Header Automation Processes

Air Leak Tester:
LT-3000

Infinity Automations offers industrial Air Leak Tester solutions for accurate and repeatable leak testing applications. Our leak testing machines support differential pressure, vacuum decay, mass flow, blockage and volume testing for a wide range of industrial components and assemblies.

The LT-3000 Air Leak Tester is designed for reliable leak detection and measurement in manufacturing and quality-control environments. Depending on the application, Infinity Automations also offers LT-5000 and Genius Leak Detector solutions.

    • Differential Pressure / Vacuum Decay
    • Mass Flow Measurement
    • Blockage Testing
    • Volume Testing

Range of Products

GENIUS Leak Detector
GENIUS Leak Detector
LT-2000
LT-2000
Lt-3000
Lt-3000
LT-5000 FLIT
LT-5000 FLIT
LT-5000 CCIT
LT-5000 CCIT
LT-5000
LT-5000

Features

Full Colour Touch Screen Graphical Display

Built-in Standard Communication Protocols:Profinet, Modbus TCP

Highly Accurate up to 0.35 Pascal


Direct-Operating Valve Cuts Test Time by up to 1 Second .

Pinch Test Detection Validates Pressure Ramp During Fill Phase.

Inbuilt Storage With USB For Easy Data Import/Export.

Detects Sand & Foreign Particles In The Test Part Using Volume Analysis.


Capable Of Detecting Blockages In Casing And Other Components, With Sensitivity Up to 1%.

Air Leak Tester for Industrial Leak Testing

An Air Leak Tester is used to identify and measure leakage in manufactured components and assemblies. Infinity Automations provides automated leak testing solutions based on application requirements, including differential pressure, vacuum decay, mass flow, blockage and volume testing.

These leak testing systems can help manufacturers improve testing consistency, reduce manual inspection and maintain reliable quality control across production processes.

Data Acquisition Software

  • User-friendly Windows-based application software compatible with any operating system.
  • Data is collected using the serial communication port of the controller.
  • All test parameters, including set parameters and actual parameters, can be stored.
  • Graphical representation of results is available.
  • All data is available for processing using MS Access or Excel.
  • Batch-wise, day-wise, and shift-wise report generation available for MIS purposes.
  • Barcode printer and barcode scanner can be connected directly.
  • Data can be simultaneously collected from multiple controllers.
  • Standard configuration of the leakage testing setup using PC, printer, and scanner.

Approvals & Achievements

Feature 1

Got approval for blockage test in Mahindra and Mahindra and implemented multiple testers


Feature 2

Approval from Eurofins Lab Italy for CCIT with ASTM F2338-09 and USP 1207 in the pharma industry


Feature 3

Got approval from Electra EV for battery and battery pack leak testing


Feature 4

Godrej - Air spring / Wagon


Feature 5

Defense AFK/OFB/HEF (Mines and H2A Boxes)


Feature 6

Got approval from Electra EV for battery and battery pack leak testing


Feature 7

Got approval from TACO for EV battery and battery pack leak testing


Technical Specifications

Parameter Description
Display 4.3” TFT color touchscreen for controlling with your fingers
Test Pressure Range Range -0.9 bar to 20 bars
Pressure Regulation Electronic pressure regulation. Different test pressures can be set independently for each channel.
Communication Modbus 485, Modbus TCP, Profinet
Sensing Technology Differential pressure decay leak measurement. Usable in both pressure and vacuum conditions.
Program Selection With digital input Modbus & Profinet
Programmable Outputs 4 outputs for coupler / marker / cutter / etc.
Accessions Leak master (on request at extra cost), external exhaust valve, quick couplers/connectors
Resolution 0.01 Pascal
Differential Pressure Range ± 6500 Pascal
Sensor Accuracy Up to 0.035 Pascal
Test Pressure Units PSI, kg/cm², bar, mbar, mmHg, cmHg, inHg, mmH₂O, kPa, etc
Leak Units mL/min, L/min, mL/s, Pa/s, Pa/min, Pa, kPa, Pa·m³/s, E−3 Pa·m³/s, etc.
Leak Limit Range ±999.9 Pascal
Number of Programs 500 Programs
Timers 999.9 seconds (resolving power: 0.1 second)
Power Source Regulated 24VDC, 2A
USB Port – Test data- Exporting test parameters – Test parameter backup / Restore – System backup / Restore – Upgrade
CPU RISC 32-bit, 200 MHz
Weight Approx. 8 to 10 kg (standard specifications)
Dimensions 340 × 260 × 150 mm (W × D × H)

Leak Test Couplers

Leak test couplers designed for secure, reliable, and quick connections during pressure or vacuum testing

  • Available Sizes: 5 mm to 50 mm
  • Gripping Options: Internal Diameter (ID) and External Diameter (OD) for broad compatibility
  • Tool-Free Operation: Enables fast, leak-tight sealing without additional equipment
  • Durable Construction: Ensures long service life and consistent performance
  • Efficiency Boost: Reduces setup time and enhances overall testing productivity
  • Versatile Applications: Suitable for both automated and manual leak testing setups
  • Industry Use: Ideal for automotive, medical device, and industrial manufacturing sectors

Applications of Air Leak Testing Machines

Air leak testing can be used for components and assemblies across automotive, electrical, electronics, industrial and other manufacturing applications where leakage detection and repeatable testing are required.

Application Areas

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Application Areas

  • Ball bearing
  • Bellows seal
  • Brake caliper
  • Brake pipes
  • Catalytic exhaust pipe
  • Clutch casting
  • Cylinder block
  • Cylinder head
  • Cylinder sleeve
  • Delco
  • Differential gear transmission
  • Engine block
  • Engine rubber seals
  • Exhaust manifold
  • Exhaust pipe
  • Fuel cap
  • Fuel filter
  • Fuel float
  • Fuel tank
  • Fuel tank cap
  • Gas tank
  • Gear box
  • Gear box manifold
  • Head light
  • Head light ramp
  • Heat exchanger
  • Heater core
  • High pressure fuel circuit
  • Horn
  • Hydraulic transmission
  • Injection ramp
  • Inlet manifold
  • Inlet valve
  • Inlet valve guide seal
  • Jerry can
  • Lip seal
  • Mechanical transmission
  • Oil manifold
  • Oil gauge
  • Oil heater
FAQs

Frequently Asked Questions

  • An Air Leak Tester is an industrial testing system used to detect and measure leakage in components and assemblies. Depending on the application, leak testing can be performed using methods such as differential pressure, vacuum decay, mass flow, blockage and volume testing.

  • The LT-3000 Air Leak Tester is designed for industrial leak detection and measurement applications. It can be used to check components and assemblies where reliable and repeatable leakage testing is required.

  • The LT-3000 supports testing methods including differential pressure/vacuum decay, mass flow measurement, blockage testing and volume testing, depending on the configured application.

  • Air leak testing machines can be used across automotive, electrical, electronics, industrial manufacturing and other applications where components need to be checked for leakage or flow-related defects.

  • An Air Leak Tester can help manufacturers improve testing consistency, reduce manual inspection and maintain repeatable quality-control processes. Automated testing can also support faster and more reliable inspection in production environments.

  • Yes. Air leak testing can be applied to different components and assemblies when the appropriate test method, fixture and test parameters are selected for the application.

  • Differential pressure testing evaluates changes in pressure to identify leakage, while mass flow testing measures the flow associated with a leak. The appropriate method depends on the component, required sensitivity and application requirements.

  • Yes. In addition to the LT-3000 Air Leak Tester, Infinity Automations offers other leak testing solutions, including the LT-5000 and Genius Leak Detector, depending on application requirements.

  • The right Air Leak Tester depends on factors such as the component being tested, test method, required leak rate, test pressure, cycle time, production volume and required level of automation. An application-specific evaluation can help determine the appropriate system.

  • Yes. Infinity Automations can evaluate the application requirements and recommend a suitable leak testing solution based on the component, testing method and production requirements.

Have more questions? Contact our experts.

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