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FLIR Si2
Series

Visualize mechanical defects, detect gas and compressed air leaks with the FLIR Si2 acoustic imaging camera, thereby reducing energy loss and preventing production downtime. The FLIR Si2 series consists of three models. Read more about these models below.
flir si2 series

acoustic image camera series
3 models

The FLIR Si2: an innovative topper available in 3 market specific versions! Our specialists will be happy to advise you on this new generation of acoustic imaging cameras (sound cameras).

The 3 market-specific versions of the FLIR Si2 Series are:

Si2-LD: Leak Detection, to be used for gas and compressed air leaks as well as mechanical defects.

Si2-PD: Partial Discharge, to be used at high voltage for partial discharge.

Si2-Pro: Both Leak Detection and Mechanical Failure and Partial Discharge, to be used for all the above applications.

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Products in this series

  • FLIR Si2 LD

    FLIR Si2 LD

    approximately 2 to 4 weeks

    Efficiently detect, locate and measure leaks in compressed air and gas systems, as well as early detection of bearing defects with the FLIR Si2-LD.

    16.499,00 excl. VAT Add to cart
  • FLIR Si2 PD

    FLIR Si2 PD

    approximately 2 to 4 weeks

    The FLIR Si2-PD, industrial acoustic imaging camera for power generation and transmission. Discover partial discharge with a 12mp visual camera. Learn to work quickly with this intuitive lightweight acoustic imaging camera from FLIR.

    17.499,00 excl. VAT Add to cart
  • FLIR si2 PRO

    FLIR Si2 PRO

    approximately 2 to 4 weeks

    The FLIR Si2 Pro is the most complete from the FLIR Si2 series suitable for all applications in both electrical, air compression, gases and complicated bearing problems.

    22.499,00 excl. VAT Add to cart

Featured brand
Teledyne FLIR

Teledyne FLIR is developer and products of acoustic imaging cameras, an innovative tool that provides a unique view of sound sources and sound patterns. With this advanced technology, users can not only hear sound, but also visualize, analyze and interpret it in ways not previously possible.