Test object and condition
Share materials, dimensions, internal volume, joints, seals, ports, cleanliness, current condition and photographs or drawings.
Leak-Detection Application Guide
Define the Leak-Detection Requirement Before Choosing a Method
Locating a leak and measuring total leakage are different objectives. The pressure direction, test-object limits, access and acceptance criterion guide the test method.
Review the operating requirement first
Confirm suitability for the exact equipment
APPLICATION OVERVIEW
Start with the Process, Required Result and Operating Conditions
Leak detection may be used to find a local leakage point, evaluate overall leakage or investigate poor vacuum performance. A useful plan distinguishes the required result before equipment, tracer handling, fixtures or test sequence are selected.
The normal pressure direction matters because the test should represent the relevant boundary where practical. Test-object strength, internal volume, cleanliness, available ports, accessible joints, background gas and the stated acceptance basis also affect feasibility.
TECHNICAL INPUTS
Define These Inputs Before Selecting Equipment or a Method
The available detail helps separate a plausible route from one that can be checked against the actual application.
Pressure direction and limits
State normal internal and external pressures, allowable evacuation or overpressure and any prohibited test condition.
Required result
Clarify whether the task is to locate a leak, measure overall leakage, verify a limit or investigate a system symptom.
Acceptance and access
Provide the required leak rate and units if defined, test standard or procedure, accessible surfaces, fixtures and reporting needs.
PRACTICAL DECISION PATH
Move from Requirement to a Reviewable Scope
Each step narrows the options without assuming that one instrument, component or service method fits every system.
- 01 Define the outcomeSeparate local leak finding from integral measurement, acceptance testing and troubleshooting.
- 02 Review pressure directionConfirm whether the object normally operates under vacuum, pressure or changing conditions.
- 03 Check feasibility and safetyReview strength, seals, contamination, connections, tracer handling, access and preparation.
- 04 Agree the method and recordDocument the proposed arrangement, test points, acceptance basis, exclusions and supplied results.
TYPICAL REQUIREMENTS
Where This Application Guide May Help
These examples frame an initial discussion. Exact equipment and method suitability remain subject to technical review.
- Vacuum chamber, vessel and process-line leak investigation
- Valve, flange, seal and welded-assembly checks
- Component or assembly acceptance-review planning
- Troubleshooting unexpected pressure rise or pump-down behaviour
TECHNICAL BOUNDARY
Confirm Suitability Against the Selected Route
A detector sensitivity figure does not define the achievable result for every object. Method, test pressure, background, volume, conductance, cleanliness, tracer concentration and acceptance procedure must be reviewed for the specific requirement.
APPLICATION QUESTIONS
Locate or Evaluate a Leak FAQs
Local testing is used to identify where tracer gas crosses a boundary. Integral testing evaluates the combined leakage of the test object under a defined arrangement. The preparation, fixtures and interpretation can therefore differ.
The choice depends on the normal pressure direction, object strength, required result, sensitivity, access and available connections. A method is proposed only after those details are reviewed.
Provide drawings or photographs, dimensions, volume, materials, joints, normal pressures, safe limits, available ports, suspected areas, process exposure, acceptance criterion and required report.
Review Related Vacuum Applications
APPLICATION REVIEW
Ready to Share the Process and Required Result?
Send the operating range, media, connections, equipment details, constraints and the outcome you need. Aerocure can then review an appropriate next route.