LTI-250
The LTI-250A is used for performing mass flow or pressure decay tests. The unit is recommended for applications in which two different tests need to run concurrently or when machine control is needed. The leak tester has the ability to store the leak rate detected and test results. The results can be collected through the use of the RS-232 port supplied on the unit.
Mass Flow
The LTI-250A displays corrected airflow readings through the use of a mass flow transducer. This state-of-the-art technology provides test results, which are independent of daily changes in barometric pressure and ambient temperature. This leak test instrument measures the leakage or flow of air through the part under test at a specific test pressure. When the leak test is initiated this instrument automatically pressurizes the part, allows the air pressure within the part to stabilize, and measures the actual leakage through the part. The leakage or flow is displayed in actual engineering units.
Pressure Decay/Change
Two pressure decay/change methods are available depending upon the specific application. Applications with a high leak rate specification or a small test volume utilize a gage-pressure-decay test method. Applications with a low leak rate specification or a large test volume will use a pressure-differential-decay test method. With either method this leak test instrument pressurizes the test part, allows the air pressure within the part to stabilize, and measures the decay/change in pressure.
Technics
| Dimensions | 12"x14"x8" |
| Weight | 27-32lbs |
| Operating Temperature | 35-130°f (2-55°c) |
| Relative Humidity | 0-95% Non-Condensing |
| Standard Full Scale Range | 10sccm to 30slpm |
| Maximum Full Scale Range | up to 300slpm |
| Pressure Test Input Pressure | 125psig Maximum (std) |
| Pressure Test | 100psig Maximum (std) |
| Vacuum Test Input Vacuum | 30 in Hg Maximum (std) |
| Vacuum Test | 25 in Hg Maximum |