Infinity Automation Systems Private Limited

• Differential Pressure Decay method
• Test pressure Range - Up to 10 bar
• Leak Detection - 10 Pascal
• Control from Remote Terminal (PLC/SCADA)
• Serial Communication port (RS232 I RS485)
• Blockage test can perform using same controller
• Programmable output for coupler/marker/cutter

• The Infinity Air Leak Controller offers non-destructive seal and leak detection for packs, and pouches.
• The Infinity Air Leak Tester utilizes a vacuum decay technology to identify defective packages.
• Infinity Air Leak Tester provides the capability to test multiple packages in a single test cycle.
• Test results are quantitative and provide operators with a definitive pass/fail result.
• Package quality assurance is achieved by deploying accurate, reliable, non-destructive inspection methods that remove subjectivity from the testing process.
• The Infinity Air Leak Tester addresses all issues associated with low volume flexible and semi-flexible package leak testing & a powerful solution for the pharmaceutical industry.

• - Testing Method - Differential Pressure Decay Relative Pressure, Flow, Blockage, Reference
• Methods
• - Test Pressure Range - from Vacuum to 20 bar
• - Leak Detection – 10 Pascal
• - Pressure Regulation – Mechanical / Electronic
• - Program Storage Capacity – 10 Nos
• - Result Storage Capacity – 2000 Nos
• - Resolution is 0.01Pa
• - Accuracy is 0.4 Pascal
• - Measuring Units – mbar, bar, psi, Pa, mmHg,mL/min, L/min, cc/min, etc
• - Test Volume – From few milliliters to a Liter.

• Test Pressure 10 mBAr to 50Bar
• ).35% Accuracy
• Inbuilt Data Storage
• Inbult Vacuum and Pressure Generator

• Voltage: 24V DC
• Automation Grade: Automatic
• Display Type: Digital

A High Pressure Leak Tester is a specialized device used to detect and measure leaks in systems or components that operate under high pressure. These testers are critical in industries such as:

• Automotive

• Aerospace

• Oil & Gas

• Hydraulics

• HVAC

• Pharmaceuticals

• Manufacturing

• High-pressure capability: Can test components under pressures ranging from hundreds to tens of thousands of PSI (or bar).

• Precision sensors: Detect even micro-leaks using pressure decay, flow rate, or helium/mass spectrometry.

• Digital interface: Modern testers often include touchscreen controls, data logging, and connectivity options (USB, Ethernet, etc.).

• Safety mechanisms: Built-in pressure relief valves, emergency stops, and shielded enclosures to protect users.

• Test media: Usually use air, nitrogen, water, or helium depending on the application and sensitivity needed.