AVS 65th International Symposium & Exhibition
    Exhibitor Technology Spotlight Workshops Tuesday Sessions
       Session EW-TuL

Paper EW-TuL6
Agilent’s New Helium Leak Detector

Tuesday, October 23, 2018, 1:40 pm, Room Hall A

Session: Exhibitor Technology Spotlight Session II
Presenter: John McLaren, Agilent
Correspondent: Click to Email

Earlier this year Agilent Technologies introduced its new Helium Leak Detector (HLD). Building on Agilent’s leadership position in mass spectrometry, this new instrument sets the standard for ease of use and application-specific operation. Users can quickly navigate to one of six unique setup screens and be guided in setting the proper test parameters, achieving optimum performance and efficiency for their specific application. No more guessing, wasting time or making costly mistakes. A large 8.4 in. (21 cm) display features a completely revised user interface, with eight available languages, that is extremely intuitive and employs familiar icons and imagery simplifying training. Selectable security levels protect the integrity of the test while allowing access for operators, process engineers, and maintenance technicians. Agilent is the only helium leak detector manufacturer that designs and manufactures the entire instrument, mass spectrometer, high vacuum split-flow turbomolecular pump and rotary vane and dry scroll roughing pumps. The latter employing our patented dual pump design, delivering superior pumping speed and helium handling performance even in high background environments. Components are designed to work together and with everything Agilent-made and Agilent supported, users are secure in their investment. The HLD is available in 3 different form factors, both wet and dry primary pumps, each in three different sizes, allowing the most configurations in the industry. Unparalleled ease-of-use and application guidance makes the HLD the instrument of choice for any leak test. Our spotlight session will demonstrate how our application setups guide the user in correctly configuring their instrument for the best performance, establishing correct parameters for a thorough and efficient test. Each setup offers the following benefits:

• Display all relevant settings on one page. No need to navigate through multiple screens or struggle to recall which settings are needed.

• Save time in both setup and testing.

• Automatically incorporate certain settings as dictated by the application. No need to decipher every arcane detail in the manual and wonder what settings should be turned on or off.

• Provide on screen help and guide the user through the setup.