By far the majority of reflectorless measurements are made to objects within a range of meters; but RED-Tech EX reaches meters just to be absolutely sure. The phase shift measurement spot is also much smaller then the pulse diameter.
This enables very small objects such as power lines, the corners of buildings, manholes etc. Safety Phase shift technology has to emit a continuous laser beam and this has the positive result of producing a continuous stream of data. In order to achieve accurate results high output power is needed. This is often regarded as being hazardous, which is true when it contacts the human eye.
However, the human eye has a reflex speed of 0. The alternative EDM's are not visible. These pulse lasers will also damage eyes over a long period of exposure but because they are invisible the human eye will not react and so could be damaged.
Since the pulse method uses invisible light, the manufacturers of this type of equipment embed an extra laser which functions as a laser pointer. The possibility exists that this laser pointer may not be aligned with the EDM. If this should be the case, the distance data will be derived from a different position to the one that the pointer is targeting. It enables quick, accurate and reliable distance measurements.
EDM stands for electronic distance meter. All Sokkia total stations are equipped with an electronic distance meter enabling them to do distance measurements. When a measurement is initiated, a light beam is emitted from the instrument. This beam exists of 3 different light frequencies.
This is a continuous process which leads to a very reliable result. This technology enables accurate measurements through obstacles such as chain-link fences, tree branches but can also handle a car passing by while doing a measurement.
Phase versus pulse distance measuring In the geodesy field, two measuring methods are common; phase and pulse measurements. Sokkia instruments use the phase measurement technique because it's proven to be the most accurate way of distance measurement and it allows a narrow beam. Although the pulse method has a wider range, the disadvantage of this technology is the poor performance on a short range due to the limitations of the built-in clock.
Because of our technology all Sokkia RED-tech II total stations have an extremely narrow laser beam which results in very accurate measurements from 0. Also slant measurements such as on manholes can be done with high precision because of the super narrow beam.
Another important feature is the ease of use. The finely balanced trigger key and fine motion screws allow a comfortable hand position during operation. Take measurements at any time while looking through the telescope and turning the fine motion screws. SET X features a flexible long-life power system to support long hours in the field. Two standard Li-ion batteries provide 28 hours of operational time. An external battery provides an additional The combination of the two provides enough power for a week before having to stop to recharge.
Over to m over 1, to 1,ft. With optional F2 control panel: approx. Li-ion rechargeable battery 2. The SeriesR is a perfect solution for demanding users. Applications In-field traverse adjustments, Topo objects inventory, Cadastral border reconstruction, 3-D modeling survey, Feature coding, Setting out road lines, Intersection, Area calculation, Monitoring deformations, Shipyard positioning, Heavy industry projects. Under good conditions: no haze, visibility about 40km 25miles , overcast, no scintillation.
Bluetooth wireless technology is available as a factory option for a full range of wireless communication possibilities. Applications Setting out road lines, Intersections, In-field traverse adjustments, Topo objects inventory, Cadastral border reconstruction, 3-D modeling survey, Feature coding, Area calculation, Monitoring deformations.
Gyro Station GPR3 Gyro Station Locate true north at any time regardless of visibility or weather conditions, even when working underground, and without the need of a known station. The Series30RK models are compact yet versatile reflectorless total stations with a wealth of user-friendly features.
The Series30RK is the perfect solution for your day-to-day surveying challenges. Applications Setting out, Setting out road lines, Objective alignment, Positioning concrete frames, Controlling construction development, Area calculation, Monitoring deformations. One AP01 Prism: 1. With the coaxial phase-method distance measurement technology, the Series30R is able to perform pinpoint, high accuracy measurements of hard to reach locations.
Measurement to object corners, high-voltage electrical wires and building face surveys are only a few of the many applications that can be executed using a Series30R total station. Applications Setting out, Setting out road lines, Objective alignment, Positioning concrete frames, Controlling construction development, Intersections, Area calculation, In-field traverse adjustment, Monitoring deformations. The backlit alphanumeric keys facilitate easy and quick operation.
The full alphanumeric keys of the SF14 option except for SET facilitate quick operation of onboard software. SF14 optional accessory except SET Applications Setting out, Setting out road lines, Objective alignment, Positioning concrete frames, Controlling construction development, Monitoring deformations. TP Twin Poles and a tribrach adaptor are available as options.
The target slides up and down within a 30cm range along the TP The memory capacity becomes virtually infinite with the use of commercially available CompactFlash memory cards. SeriesR incorporates a card drive as standard. This ergonomically designed infrared wireless keyboard provides powerful operation in the palm of your hand. A total of 37 keys enable quick and easy entry of job names, point numbers, notes, codes, and coordinates, increasing the work efficiency of data collection and setting-out work.
When you see green and red flashing back and forth simultaneously, you are on the telescope sighting direction. A special flashing pattern is also selectable to assist users with color weakness. The Guide Light Unit is a factory option. Single-button operation and LED display offer a full range of operational information. Perform static and kinematic applications without switching equipment.
The high-accuracy GSR receiver can function as either a rover or base and provides millimeter-level accuracy for your most demanding survey jobs. The receiver also comes equipped with a convenient frontpanel LCD display and easy interface keypad. RTK or post-processing capabilities give you much needed versatility in the field.
The GSR system is compatible with a wide range of data collection packages. RTK Bluetooth wireless technology gives you the freedom of a wireless connection with a PDA, digital camera and other peripheral devices. Position accuracy.
L1, 1. Its innovative design offers unprecedented usability. The GIR offers consistent sub-meter positioning and can handle the toughest environments. Optional Bluetooth adaptor available. Spectrum Survey is a comprehensive, user-friendly, Windows based post-processing software package that supports all phases of GPS survey operations. It supports commonly used methods of survey data collection, including static, rapid-static, kinematic and stop-and-go.
This package provides all of the tools you need to successfully manage your project, from planning to processing, adjusting and analyzing GPS survey data. Create a georeferenced image using a digital image and picture points in the desired coordinate system. Post Processing. Auto-importing a nearest reference station and processing a single rover occupation from this station. Separate adjustments for plane coordinates and for heights performed after network analysis by the Adjustment module.
Quality Control. Localization and Coordinate Systems.
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