Total Station "PENTAX P-100 Series"

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PENTAX P-106Nc

last updated：Feb 28, 2025

TI アサヒ本社

Official site

PENTAX Total Station P-100 Series Non-Printer 600m High-Speed Measurement "Fast and Accurate" "High Cost Performance"

The total station PENTAX P-100 series from TI Asahi Corporation features high-speed and stable distance and angle settings. Non-prism: approximately 0.3 seconds, accuracy 3+3ppm Prism: approximately 0.8 seconds, accuracy 2+2ppm The maximum measurable distance without a prism is 600m, making it convenient for quick and extensive measurements in hard-to-access disaster sites and similar locations. Equipped with a dual-axis compensator, the correction range is ±3’. It corrects vertical errors caused by tilting in the front-back and left-right directions, as well as horizontal angle errors. It is also resistant to temperature changes and vibrations. The device includes programs that cater to various sites, such as rear intersection method, radial traverse, reverse shooting, pile driving, internal and external point division, line measurement, opposite side measurement, and REM measurement. New feature! The line measurement function of the PENTAX P-100 series can be effectively utilized as a simple layout installation function based on the line of the slope toe and slope shoulder. Approximately 26 hours of continuous distance measurement is possible. With two hot-swappable batteries, you can replace them without turning off the power during operation. Laser centering is equipped with a visible laser that projects towards known points, making centering tasks easier.

Related Link - https://www.pentaxsurveying.com/support/movies/tot…

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basic information

● Equipped with a red mark feature Red laser light is emitted in the observation direction. It is easy to confirm during work both indoors and outdoors (in the shade), making it convenient. ● Trigger key Convenient for pile driving and current surveying With a touch sensor trigger key, quick distance measurement can be performed without taking your eyes off the telescope. ● Easy-to-read display Equipped with a white backlight. ● USB memory compatible Supports CSV and SIMA data with the included standard USB memory. ● New fine motion screw unit adopted Optional TS communication and simple calculation software "SURVEY ASSIST" for easily relaying coordinate values to CAD. *Survey Assist is a product developed by Peace Net Co., Ltd. - SIMA coordinate data input/output - 2D traverse calculation, measurement design calculation, coordinate area calculation - Drawing image display, editing, and printing - Drawing file output (DXF format)

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Applications/Examples of results

Civil engineering companies, construction companies, public institutions, etc.

Detailed information

High-speed distance measurement speed and accuracy stability.
Continuous ranging for approximately 26 hours. It is possible to replace the two hot-swappable batteries without turning off the power while in operation.
Laser targeting Equipped with a laser targeting system that projects visible light lasers toward known points, making the targeting process easier.
Equipped with a red mark feature. It projects red laser light in the observation direction, making it easy and convenient to check during work both indoors and outdoors (in the shade).
Trigger Key Convenient for piling and current surveys With the touch sensor type trigger key, quick distance measurement can be performed without taking your eyes off the telescope.
You can set frequently used application functions to shortcut keys.
Equipped with a white backlight. Displays electronic bubble tubes on the screen. You can work comfortably without taking awkward postures.
Example of reverse measurement Based on the known "machine point coordinates," "rear view point coordinates or rear view direction angle," and "measurement point coordinates," reverse measurement is performed in three dimensions.
Example of the two-point rear intersection method By measuring the distance between two known points (Point 1 and Point 2), the coordinates of the machine point can be determined.