ADS10-1 Topcon Type Single Prism Set for Total Station with Hard
Carrying Case
Model: ADS10-1
Specification:
| Type | Single Prism Set |
| Color | Tribrach and Adaptor Yellow |
| Model | ADS10-1 |
| Target Plate | Metal |
| Prism Constant | 0mm/-30mm |
| Prism Diameter | 64mm |
| Prism Type | Circular |
| Thread Type | 5/8x11 female thread |
| Tribrach Type | Three Jaw; without optical plummet |
| Adaptor Type | With Optical Plummet |
| Package | Hard Carry Case |
| Used for | Different Brands Total Station like Sokkia, Nikon, Trimble, Topcon
etc. |
| Category | Optics Instruments Accessory |
Highlists:
This complete tilting prism assembly comes with a 64mm prism
mounted in a sealed canister, a metal 5.5′ x 7′ fluorescent orange
target, and a metal yoke.
The prism can either be mounted in a -30mm or zero offset position.
Locking knob in back of the prism locks the prism and target in the
desired tilting position.
Prism Set Comes with a protective hard plastic carrying case.
What is the best way to use a prism?
A precise tip will allow you to use a variety of prism heights —
from mini to full-size. Just put the prism you want to use on the
pole, and make sure it’s even for proper reading. For a more
precise adjustment, it’s best to do it horizontally on the floor.
How are survey prisms different from mini prisms?
These survey prisms are compact and can be easily transported. Flat
prisms are comparable to mini prisms in that they provide a similar
distance range except with a dual-sided reflector. Finally, right
angle prisms reflect angles of 90 or 180 degrees and make it
possible to stake out right angles.
How does a survey prism work?
Survey prisms can be used with another electronic distance
measurement (EDM) device to determine the distance of an object
from a specific survey point, and they’re often attached to a prism
pole so they can focus on a specific position.
Corner cube prisms (also called “ retroreflectors”) are often used
for this type of measurement, and they will have some type of
offset because the beam being transmitted from the device takes
longer to leave the prism (especially from longer distances). This
can be corrected by using a feature that accounts for this offset
in relation to the plumb line of the surveying prism pole.
