The integral method is used to measure the principle. Pit interference ability is strong
High quality gyro theodolite is integrated fuselage design (battery built-in), compact structure, stable performance
It has the functions of low lock, automatic zero observation, automatic north seeking, automatic limiting, wide temperature compensation and so on
Stepwise iterative limiter is used to provide the north seeking accuracy of datum level orientation and reduce the north seeking time
The DC permanent magnet gyro motor is used to reduce the temperature rise of the sensitive part of the gyroscope, and the stability of the equipment is good.
The application of the gyroscope fast braking technique to prolong the service life of the gyro motor without waiting for the sustainable operation
It has the auxiliary function of deflection body, calibration instrument and alignment.
Application
Tunnel penetration measurement
Subway engineering survey
Mine through surveying
College survey teaching
Radar precision orientation
Setting up the azimuth datum
Navigation equipment calibration
Missile testing field
Specification
Orienteering accuracy
≤5"（1σ）
North seeking principle
Integral formula
North seeking time
≤12min
Working mode
One-click automatic.
Physical characteristics
Volume (no theodolite)
≤Φ230mm×h450mm
Weight (excluding theodolite)
≤15kg
Use of the environment
Ambient temperature
-20~+50℃
Relative humidity
5%-98%
Storage environment
Ambient temperature
-40~+60℃
Relative humidity
5%-98%
FAQ:
1. What is your quotation condition?
If you have DHL or Fedex account ,we can quote EXW price ,otherwise CIF or FOB price.
2.Do you have any discount when procurement?
We will quote sample price at first and we will quote volume price if you need more quantity.
3.How long is the delivery time?
For sensors,parts,modules : in stock-one week;no stock-2-4weeks; For systems,generally ,8-12 weeks.
4.How to deal with the quality problems?
If confirmation of product quality problem we can replace it freely for customer in the shortest period.
