loss. The abbreviation PD is often used in this guide to refer to pressure
decay.
Page 54-55, 90-105
Pressure Error: Pressure setpoints above and below test pressure. One
pressure error (a plus and minus value) is used by Sprint LC to insure that
a valid test is performed on each product. A lack of test pressure that
causes a drop in pressure to exceed the negative pressure error value
during the fill period of product testing causes Sprint LC to stop testing
and display P ERR in the status box. If test pressure is accidentally
increased, Sprint LC also shows a P ERR in the status box on the run
display.
Page 42, 94-95, 113-114
Pressure Regulator: Sprint LC uses a precision pressure regulator that
controls line pressure. The pressure regulator is adjusted during setup to
set test pressure.
Page 10-11, 40
Pressure Standard: A precision measuring instrument that can be
connected to Sprint LC as part of pressure or flow calibration. The
pressure standard must have the required accuracy, stability, and
repeatability to measure Sprint LC’s output. The pressure standard must
have current calibration documentation if the customer needs to prove
accuracy traceability.
Page 141-142
Pressure: The relative force of a compressed air or gas. Sprint LC is
generally configured to use PSIG, which is the force of compressed gas
relative to barometric pressure.
Pressure Transducer : An electro-mechanical device (also called a
sensor) that converts pneumatic pressure into electrical signals. Sprint
LC’s pressure transducers are rugged, accurate, repeatable, and have a
very low internal volume.
Programming : Entering values to setup the tester. Also called setup or
data entry.
Page R11
To Next Page
Loading...
