Product Description
We are counted among the prominent organizations engaged in providing the customers with excellently designed Digital Theodolites. Fabricated using modern machinery & advanced techniques, our range comprises electro-optical distance gauzing devices for improved accuracy. Widely acknowledged for using absolute encoder's latest algorithm for facilitating easy inspection & gauzing of 3D vectors, the range is available in diverse infrared versions.
Major attributes of the range are:
- High operational accuracy
- Robust construction
- Excellent performance
- Smooth & easy operation
Advanced Display and Precision ReadingsEquipped with double-sided LCD screens, this digital theodolite ensures highly visible and accurate readings for both horizontal and vertical circles. Its direct digital display minimizes error and aids in fast, reliable data collection, making it perfect for professional laboratory measurement tasks.
Robust Build and AdaptabilityManufactured from sturdy metal and featuring IP54 protection against dust and water, this theodolite is designed for resilient performance across diverse settings. Its operating temperature range of -20C to +50C makes it capable of functioning in a wide variety of environments without compromising precision.
Flexible Power and Extended UsabilityThe device runs on both rechargeable batteries and alkaline options, providing flexibility in power sources. With approximately 10 hours of continuous use, it supports extended projects, reducing downtime and optimizing productivity in laboratories or field operations.
FAQ's of Digital Theodolites:
Q: How is data transferred from the digital theodolite?
A: Data from the digital theodolite can be conveniently transferred using the integrated RS232C data output interface, which is compatible with a wide range of laboratory and survey equipment for seamless information sharing.
Q: What type of environments can this theodolite operate in?
A: With an operating temperature range between -20C and +50C and IP54-rated dust and water resistance, the theodolite is suitable for both controlled laboratory settings and demanding outdoor environments.
Q: When should I choose to use rechargeable batteries over alkaline batteries?
A: Rechargeable batteries are ideal for frequent or extended use, reducing operational costs and waste. Alkaline batteries offer a convenient backup when recharging is impractical or power sources are limited.
Q: Where is this digital theodolite primarily applied?
A: This instrument is designed mainly for laboratory applications but is robust enough for use in field surveys, construction, and other technical environments demanding precision angle measurement.
Q: What is the process for setting up the theodolite before use?
A: Setup involves attaching the detachable tribrach to your survey tripod, aligning the optical plummet for accurate centering, powering the device with either battery option, and initializing the double-sided LCD display for measurement tasks.
Q: How does the double-sided LCD display benefit users during operation?
A: Double-sided LCD panels provide instant, clear readings of both horizontal and vertical measurements from either side of the instrument, enhancing workflow efficiency and reducing the likelihood of misreading data.
Q: What are the main advantages of the manual operating method?
A: Manual operation allows for precise control during measurements, ensuring accuracy for specialized laboratory tasks and complex surveying projects.