Spectra Precision UL633N Universal Laser: The Most Versatile Laser, Ever. Horizontal, Vertical, Grade and Pipe Laying in One Laser
The Spectra Precision UL633N Universal Laser is the only construction laser allowing total automatic control of all three axes (X/Y/Z). Control of the Z axis is accomplished through the new "fan beam" technology, while control of the X and Y axis utilizes a dual radio connection. Benefiting of all the know-how of Spectra Precision, the UL633N Universal Laser is appropriate for all applications producing an easy, fast and accurate job. The Universal laser can provide precise automatic axes alignments to two desired points without positioning the receivers 90 degrees perpendicular. This allows contractors to perform easily dual axis alignments for applications such as grade work on sports fields, parking lots, tennis courts and driveways. Since the UL633N Universal Laser can work with two receivers simultaneously, contractors can measure an unknown grade value automatically between two elevation points in Grade Match mode.
Fully automatic in X, Y and Z axes – Grade Range of +/- 25%. The Spectra Precision UL633 is the first construction laser that features total automatic control of all three X, Y and Z axes. The UL633N is automatic self-leveling in horizontal, vertical and dual grade (X and Y axes) with grade ranges of -25% to +25%. New innovative technology transforms the plumb beam into a rotating fan beam. When used with the SF601 SpotFinder, the rotating fan beam provides control of the Z axis for pipe laying and vertical alignments. An intuitive icon-driven menu allows the user to quickly select the desired operations. The UL633N has both radio and infrared communications that enable layout tasks to be performed with ease. The radio communication allows for long range use above ground and the infrared communciation is used in pipe laying applications.
Dual Axis Plane-Lok:
On jobsites where maximum accuracy and stability are required, such as airport runways or concrete pours, precise elevations are obtained by using Dual Axis PlaneLok. This feature eliminates drift and errors caused by vibrations or temperature changes by locking and maintaining the laser reference plane on two receivers placed at the desired elevations.
With Grade Match mode, contractors can measure unknown grade values automatically between two elevation points. This is particularly vaulable when matching a slope between existing elevations.
Automatic Axis Alignment:
Automatic axes alignments can be accomplished without positioning the two receivers exactly 90 degrees perpendicular to each other. The axes can be positioned at any point between 10 and 170 degrees. This allows contractors to easily perform dual axis alignments for grade work applications such as sports fields, parking lots, tennis courts, driveways or any irregular field with non-perpendicular grade profiles.
For pipe laying and trench applications, the UL633N can align the plumb beam automatically to the SF601 SpotFinder. Measuring a grade value through an existing pipe or an open trench can also be done quickly and easily in automatic Spot Match mode. The UL633N and the SpotFinder offer additional versatility for 90 degree layout applications on concrete pads as well as indoors for wall layout. Activating the SpotLok mode ensures that the UL633N locks and holds the plumb beam automatically to the SpotFinder at the desired direction or elevation point, providing precise alignment.
The UL633 includes a full-function RC603 Remote Control. The large, easy to see back-lit graphical display is very easy to operate. Contractors can do everything with the remote control that they can do at the laser keypad, up to 330 feet (100 meters) away—even from the cab of a machine or through a pipe.
The ability to make grade changes remotely can significantly reduce setup time and speed operations. With its rugged design, the UL633 can survive a drop of up to 3 feet (1 meter) on concrete. The laser also features IP67 moisture and dust sealing to handle the tough construction environment.
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