Used BYM GARDNER Haze Gard Plus #9209380 for sale

BYM GARDNER Haze Gard Plus is a high-quality electronic test equipment designed with features that enable accurate and efficient measurements of light transmission in a variety of media. This instrument is perfect for users who need precise and reliable readings on demand. Haze Gard Plus tests for optical density and haze in both glass and polymers and allows users to take measurements in a few different ways. The most common method involves using a sample chamber and placing it in the optical path of the device. The sample chamber is then illuminated with a UV/Vis/IR source that has a range of 1000 to 2000nm. BYM GARDNER Haze Gard Plus then measures the amount of light that is transmitted, reflected, and absorbed by the sample. Images are captured in both ultraviolet and visible wavelengths. It also provides a haze ratio calculation that is used to compute the colour accuracy of the sample. The measurement range of Haze Gard Plus is 0.01-99.99%, and the wavelength accuracy is 0.1nm. It has an adjustable exposure time frame and inputs a variety of optical density and haze units of measurement, including a fH Scale (Fraction of Haze or Transmittance), %T (percent transmittance), %H (percent haze), and Bremen Haze. BYM GARDNER Haze Gard Plus offers a secure stand that holds the device at a fixed angle and position, allowing for repeatable and accurate readings every time. It also uses a variety of software interfaces, such as a programmable Windows PC that allows for remote control of Haze Gard Plus and software downloading of readings. For added protection against dust, dirt, and contamination, BYM GARDNER Haze Gard Plus has a stainless steel link-shield that prevents build-up from harmful particles. The device is powered with a standard wall plug-in AC/DC power system. Overall, Haze Gard Plus is an advanced electronic test equipment designed for accuracy and reliable measurement results. Its versatile testing methods and comprehensive software capabilities make it a perfect choice for users who demand precise, repeatable readings of light transmission in a variety of media.