Trimble S9 Robotic DR Plus Total Station

Trimble S9 Robotic DR Plus Total Station

The Trimble S9 Robotic DR Plus Total Station is a highly advanced surveying instrument designed for a variety of applications, including construction, engineering, and land surveying. It integrates precise measurement capabilities, advanced robotics, and a high level of automation to improve efficiency and accuracy on the job site. Below are some key features and aspects of the Trimble S9 Total Station:

Features:

1. Long Range and Accuracy:
   • The Trimble S9 offers a long-range measurement capacity, typically up to 5,000 meters with reflector and up to 1,000 meters with non-prism (reflectorless) measurements.
   • High accuracy (sub-millimeter level) with precise angle and distance measurements, making it suitable for demanding applications.
2. Robotic Capabilities:
   • The robotic feature allows for remote control of the instrument via a controller or field computer (e.g., Trimble TSC7), enabling surveyors to operate the station without needing to be physically present at the instrument.
   • The robotic total station can automatically track and follow the surveyor as they move in the field, making it ideal for large-scale, high-efficiency data collection.
3. DR (Distance Measurement) Plus Technology:
   • Trimble DR Plus technology is an advanced reflectorless measuring system that offers fast and accurate distance measurements even in difficult conditions, such as low-light or high ambient light situations.
   • It provides precise measurements even over long distances, improving productivity in the field.
4. Trimble VISION Technology:
   • The Trimble S9 includes the Trimble VISION technology, which integrates a high-resolution camera that allows the user to visually confirm measurement targets. This capability provides visual control and verification during the surveying process, making it easier to document field conditions and reduce errors.
5. AutoTargeting:
   • The AutoTargeting feature enables the total station to automatically lock onto a specific target. This feature is particularly useful when working with moving or multiple targets, reducing the need for manual adjustments and improving workflow efficiency.
6. Enhanced Data Collection:
   • The Trimble S9 is equipped with advanced software features that improve data collection, processing, and analysis. It can be paired with Trimble’s survey software, such as Trimble Access, to streamline data collection and ensure consistency and accuracy in the results.
7. Tough and Durable Design:
   • The instrument is built to handle tough environments and is resistant to dust, rain, and shock, meeting IP66 standards for weather resistance. This makes the S9 suitable for a wide range of field conditions.
8. Advanced Power Options:
   • The S9 Total Station features long-lasting battery life, which is critical for field work. It can operate for extended hours without the need for frequent recharging or battery swaps.
9. Integrated GNSS Support:
   • The system can be integrated with Trimble GNSS receivers for hybrid surveying applications, enabling a combination of GNSS and total station measurements for increased accuracy in complex terrain or large projects.
10. Trimble 4D Control:
    • This feature allows real-time monitoring and data collection, making it useful for projects requiring continuous measurement and data validation.

Common Applications:

• Construction Surveying: For layout and as-built surveys.
• Road and Infrastructure Projects: Large-scale construction where precise measurements and tracking are necessary.
• Mining and Quarrying: For creating accurate models and measurements of sites.
• Land Surveying: Boundary surveys, topographic mapping, and other land measurement tasks.
• Monitoring and Structural Surveys: With the ability to integrate with monitoring systems for tracking shifts or deformations in structures.

Applications:

• Land surveying
• Construction layout
• Infrastructure projects
• Mining and environmental monitoring

General Specifications:

• Type: Robotic Total Station
• Measurement Range: Up to 5,000 meters (with DR mode)
• Angular Accuracy:
  • 1″ (0.3 mgon) for standard models
  • 0.5″ (0.15 mgon) for high-accuracy models
• Distance Measurement Accuracy:
  • 1 mm + 1 ppm (in DR mode)
  • 2 mm + 2 ppm (in standard mode)

Data Management:

• Software Compatibility: Integrates with Trimble field and office software solutions
• Data Storage: Internal memory for data logging, with options for external data transfer

Physical Specifications:

• Weight: Approximately 6 to 8 kg (varies by configuration)
• Dimensions: Compact design for easy transport
• Environmental Rating: IP54 (dust and water resistance)

Optional Accessories:

• Prisms: Various types for different applications
• Robotic Controllers: Handheld devices for operation and data collection
• Tripods and Cases: Custom-designed for ease of transport and setup

Benefit:

1. Increased Productivity

• Robotic Control: The ability to remotely control the total station using a field computer or tablet (like the Trimble TSC7) means you don’t have to constantly move between the instrument and the target. This improves efficiency, especially on large or complex sites.
• AutoTargeting: The total station can automatically track the surveyor, reducing time spent adjusting and re-aiming the instrument. This is particularly useful for one-person operation, allowing surveyors to focus on data collection rather than manual instrument adjustments.

2. Enhanced Accuracy and Precision

• Reflectorless Measurements: With Trimble’s DR Plus technology, the S9 offers accurate measurements even without a prism, which is a huge time-saver when working in open or congested environments where placing a prism is challenging.
• Sub-millimeter Accuracy: The instrument’s precise angle and distance measurements ensure high accuracy, even for the most demanding applications, reducing the likelihood of errors and the need for rework.

3. Improved Workflow and Field Data Integration

• Trimble Access Software: The Trimble S9 integrates seamlessly with Trimble Access and other survey software, making it easier to collect, process, and analyze data in real time. The software provides intuitive tools for stakeout, data visualization, and reporting, improving the quality of results.
• Vision Technology: The camera feature allows users to visually verify measurement targets and document site conditions, improving data quality and reducing the potential for errors or miscommunication in the field.

4. High Durability and Rugged Design

• Weather Resistance: The Trimble S9 meets IP66 standards for dust and water resistance, ensuring reliable performance even in harsh weather conditions such as rain, dust, or extreme temperatures. This makes the S9 ideal for use in a wide range of field conditions.
• Long Battery Life: The S9 is equipped with a long-lasting battery, which means fewer interruptions for recharging. It can handle long workdays, making it more reliable and efficient for extended fieldwork.

5. Remote Control and One-Person Operation

• Reduced Crew Size: The robotic feature enables surveyors to operate the instrument from a distance, meaning fewer personnel are needed to operate the total station. This reduces labor costs and enhances job site safety by minimizing the number of people on-site.
• Increased Flexibility: The ability to control the instrument remotely means surveyors have greater flexibility in navigating the job site, especially in challenging or large-scale environments.

6. Versatility Across Applications

• Adaptable to Various Surveying Needs: The S9 is ideal for a wide range of applications, including construction layout, land surveying, road and infrastructure projects, and monitoring. Its flexibility makes it useful for both small and large-scale projects.
• Hybrid Surveying: The integration with GNSS (Global Navigation Satellite System) allows for hybrid surveying, combining GNSS and total station data. This increases accuracy and coverage, especially in complex terrains where one method alone may not be sufficient.

7. Cost Savings

• Reduced Rework and Errors: The combination of precise measurements, robotic automation, and integration with Trimble software helps reduce the chances of mistakes, which can be costly to fix. By improving accuracy and data verification in the field, the Trimble S9 helps avoid costly delays and errors.
• One-Person Operation: With robotic control and AutoTargeting, a single surveyor can complete tasks that would typically require more personnel, saving on labor costs while maintaining productivity.

8. Real-Time Data Monitoring and Management

• Trimble 4D Control: The integration with Trimble’s monitoring systems allows for real-time tracking of measurements, providing valuable data for applications like structural health monitoring or deformation monitoring. This is essential for projects that require continuous measurement and data validation.

9. Reduced Setup Time

• Quick Setup and Calibration: The Trimble S9’s automation and advanced technology reduce the time spent on instrument setup, alignment, and calibration. This leads to faster project timelines and improved overall efficiency.