The portable Pour Point Tester PPT 45150 by PSL Systemtechnik is a compact lab instrument to measure the no-flow point and calculate the pour point of oils and oil products. The PPT 45150 measures according the rotational method ASTM D5985.
Fast and accurate
The Pour Point Tester PPT 45150 by PSL
Systemtechnik is a lab device, which provides
pour point measurements of oil and oil
products according to ASTM D5985 -
rotational method.
The test method permits pour point measurement with highest precision up to 0.1 °C
at high repeatability. Without additional cryostat the PPT covers a temperature range of
-45 to +140 °C (-49 to +284 °F).
Low temperature down to -55 °C (-67 °F)
Extendable with a
cooling-water precooler for temperatures
down to -55 °C (-67 °F), a cost-effective alternative to cryostats with the same capacity.
Repeated measurements
Pour point measurements can be repeated up
to nine times in succession. We recommend
those repeated measurements to obtain
statistically significant results and information
about the sample's behaviour over time.
Operational worldwide
Due to modern thermoelectric technology the
PPT only needs tap water and a power supply.
So the PPT is excellently suited for operations
outside the lab. The Pour Point Tester is
equipped with a wide range voltage input so
it can be operated all over the world.
Transportable with trolley case
Optionally, a trolley case is available to
transport the compact and lightweight Pour
Point Tester as carry-on baggage.
Stand-alone device or use with PC
Of course, the PPT can also be used as a fullfledged lab instrument. Space-saving
arranged, it can be operated as a stand-alone
device or in conjunction with the software
WinPPT via PC. With only few settings, you
can start a fully automated test run.
Up to 10 test configurations can be saved on
the instrument in stand-alone mode.
An automated lab instrument
In combination with the PSL software WinPPT
and a PC, you can execute fully automated
test runs with the PPT. An unlimited number
of test configurations can be saved and
managed.
WinPPT permits comfortable control of test
runs, data display and data saving in a
spreadsheet-compatible format for further
evaluation.
The temperature gradient gives you
additional information about the behaviour of
the sample. First crystallisation processes are
as well observable as strong exothermal
reactions.