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Agilent VS Mobile Cart Helium Mass Spectrometer Leak Detector, IDP 15 Scroll, G8601, 120V

NEW Agilent VS Mobile Cart Helium Mass Spectrometer Leak Detector, IDP 15 Scroll, 120V (PN G8601)

The new VS PDO3 Portable Helium Leak Detector, with Dry Scroll Pump on i-Cart mobile platform combines the simplicity of two-button operation with advanced system intelligence to give you easy access to powerful testing capabilities anywhere in your production process.

Easy to use (Two-button operation)
A touch screen, plus optional wireless remote. The VS Series Leak Detectors combine the simplicity of two-button operation with advanced expert system intelligence. Fully automated start-up and calibration maximize productivity. Color touch screen has excellent clarity, even at wide angles. Intuitive menu structure is easy to navigate. Programmable test sequences improve testing efficiency.

Powerful (Broad Range of Test Methods)
The state-of-the-art spectrometer and vacuum system provide powerful capability, enabling a broad range of test methods for diverse applications. High test-port pressure tolerance allows testing for large leaks. High sensitivity (10-12 Range) for finding the smallest leaks. High pumping speed for helium insures fast response and clean-up times. High-efficiency ion source and beam optics optimze sensitivity.

Versatile (Multiple System Configurations)
A wide range of options allows for broad configuration flexibility. Primary pump and system mounting options to best suit your needs. Multiple languages and units of measure for worldwide use Compact, lightweight design enables easy transport.

Dependable (Robust Design)
Robust design innovations allow the VS Series Leak Detectors to conform to the most rigorous industrial standards and to operate dependably in the most challenging environments. Fast clean-up times enhance overall system up-time. Robust Faraday cup technology delivers high reliability and low cost of ownership. Conforms to CE, UL, and CSA standards, assuring global acceptance.

This mobile-mounted leak detector comes in many configurations with rotary vane or dry scroll vacuum pumps. See Technical Specifications Below. Sold as Brand New and comes with Varian Manufacture Warranty. For complete specifications and application - download the Operating Manual PDF below under (AVAILABLE DOWNLOADS).

Helium Leak Testing Basics
At the heart of helium leak testing is a mass spectrometer dedicated to quantifying trace amounts of helium within any sampled train of atmosphere. A helium leak mass spectrometer can resolve extremely small leaks. For example, this equipment can detect a leak small enough to fill just two cubic centimeters of helium (or the amount equal to two sugar cubes) in 320 years. This level of detection is critical for many different processes; from simply finding the sources of gas contaminants in a vacuum system to calibration of assembly-line detection equipment in the refrigeration compressor manufacturing industry.

Why Helium?
Helium is an inert gas that is nearly absent in normal atmospheres, in contrast to hydrogen which is readily produced in enormous quantities when pressures within stainless steel systems are brought to UHV levels. Benefits of using helium as a trace gas include:

  • Only modestly present in the atmosphere (roughly 5 parts per million)
  • Flows through cracks 2.7x faster than air
  • Nontoxic
  • Nondestructive
  • Nonexplosive
  • Inexpensive
  • User Friendly

Due to these attributes, and its high sensitivity, helium leak testing has gained broad acceptance in a wide range of leak testing applications. There are two generally accepted methods to helium leak testing: Spray Probe, and Sniffer Probe.

Spray Probe Leak Testing: Provides Maximum Sensitivity
For this technique, the leak detector is hooked directly to the system under test and the inside of the system is evacuated. Once an acceptable vacuum is achieved, helium is sprayed discreetly on the outside of the system, with particular attention being paid to any suspect locations. Any leaks in the system, including defective welds (caused by cracks, pin holes, incomplete welds, porosity, etc.), flawed or missing gaskets, leaks due to loose clamps, or any other defect will allow helium to pass and be readily detected by the machine. The source of any leaks can then be accurately pinpointed and repaired.

The spray probe process is used to achieve the highest level of sensitivity. The equipment being used dictates the maximum sensitivity achievable; in Jurva Leak Testingís case it is 2x10-10 std cc/sec. This technique does require that the system being tested is relatively leak tight prior to testing, as an ample vacuum is required for testing. However, by using special throttling devices a gross test can typically be performed. The gross test should eliminate any major leaks, permitting the use of increased sensitivity. The following are examples of systems that we test using the spray probe technique:

  • A-bar furnaces
  • E-beam systems
  • Laser systems
  • Metal deposition equipment
  • Distillation systems
  • Vacuum systems

Sniffer Probe
For this technique, helium is purged throughout the inside of system being tested. Due to the innate properties of helium it readily migrates throughout the system and in its attempt to escape penetrates any imperfections, including: defective welds (caused by cracks, pin holes, incomplete welds, porosity, etc.), flawed or missing gaskets, leaks due to loose clamps, or any other defect. The systemís exterior is then scanned by using a probe attached to the leak tester. Any leaks will result in an increased level of helium nearest the source and be readily detected. Leak sources can then be pinpointed, providing the opportunity for immediate repair and retest.

Unlike the spray probe technique, this process is very flexible and can be adapted to meet the needs of any virtually any system in which helium can be injected. There is no practical size limitation. The sniffer probe technique is not as sensitive as the spray probe process, however, due to the amount of helium present in the air (approximately 5 ppm). The maximum sensitivity achievable under this procedure is approximately 1x10-6 std cc/sec. Nevertheless, this process is vastly superior to other traditional leak testing methods, such as: bubble testing, acoustic emission, liquid penetrant or vacuum box testing.

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PDF Logo Agilent VS Series Helium Leak Detector Manual.PDF

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5910 Midway Park Blvd NE,
Albuquerque, NM 87109-5805

Phone: (505) 872-0037
Fax: (505) 872-9001

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