New LED stroboscopes from RHEINTACHO – RT qbLED and RT STROBE 10000 LED

RT STROBE qbLED

The portable and versatile stroboscope RT STROBE qbLED provides in terms of light intensity, control elements and technology a true reference in its class.

The very powerful stroboscope with up to 300,000 flashes per minute and depending on the model up to 9,000 LUX (@ 1° / 300 mm) has especially been designed for applications in the areas of maintenance / commissioning and inspection.

A world first is the version RT STROBE super qbLED. 118 LEDs provide the highest luminous efficacy of all portable LED stroboscopes available on the market. This inspection tool is the first of its type to be equipped with an auto-sync laser function. This determines the synchronization frequency within a very short time without any need of manual settings or external sensor signals.

For better readability the display is provided with a backlight. Thus, the readability is significantly optimized even under unfavorable environmental conditions.

RT STROBE 10000 LED

The stationary stroboscope RT STROBE 10000 LED from RHEINTACHO perfectly rounds off the series of stationary LED stroboscopes. With 480 high-performance LEDs distributed over a width of nearly one meter, this large stroboscope is suitable for illuminating strip widths measuring up to

1200 millimeter.

Areas up to 3.6 meters can be illuminated by coupling the signals of the stroboscopes. Of course, coupling the signals is possible with all stroboscopes from RHEINTACHO.

The light intensity achieved is well over 10,000 LUX. The RT STROBE 10000 LED is equipped with a continuously adjustable brightness controller as standard, so this light intensity can be perfectly adjusted to suit the particular application.

Its other features are identical to the other stationary devices in the RT STROBE series: two switchable signal inputs that allow simple changing between an internal signal and an external trigger, for example.

In line with standard RHEINTACHO procedure, each stroboscope is measured with a special test bench during the final inspection process and the individual results (particularly the light intensity and distribution) are documented.