Non-destructive insulating gas measurement device for double & triple glazed IGUs with coatings & lamination.
About Sparklike Laser Portable™ 2.1
Sparklike Laser Portable™ 2.1 window manufacturing equipment measures insulating gas concentration on triple and double glazed units. The device measures oxygen, and the results are converted to concentration of argon, krypton, and other insulating gases. The battery-operated, portable device is based on laser technology (TDLAS).
Features
Compact measuring head with New ErgoGrip™ – three handles and start-buttons, easy to handle in different measuring positions
Smaller main unit case with 150 mm pneumatic wheels – easy to maneuver
Vacuum gripping to the IG unit – light signal when reading and vacuum grip is released
Insulating gas check at any point of the production flow
Measured units can be delivered to the end user and checked again at a later date
ErgoGrip™ handles and three start buttons for any measurement position
Compact trolley unit for easy maneuverability – enables on-site measuring
Determines accurately the concentration of insulating gas, and glass and cavity thicknesses
Measures the residual oxygen – any insulating gas can be checked
Yes, the Laser Portable™ 2.0 is capable of measuring Quad IGUs. The first measurement will be taken as if a triple, and the second measurement will be taken as if a double, from the opposite side.
Here is an illustration showing how 2 measurements can be taken to test gas concentration in a Quad pane IG.
The Laser Portable 2.0 is shipped in two cases with the measurement head having its own case. This results in a much smaller case when in the operating mode. In addition, the measurement head of the 2.0 is smaller with additional handles and additional measurement start pushbuttons. Sparklike has also made improvements with the cable connections by moving the connectors to the outside of this smaller case.
The Laser Portable unit can track results, which can be saved to a USB memory stick. It’s not integrated into your systems and will not have thereport capability other than the .txt file.
The results of measurements taken with the Laser Portable can be downloaded and transferred using a USB memory stick that can be installed in the portable. The Wi-Fi option allows the results of the measurements to be immediately sent to the company’s information system.This eliminates the need to remove the USB memory stick and transfer the data to a computer. Wi–Fi can be added afterwards; we cannot do it remotely.
The Laser Portable 2.0 uses a different technology than the Handheld.
The Handheld uses Spark Emission Spectroscopy (SES) to determine the gas levels. The instrument looks at the intensity and the color of the spark to make its measurements. Background lighting can be detrimental to the operation of the Handheld. Different algorithms are used for argon and krypton measurements. The ability to measure krypton is an option and is not normally included with most Handhelds.
The Laser Portable 2.0 uses Tunable Diode Laser Absorption Spectroscopy (TDLAS) to determine the gas content. By measuring the amount of the laser signal that is absorbed by the oxygen within the IG unit, the instrument calculates the gas content. The Laser Portable does not determine the type of gas within the unit. It cannot determine whether the insulating gas is argon, krypton, or a mixture. The Laser Portable also measures the configuration of the unit and supplies the dimensions of the glass, cavity thickness and overall unit thickness.
The tolerance of the Laser Portable is much better than the Handheld. The readings are within +/- 1% to levels as low as 1%. The accuracy does not decrease with lower gas levels as does the Handheld.
The Laser Portable measures the gas content of the first cavity and then the gas content of the entire unit. It then calculates the content of the second cavity. In most cases the instrument is not influenced by low–e coatings, laminations, or thicker commercial glass. Glass thickness “presets” can be entered into the instrument to assist in the measurement of thicker glass.