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Surveying Reflector Prism
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Survey Mini Prism
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360 Degree Prism
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Total Station Prism
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Prism Pole Bipod
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Carbon Fibre Telescopic Pole
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Telescopic Levelling Staff
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Tribrach Adaptor
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Instrument Tripods
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Total Station Batteries
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Total Station Battery Charger
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Total Station Cable
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Total Station Accessories
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Surveying Instrument
2000m Survey Total Station Mini Prism For Building Facades
Material | Metal | Range | 2000m |
---|---|---|---|
Centring Accuracy | 1.0mm | Brand | Leica |
Constant | +17.5mm | Used With | Automated Total Station (AMTS) |
Application | Tunnel Walls, Building Facades, Foundation Slabs, Bridge Decks | Condition | New |
Suitable For | GLS11 Prism Pole And GRT144 Prism Carrier | Mount | Leica Type |
High Light | 2000m Total Station Mini Prism,Automated Total Station Survey Mini Prism,AMTS Total Station Mini Prism |
Mini Prism Kit GMP101 Leica Survey Mini Prism Built In Leveling Bubble Spike
Model: GMP101
GMP101 Mini Prism , includes bubble, target and spike, in bag. Also suitable for GLS11 prism pole and GRT144 prism carrier with Leica snap in mount (Same height with GPH1, additive constant +17.5mm).
Prism Basic Data:
Model | GMP101 |
Brand | Leica |
Prism Constant | +17.5mm |
Centring Accuracy | 1.0mm |
Range | 2000m(700ft) |
GMP101 set includes:
Leveling Circular bubble
Removable target plate
Spike
Transport Padding bag
Highlights:
The Leica GMP101 offers great positional accuracy and is stored conveniently in the instrument container. The GMP101 has a built-in leveling bubble and supplied with an attachable spike (Leica snap-in mount). With this arrangement a point can be measured with very high precision.
Removable Target Plate
Metal Holder
100% Original Leica brand Prism
Precision circular prism with anti-reflection coating, mounted in metal holder.
Surveying reflector prisms are used by surveyors and engineers to measure the change in position of a target that is assumed to be moving. Survey prisms are used for a wide range of monitoring applications including:
· Rail Monitoring
· Settlement Monitoring
· Displacement Monitoring
· Deformation Monitoring
· Convergence Monitoring
Optical Surveying Reflector Prism Installation
Monitoring prisms should be installed using the following guidelines:
· Attached to a rigid structure that is sufficiently stiff as to not move through a single monitoring cycle
· Located to minimize the effects of temperature and radiant heat on a target
· Installed with clear sight lines back to the total station
· Avoid sight lines that require shooting through a fence or another mesh
· Avoid sight lines shooting just past corners which can cause refraction
· Avoid sight lines that include a source of heat that can cause a heat shimmer