Automatic Compensation Mechanism Enables Stable and High-Precision Measurement

• Reliable Compensation Mechanism

  

  The automatic compensation mechanism detects the tilt of the main unit and compensates vertical angle. Furthermore, the collimation mechanism compensates errors in the telescope sighting axis, ensuring highly accurate measurements at all times. (The figure is an image diagram for easy-to-understand explanation.)

• Example for Making 90°

  

  Place the theodolite on the reference point, look through the telescope, and align the telescope's crosshairs with point A. (Left figure) Set the theodolite to "0 set". Next, rotate the top of the theodolite so that the horizontal angle of the liquid crystal is 90°. (Right figure) At this time, the center of the crosshair within the field of view of the telescope is 90° to point A with the reference point as the center. (Point B) Driving a stake at point B completes making 90°.

• Large LCD Display with Backlight on Both Sides

  

  Large, easy-to-read LCD displays are placed on both sides.

• Absolute Encoder System

  Since no vertical angle zero setting is required, work can be started quickly. In addition, stable angle measurement accuracy allows for highly accurate measurements.

• Angle Measurement Mode

  In addition to switchable horizontal angle measurement between clockwise and counterclockwise with a single touch, 0 set, fixed, and double angle measurements are also possible. Also the vertical angle can be selected from 0° at the zenith, 0° horizontally, and ±90°, and slope ％ can be displayed.

• Minimum Display Mode

  The minimum angle display unit can be switched between 10″/5″.

• Shifting Typed Tribrach

  A shifting type tribrach that is easy to install.

• Magnification 30X

OPTION

SPECIFICATIONS