Surveying Instrument Gyroscope Station GTA1310+ Automatic Gyro
Total Station
Model: GTA1310+
Overview:
The GTA1310R+ Gyro Total Station technology closely integrates a
gyroscope(GTA1010+) with a RTS352 total station, which can
determine the true north direction by ±10" accuracy within 20
minutes of observation. GTA1310R+ realizes the orientation through
the perfect communication between onboard software and gyroscope.
With ingenious algorithm of software and without any manual
calculating , recording and timing , GTA1310R+ can easily, quickly,
efficiently, precisely and automatically find the true north
direction, which eliminates the unnecessary labor and uncertainty
of manual observation. The GTA1310R+ is ideal for working in any
hard conditions. It can improve efficiency, shorten construction
time, improve accuracy, and bring great benefits to the user.
Applications:
Tunnel Orientation
Metro Construction
Underground Orientation
Navigation Equipment Detection
Highlights:
- High accuracy of azimuth determination:≤±10"
- Automatical azimuth determination, easy operation
- High precision, more stable and faster measurements, just 20minutes
to get azimuth angle
- GTA1310R+ incorporates a gyroscope unit(GTA1010+) on a RTS352
Windows CE total station,onboard gyro calculation program and
professional survey software are included; After measuring azimuth
angle, it can work as well as regular total station for all survey
projects
- It can work anytime under any hard conditions, like undersea tunnel
orientation,subway construction,mine underground
orientation,navigation device detection
- Self testing for measuring data can ensure reliable result
- It is characterized by its compactness and portability
Specifications
| GTA1310+ Automatic Gyro Total Station |
| Brand | FOIF |
| Model | GTA1310+ |
| Total Station Model | RTS352 |
| Accuracy of Azimuth Determination | ≤ ±10″ |
| Running Time | ≤ 4min |
| Operating area | Up to latitude 75° |
| Weight | Gyroscope 3.2Kg; Power Box 9.1Kg |
| Angular Measurement |
| Measuring Method | Absolute Encoder |
| Detecting Method | Four-probe |
| Display Resolution | 0.5"/1"/0.1" |
| Distance Measurement |
| Accuracy (prism in standard mode) | 2mm＋2ppm |
| Telescope |
| Magnification | 30X |
| Image | Erect |
| Resolution | 3” |
| Field of View | 1°30’ |
| Shortest Focus Distance | 1.0m |
| Objective Aperture | Φ45mm |
| General |
| Display and Keyboard | 3.5-inch TFT LCD; 320*240 Touch Screen |
| Compensator | Type: Dual-axis Range: ±3′ |
| Level Vial | Plate level:30″/2mm Circular level:8′/2mm |
| Laser Plummet | Type:635nm semiconductor laser Accuracy:±1mm/1.5m Spot:≤2.5mm/0.5~2m |
| ATR | Working range:5～1000m Positioning accuracy:±1.5mm(≤200m); ±1.5 " (>200m) Positioning time(in the field of view of telescope):3-4S |
| Endless Drive | 1 horizontal, 1 vertical |
| Output Voltage of Inverter | 36V, three-phase AC |
| Power | Battery:3400mAh Li-ion; 7.4V DC Operating Time: 8 hours Charger: Input voltage: 110-220V,AC Charging Time: ≤12h |
| Software System | OS: Windows CE 7.0 |
| Data Interfaces/Communication | RS-232C/USB host,/Bluetooth(optional)/USB slave |
| Dustproof and waterproof grade | IP54 |
| Working Temperature | -20℃ ～+50℃ |
| Storage Temperature | -40℃ ～+60℃ |
What is the purpose of a Gyroscope?
A gyroscope, though a machine with plenty of moving parts, is actually a
sensor. Its purpose is to keep the motion of a rotating part in the center of the gyroscope steady in the face of shifts in the forces imposed by the gyroscope's external environment.
How does a gyroscope work?
A gyroscope is a device that uses Earth's gravity to help determine orientation. Its design consists of a
freelyrotating disk called a rotor, mounted onto a spinning axis in
the center of a larger and more stable wheel.
How is gyroscope and accelerometer used together?
A gyroscope and accelerometer are used together to create a more accurate measurement of overall movement and location
through space by providing constant, cross-referenced measurements of spatial
placement and acceleration.
What is the difference between a gyroscope and a gimbal?
In fact, the gimbal is an integral part of the gyroscope. Without
the use of the gimbal, the gyroscope would be much less effective.
The best way to understand the difference between a gimbal and a
gyroscope is to define the nature and structure of both devices. Essentially, a gimbal is some type or base or ring that is
mounted on an axis.
