Sartorius MA100C Moisture Analyzer features a Ceramic IR heating element
and readability to 0.001% or 0.0001 grams. The advantages of a Ceramic
element is that it can rapidly attains the final temperature to ensure a uniform
distribution of infrared rays over the entire sample surface, thus eliminating
localized burning. Flexible for use in research, development and quality
control and designed for years of use in demanding production environments.
Other innovations include integration of the heat source into the chamber cover.
The motorized heating unit opens and shuts at the touch of a key eliminating
the need to use a hood (models designed with a hood include A&D
MX-50/MF-50 moisture balance, the Mettler Toledo HB43, Ohaus
MB35/MB45 moisture analyzer, Sartorius
MA45 to name a few). This motorized system minimizes handling of the
sample, speeding up the process and thereby preventing predrying during weigh-in.
The motorized heat source also reduces exposure of the weighing mechanism to
mechanical vibration.
The MA100C Moisture Analyzer can be purchase with an optional data printer
integrated into the analyzer housing to meet ISO/GLP requirements.
Other Sartorius innovations found in the MA100C include "ASAP" mode:
automatic (endpoint) searching/automatic programming for quick determination
of the drying parameters and easy programming of a drying routine; Fast and
easy control of the accuracy through DIN/ISO-compliant self-testing and self-calibrating
capabilities thanks to the built-in calibration weight with reproTEST function;
and more. Review additional technical data on the Sartorius
MA100C Moisture Analyzer here or review a comparison table of the full line
of
Sartorius Moisture Analyzers we offer here.
Graphic LCD with backlit to ensure easy viewing even in poor lighting
environments.
The
moisture analyzer is operated whether using the keys on the display and
control unit or a PC connected via the RS-232
MoistureConnect
data transfer software, for reading weighing data into a PC is a $425.00
option for the Sartorius MA-Series. Collecting data and generating
graphics(drying curves)
The display
is divided into section providing clear information of the operation running.
The top of the display shows the drying program and test function in process.
Infrared
rays penetrate the sample without being impeded. Having reached
the interior of a sample, they are converted into heat energy, which
stimulates evapaoration, thus drying the sample.
User-friendly
design with pull out quick reference menu for easy of operation
Optional
data printer integrated into the analyzer housing to meet ISO/GLP requirements
Easy to
clean design
Rear
of unit features RS-232 interface and fuse holders.
The
heating element can be easily interchanged
Optional
Sartorius Printer provides GLP/GMP printouts. ISO / GLP compliance
"We
did not invent the product, but we made it better" is a famous
quote from BASF and we feel the same with our new RS-232 to USB
converter kit for Sartorius Balances exclusively found at Precision
Weighing Balances. Your Authorized Sartorius Dealer and known
throughout the world for deep discount prices.
Our USB to Serial Adapter kit for Sartorius Balances (our part # SARUSB)
offers you the best of both world. If you want to interface the
Sartorius Scale with a RS-232 serial port you simply disconnect the
1 foot RS-232 to USB cable.
Eliminate IRQ conflicts by going USB. Connect your Sartorius balance
to any PC running the Windows OS using HyperTerminal or purchase a third
party software
wedge. We offer step by step instructions how to use HyperTerminal
here.
We always recommend people purchase moisture
pans that are oil free Aluminum and provide even
temperature across the pan. If you ever need
additional weighing
pans we sell them in bulk, 500 pans to a case.
Some people believe that they can reuse the pans but
this is never recommended. Although you might
clean off the pan the stains leave material from your
last test or even moisture when you attempted to clean
the pan. Others believe they can use a piece
of aluminum foil paper but this isn't always smooth
and creates crinkles and thus uneven drying.
Always, always, always use a new moisture pan for
each test.
Glass
fiber pads distribute the heat better, prevents
skinning over (this is when bubbles form).
The fiber pads are binder-free borosilicate glass
fiber and therefore contain no binders (no foreign
materials) or inert.
Slurry samples or when test times are long the sample
skins over, bubbles up or splatters when the moisture
testing is running, we recommend using filter pads
with the moisture pans.
For testing liquids the pads are a must. Place
the moisture pan and pad on the moisture balance,
adjust the setting time to zero so the Sartorius MA35
moisture analyzer is in auto mode and run the test
with no sample on the pad. Many times the fiber
pads can hold up to 2% moisture and this preps the
pan and fiber pad to be moisture free and only takes
typically 1 minute with the MA35 moisture analyzer.
Now with the dry filter pads if you are working with
a liquidity substance 70% water or more place the
sample with an eye dropper, syringe or pipette is
a spiral pattern and then cover with the filter pad.
For slurries and anything with bumps and chucks like
corn slurry we recommend using two pads making like
a sandwich (bottom pad - test sample - top pad).
Place the pan on the moisture balance and then place
one pad on your table and then using a syringe or
spoon apply the sample to the pad in a spiral pattern
and now cover with a second pad. Slightly squish
the sandwich you just made to break up any chucks
and the filter pads will absorb the moisture.
Now place the two pads with your sample sandwiched
in-between and run your test. You'll find more
consistent and repeatable rest using the two pads.
Warning
- Moisture balancesshould not be used on any volatile organic sample with flash
points. Even a MSDS rating of 1. Samples with low flask
points like Acetaldehyde -38°C or MEK -4°C should not be used
with the Sartorius MA-100C Moisture Balance and maybe you should look
at Karl Fisher as an alternative.
Although you might presently perform analysis with an oven on these
samples the ovens typically have ventilation and a much larger cavity
than the typical moisture balance that operates on the principles of
TGA. In addition, with most moisture balances there is no ventilation
so all the fumes remain inside the hood of the moisture balance.
We strongly recommend you consult with a safety
specialist always prior to using any moisture balances for your safety.
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