- Theodolite Surveying Lab Manuals
- Theodolite Surveying Pdf
- Theodolite Instructions
- Theodolite Surveying Lab Manual Download
FUNDAMENTALS OF SURVEYING LABORATORY MANUAL 1 I Page GUIDELINES IN BORROWING SURVEYING INSTRUMENTS: 1. Groups should fill out the Surveying laboratory borrower’s slip. It shall be accompanied by one ID’s of the performing groups. Check all instruments before leaving the laboratory. Manual Of Civil Surveying Lab Practical Manual Of Civil Surveying Lab Getting the books practical manual of civil surveying lab now is not type of challenging means. You could not unaided going with ebook buildup or library or borrowing from your contacts to contact them. This is an agreed easy means to specifically get lead by on-line. SURVEYING LAB II LABORATORY – SYLLABUS Exp. Name of Experiments 1. Introduction to Advanced Surveying Laboratory 2. Study of Theodolite in detail-practice for measurement of horizontal and vertical angles 3. Measurement of horizontal angles by method of Repetition and Reiteration 4. Trigonometric leveling-heights and distance problem 5. View Lab Report - Lab Manual from CIVIL ENGN 0401556 at University of Sharjah. Field Exercises in Surveying Eng. Hussein Ousman University of Sharjah College of Engineering Field Exercises in.
FEATURES & BENEFITS
- Four models to choose from: NE-100/101/102/103
- Accurate, affordable, easy to use
- Ergonomic keypad
- One-touch function keys
- Large, backlit LCD display
- NE-100/101 models are water-resistant
- NE-102/103 models are waterproof
- 5″, 7″ and 10″ accuracies available
OVERVIEW
Designed for general construction and survey applications, Nikon NE-100 Series electronic digital theodolites give you accurate measurements in an affordable, easy-to-use platform. Each of the four models has an ergonomic keypad with one-touch keys for all functions, and a large backlit LCD display helps you work productively in the field.
You can instantly convert vertical angles to percent of grade, reset the horizontal angle to zero and lock the horizontal angle displayed on the LCD while you reposition or repeat a measurement. Angle accuracies differ between the models. The NE-100 offers 10″ angle accuracy, while the NE-101 offers 7″. Both the NE-102 and 103 models offer 5″ angle accuracy with the NE-103 featuring vertical axis compensation NE-102 and NE-103 also have a rear display and keypad.
NE-100 series theodolites feature five easy-to-use, one-touch keys: four to perform all common functions and a fifth to control the backlit LCD display and reticle illumination. NE-100 Series theodolites feature a built-in reticle illuminator and backlit LCD display that allow you to work inside buildings as well as in tunnels, mines and other environments with little or no light. These features also come in handy during low light conditions outdoors, such as near dawn or dusk.
Theodolite Surveying Lab Manuals
Unlike other instruments that require specialized batteries, NE-100 Series theodolites use six standard AA batteries. What’s more, those batteries can power all models for about 48 hours. A three-level bar graph on the LCD screen displays remaining battery power.
With the Nikon NE-100 Series theodolite models, you can count on reliable performance in tough conditions. The NE-100/101 models have an IP54 rating, meaning water can splash on them from any direction with no harmful effects. Nikon NE-102/103 models have a higher rating of IP56 which means they’re waterproof and dustproof.
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Theodolite ET-Series
Theodolite Surveying Pdf
Absolute Encoding
Dual Sides
Large Display
Theodolite Instructions
Specifications
Theodolite Surveying Lab Manual Download
ET-05/ET-05L | ||||||||
Angle Measurement | ||||||||
Measuring method | Absolute code | |||||||
Raster diameter | 79mm | |||||||
Min display unit | 1″/ 5″Selectable | 10' | ||||||
Accuracy | 2″ | 5″ | ||||||
Horizontal angle | Dual | Dual | ||||||
Vertical angle | Dual | Dual | ||||||
Telescope | ||||||||
Image | Erect | |||||||
Tube length | 157mm | |||||||
Effective aperture | 45mm (EDM:50mm) | |||||||
Magnification | 30× | |||||||
Field of view | 1°30′ | |||||||
Minimum Focusing Distance | 1.4m | |||||||
Resolving Power | 3″ | |||||||
Stadia ratio | ||||||||
Stadia constant | 0 | |||||||
Auto Compensator | ||||||||
System | Liquid-electric detection | Plate Vial | ||||||
Work range | ±3′ | |||||||
Resolving power | 1″ | |||||||
Vial | ||||||||
Plate vial | 30″/2mm | |||||||
Circular vial | 10′/2mm | |||||||
Optical Plummet | ||||||||
Image | Erect | |||||||
Magnification | 3× | |||||||
Focusing range | 0.5m~∞ | |||||||
Field of view | 5° | |||||||
Display | ||||||||
Type | LCD display 2sides | |||||||
Laser Pointer | ||||||||
Laser Range | be seen up to 100 meters away | |||||||
On-board Battery | ||||||||
Power supply | Rechargeable Ni-H battery/AA Battery | |||||||
Voltage | DC 6V | |||||||
Continuous operation time | 10hours | |||||||
Size & weight | ||||||||
Dimension | L145*H318*W179 | |||||||
Weight | 5.2㎏ |