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The CPP 5Gs' powerful, built-in
cooling system (patent pending) enables testing of petroleum samples with ultra
low temperature pour and/or cloud points... below –90癈 (-130癋)! Utilizing the
power of automation, this instrument increases lab productivity and greatly
improves reproducibility and repeatability. Simple, completely unattended
operation frees technician time while a compact foot print and auto-switching
power supply make this unique portable instrument available whenever and
wherever needed.
Completely self-contained cooling system
- enables ultra-low temperature testing
- saves energy
- eliminates the heat, noise, external liquid connections and toxic coolant
vapors of external cooling units
 Compact and
portable; easily moves throughout your lab to the area where needed
Endurance
tested and proven for long-term operation
Networked,
PC-controlled operation & data management available with ISL's ALAN?nbsp;(Automatic
Laboratory Analyzer Network) system
Safe, simple operation
 Simply
fill a test jar with sample and load it into the CPP 5Gs, selecting the
appropriate test head (pour or cloud point) for your analysis of choice. The
instrument guides you through a quick setup. Press "Start," and testing begins
immediately with jacket cooling controlled in according with the selected test
method.
The CPP 5Gs,
determines pour point
of petroleum products by actually tilting the sample as described by the manual
test method--no turning, pressing or twisting. An optical detection system in
the testing head precisely monitors movement. Test results from this test method
can be determined at 1癈, 2癈 and 3癈 intervals. This test method yields a D 97
/ IP 15 equivalent pour point when the 3癈 interval results are reported.
Cloud
point is determined using an optical
detection system similar to pour point's. The instrument emits light down
through the sample, identifying within a resolution of 0.1篊 when crystal
formation develop.
Results
value is displayed and memorized in non-volatile memory. The result may be
transferred to a LIMS and/or printed out when a printer is connected. The sample
is then re-heated to ambient temperature to accommodate the next run.
Computer control and data management with ALAN?/font>
When connected to a PC with the ALAN?(Automatic Laboratory Analyzer Network)
32-bit multi-tasking software under Windows?9x/NT, the CPP 5Gs provides
numerous advanced features:
- start
tests from a PC, choosing from an unlimited number of test programs
- save results to a database
- edit cooling profiles
- customize reporting
- automatically export data to LIMS according to a user defined protocol
- and much more... |
