Wheeled table for setting up the heating oven for fermentation system BBFS-9
Total height incl. standing heating oven = standard height laboratory tables (920 mm)
Design
Table frame with 4 lockable wheels
1 additional storage compartment below the heating oven
Suitable for holding the movable rack for the installation of MilliGascounters and absorption bottles
Materials
Frame made of aluminium profiles, table plates made of PE-blue
Table for BBFS-9
Dimensions W 570 mm x D 570 mm x H 620 mm
The illustration shows the tables with the ovens in place as well as well as with the rack for MilliGascounters and CO2 absorption bottles. The rack can be moved forward/backward for easy installation and handling of the MilliGascounters and CO2 absorption bottles.
The shown horizontal aluminium profiles can be used for hanging of gas sampling bags (option).
Suitable for max. 9 x 0.5 / 1.0 / 2.0 ltr PMMA Fermentation Bottles
Air circulation by 2 powerful fans for homogeneous heat distribution
Control panel with LCD display for digital temperature setting, increment 1°C
Integrated mainboard for operation of stirring units
RJ12 interface for bus line to the »SIM« signal interface module for controlling the oven temperature and speed/interval operation of the stirring devices (with RIGAMO V4.x)
Absolute gas-tight by magnetic coupling between stirring motor and stirring blade
Various bottle sizes: 0.5 / 1 / 2 ltr – custom sizes on request
High breaking strength by PMMA material (no fragile glass gas outlet nozzle)
Custom stirring blades available
Technical Data
Stirring speed adjustable from 1 to 30 r/min *
Interval stirring with adjustable interval times *
Suitable for media with low and high viscosity (≤ 450 mm²/sec)
Temperature range: 10 – 55 °C
Max. pressure: 100 mbar
Material fermentation bottle: PMMA crystal-clear
2 connection ports: 1 x gas outlet, 1 x purging of heads space or sample taking, PVDF screw-type tube connection for tube Øi 4mm, Øo 6 mm
* with »RIGAMO« Software
Dimensions of Fermentation Bottles
0.5 ltr
H 183 mm x Ø 105/130 mm
Weight 0.95 kg
1.0 ltr
H 249 mm x Ø 105/130 mm
Weight 1.2 kg
2.0 ltr
H 409 mm x Ø 105/130 mm
Weight 1.5 kg
Dimensions of Stirring Blades
0.5 ltr
W 80 mm x H 45 mm
1.0 ltr
W 80 mm x H 125 mm
2.0 ltr
W 80 mm x H 285 mm
Cleaning
Please remove the Stirring Unit from the PMMA Fermentation Bottle before cleaning the bottle. The Fermentation Bottles can be cleaned with commercially available cleaning products and are dishwasher safe (max. 60 °C / 140 °F). Please do not use: organic substances, benzene, ethanol, alcohol, any benzene-containing petrol/gasoline, any dilution of synthetic resin
Improves the measurement accuracy of MilliGascounters from ±3% to better than ±1% across the whole flow rate range by algorithm using individual calibration data
Software Features
Software (for Windows® 7 / 8 / 10) for data acquisition of gas volume and flow rate from up to 24 RITTER Gas Meters to a PC USB port. Please note: RIGAMO can only be started once at a time on a single PC
Graphical and tabular display of measurement data
Storing of data
Export of stored data to Microsoft Excel®
Automatic correction of the dynamic measurement error (flow rate dependent) only with MGC
No support of bi-directional recognition of measuring drum rotation with Pulse Generator V4.01
»RIGAMO« is designed to run on a single PC with only one Signal Interface Module (»SIM«)
System Requirements
1 available USB port
Gas meter with built-in pulse generator (MilliGascounter standard)
Signal Interface Module »SIM« (option)
Operating system: Windows® 7 / 8 / 10
Microsoft Excel® 2003 or higher for data export to Excel®
Recommended processor performance: ≥1.5 GHz
Random access memory (RAM): ≥500 MB
Monitor 17’’ (optimised for monitor resolution of 1280x 1024 pixel or higher)
Por favor, note que: Nenhum outro software da National Instruments deve ser instalado no respectivo computador, pois pode entrar em conflito com o software RIGAMO.
Um conversor padrão "USB para RS232" para conexão à porta COM não pode ser usado.
Os MilliGascounters (MGC) são projetados para a medição volumétrica das menores quantidades de gás com taxas de fluxo ultrabaixas. Eles são adequados para medição de todos os gases inertes e levemente corrosivos, como biogás e gases agressivos, bem como para detecção volumétrica de vazamentos.
