFR Part 11 compliant software, and industry standard calibration and calibration validation techniques. Solids Module Certification Protocol also available. Specifications: Chemistry: Photochemical Oxidation via UV-Sodium Persulfate Detector: Nondispersive Infrared (NDIR) Analytical Modes: TOC (NPOC), TC-IC, TC,IC, (POC optional) Analytical: Limit of Detection: 2 ppb Maximum Measurable Concentration: 10,000 ppm (sample volume and dilution dependent) Precision*: = 2% RSD or CV,+/- 1ppb or +/- 0.02 ugC, whichever is greater over, seven replicates.* see attached spec sheet for more information. Sample Size: 500uL to 20 mL Analysis Time: 4 to 8 minutes, typical Liquid Handling: Syringe pump, 8-port distribution valve Dilution method provided for range 200 to 10,000 ppm Auto-rinsing from sample and/or rinse water Sample Introduction: Automatic syringe injection or Autosampler Controller: PC, Interface through Windows™ (2000, XP) Data Handling: Spreadsheet reports transferable to Microsoft Excel Real-time display of curves Ability to store customized individual test methods Priority samples via scheduled interrupt Calibration: Multi-point and auto-blanking Pre-programmed point and click method setup Automatic shutdown/standby Automatic data file management Flow rate monitoring Priority sample via scheduled interrupt Principle Applications: Drinking and Surface Water, Ground Water, Cleaning In Place (CIP) Validation, Water for Injection (WFI), Boiler Feed Water, Cooling Water Official Methods: EPA 415.1, 415.2, 415.3, Standard Method 5310C, EP 2.2.44, USP 643 (Chapter 24), ASTM D4779 and D4839, prENV 13370 Gas Supply (not included): 99.999% pure nitrogen (5.0 Ultra High Purity) or hydrocarbon and CO2 free air with TOC content <1ppm. Gas can be supplied from a cylinder or TOC gas generator. If a TOC gas generator is used, resulting gas must be hydrocarbon, and water free. To assure clean carrier gas is used we suggest employing a complete carbon dioxide (CO2) removal system and hydrocarbon trap (Teledyne-Tekmar part # 14-1362-000) between the gas source and analytical instrument. It is recommended when using hydrocarbon and CO2 free air that an ozone trap be used (Teledyne-Tekmar part # 511-940) Gas Pressure: 30 to 35 psi (206.7 to 241.2 kPa)

Used

100/120/230 Volts, 50/60 Hz, 1.6A 184W

1

Thank you for your information request on Labequip stock #26750,   TOC Analyzer, Tekmar Phoenix 8000.
Please contact us for pricing, shipping charges, or a formal quotation...
PHOTOS: These photos are reduced in size for display on the internet. Please contact us if you wish to receive larger, high-resolution images by e-mail. We will also be pleased to provide a close-up of any part of the instrument you specify.