The ideal online TOC Analyzer to achieve precise results even for your most challenging applications
A patented self-cleaning oxidation technology enables the B7000i analyzer to easily handle difficult samples and significantly reduce the maintenance schedule and costs associated with traditional on-line measurement. This TOC analyzer eliminates build up issues from salts, particulates, fats, oils and greases that lead to drift and high maintenance.
With reliable, continuous environmental monitoring and real-time process control, BioTector analyzers allow plants to optimize processes and reduce product loss.
Worry-free TOC with smart design
The B7000i comes with a built in self-cleaning sample line and reactor. This enables the B7000i to deliver trustworthy results even if your water contains high levels of fats, oils, greases, sludge and particulates or has pH swings.
Easy handling
All B7000i come with unique oversized tubing which eliminated the need for filtration and you can be sure to have a fully representative sample. The special tubing also prevents clogging as well as sample contamination.
Superior reliability
Using BioTector’s internationally proven and patented Two Stage Advanced Oxidation technology the B7000i delivers maximum reliability, accuracy and availability with a MCert certified uptime of 99.86%. In addition no calibration or maintenance is required between 6-month service intervals.
Flexible field of application
Depending on the type of application, the instrument can operate across a very wide measuring range. The B7000i analyzer also has multistreaming capabilities with up to 6 process streams possible. Additionally, it can be adapted for indoor or outdoor use.
Low cost of ownership
Installing a B7000i provides cost savings through optimizing processes by decreasing chemical dosing, waste reduction, reducing samples processes and lowering overall plant operation costs.
Measurement Method | Infrared measurement of CO2 after oxidation (DIN EN 1484:1997-08, ISO 8245:1999-03, EPA 415.1) |
Oxidation Method | Patented Two-Stage Advanced Oxidation Process using Hyroxyl Radicals. |
Range | 0 - 20000 mg/L C |
Range Selection | Automatic or Manual Range Selection |
Multi-Stream | 1, 2, 4 and 6 streams |
Repeatability | ±3 % of reading or ±0.3 mg/L C, whichever is greater, with Automatic Range Selection |
Cycle Time | From 6.5 minutes, depending on range and application |
Permissible Chloride Range | Up to 30 % |
Communication | Modbus RTU, Modbus TCP/IP & Profibus (when the Profibus option is selected, the digital output signals are sent through the Profibus converter with its specific communication protocol) Except for Zone 1 certification then Modbus RTU, Modbus TCP/IP & Modbus TCP/IP Redundant is available |
Enclosure Rating | IP44; optional IP54 with air purge |
EExp / Hazardous Location | Certification options are available to European Standards, (ATEX Zone 1, Zone 2), North American Standards (Class I Division 2) and IECEx Zone 1 |
Sample Inlet Temperature | 2 - 60 °C (36 - 140°F) |
Ambient Temperature | 5 - 40 °C (41 - 104 °F) Air conditioning and heating options are available. |
Humidity | 5 - 85 % (non-condensing) |
Particle Size | Up to 2 mm, soft particulates |
Data Storage | Previous 9999 analysis data onscreen in the microcontroller memory and storage of data archive for the lifetime of the analyser in the SD/MMC card. Previous 99 fault data on screen in the microcontroller memory and storage of fault data archive for the lifetime of the analyser in the SD/MMC card. |
Display | High contrast 40 character x 16 line backlit LCD with CFL backlight |
Power Requirements (Voltage) | 115 V AC / 230 V AC |
Power Requirements (Hz) | 50/60 Hz |
Service Interval | 6 months service intervals |
Dimensions (H x W x D) | 1250 mm x 750 mm x 320 mm |
Weight | 90 - 120 kg Enclosure weight may change depending on system optional features. |
Paramete | TOC, TIC, TC, VOC, after correlation COD, BOD, TOG |
