Call us Now (65) 6749 2426

Email us Now [email protected]

No-img

Shop

No-img

Easy-Laser® E915 – Flange spin

Measure windmill tower flanges with spinning laser

Easy-Laser® E915 is a system used to measure flange flatness of windmill towers and slewing bearings with an easy-to-use rotating laser.

You can see the result as a 3D image in the display unit immediately after measuring and you can evaluate the result with different calculation settings.

Description

See the result as a true 3D image in the display unit directly after measuring. Then evaluate the result easily with different calculation settings, for example three point reference, best fit or all positive. This can also be done directly on site without having to stop to go to a PC with separate analysis programs, which was the case previously. This makes production much more efficient.

The system includes laser transmitter D23 Spin with power rotating head. This is how it works in brief: The laser beam from the transmitter rotates constantly and creates a reference plane over the entire measurement object. Measurements are performed quicker as you do not have to align the beam for each new measurement position. You place the detector at the desired measurement points and register the reading by a push of a button. In principle, one person can perform the measurement themselves. It is then possible to generate a PDF report containing graphs and measurement data directly from the measurement system’s display unit. All information about the measurement object is documented.

FOR ALL TYPES OF FLANGES

Easy-Laser® Flange systems can be used on all sizes of flanges, regardless of diameter. You can measure 1 to 5 circles of measurement points, for example inner, middle and outer circles, in order to see the taper of the flange. Each circle can have 6–180 measurement points. The program guides you graphically step-by-step through the entire measurement, which quickens the measurement process. Three methods are available: Full circle measurement, Sectional measurement and Partial measurement.

Video