SANLAB's SPositioner400, with its advanced 2DOF PPP (Precise Point Positioning) System, offers unparalleled accuracy for applications like satellite scanning and radar testing. User-friendly controls and robust hardware ensure reliable performance in demanding environments. Embrace precision and efficiency for high-precision positioning tasks.
PPP Precise Point Positioning System is a high-precision navigation and positioning technology used to achieve centimeter-level accuracy in various applications. Unlike traditional GNSS (Global Navigation Satellite System) methods that rely on differential techniques and base stations, PPP solution utilizes precise satellite orbit and clock data to provide accurate positioning anywhere on the globe. This system corrects errors caused by the atmosphere, satellite orbit errors, and other factors. It is ideal for applications needing high precision, like satellite scanning, radar testing, and prototype testing. SANLAB’s SPositioner400 platform benefits from adding a PPP solution. This upgrade enhances its positioning. It ensures precise and reliable performance in hard tasks.
SANLAB's SPositioner400 is a highly advanced 2-degree-of-freedom positioning platform, meticulously engineered to deliver unparalleled precision and accuracy. This sophisticated system leverages cutting-edge GNSS (Global Navigation Satellite System) technology to achieve extreme accuracy, making it an invaluable tool for a wide range of high-precision applications. Whether you're involved in satellite scanning, radar performance testing, or prototype evaluations, the SPositioner400 is designed to meet and exceed the most demanding requirements. Below, you will find the detailed technical specifications of the PPP Precise Point Positioning System, highlighting its exceptional performance features, software capabilities, and robust hardware components.
Horizontal and Vertical Movement Capabilities: Platform's versatile design enables precise positioning across extensive areas with a wide horizontal movement range from -200° to +200°. It also offers flexibility in navigating various elevations and terrains, featuring a vertical movement range of -90° to +90°.
Maximum Speed : Capable of achieving a speed of 10°/s for each axis, it responds swiftly to dynamic scenarios, ensuring efficient adjustments.
Accuracy : Boasting an impressive accuracy of 0.05°, the PPP Precise Point Positioning System ensures meticulous precision in positioning tasks.
Payload Capacity : The platform can handle substantial payloads up to 400 kg, making it suitable for heavy-duty applications.
IP Protection Class : Rated at IP65, it is well-protected against dust and water, ensuring reliable operation in harsh environments.
Operating Temperature Range : The system operates efficiently in a wide temperature range from -20°C to +50°C, ensuring performance in various climates.
Storage Temperature Range : It can be stored safely in temperatures ranging from -40°C to +60°C, ensuring durability and longevity.
Real-time Hardware Control : Ensures precise and immediate response to control inputs, maintaining high accuracy.
UDP-based PC Communication : Utilizes UDP-based communication for reliable and fast data transfer between the PC and the platform.
7” WSVGA TFT Color Industrial : Touchscreen Features a robust and responsive touchscreen for easy interaction and control.
Built-in Emergency Stop and Enable Buttons : Includes essential safety features such as emergency stop and enable buttons to ensure safe operation.
Independent Axis Adjustment : Each axis can be adjusted independently to the desired angle, providing maximum flexibility.
Variable Speed Operation : The axes can operate at different speeds, allowing for tailored adjustments to meet specific needs.
Scanning Capability : Capable of scanning between two desired angles, the PPP Precise Point Positioning System offers enhanced precision in monitoring and surveying tasks.
Individual Axis Speed Control : Each axis can be controlled at varying speeds, ensuring precise and adaptable movement.
These specs show that SANLAB’s SPositioner400 is great at precise point positioning. It's ideal for things like satellite scanning, radar testing, and prototype evaluations.
User-friendly GUI : The platform is equipped with an intuitive graphical user interface, simplifying operation and control.
Dynamic Library (API) Integration : The PPP Precise Point Positioning System offers seamless integration with the main system through a dynamic library (API), enhancing versatility and functionality.
Powerful Control Software : The included control software is designed for ease of use, providing powerful features for managing the platform’s operations
SANLAB’s SPositioner400, featuring a sophisticated 2 degrees of freedom (DOF) PPP Precise Point Positioning System, offers unparalleled capabilities powered by advanced GNSS (Global Navigation Satellite System) technology. This high-precision platform is meticulously engineered to handle substantial payloads and deliver exceptional accuracy and control across a variety of demanding applications. Whether used in satellite scanning, radar testing, or prototype evaluations, the SPositioner400 is designed to meet the rigorous requirements of modern positioning tasks. Here are the key abilities of the 2DOF PPP Precise Point Positioning System:
Handling Substantial Payloads: Capable of supporting payloads up to 400 kg, ensuring reliable deployment of mission-critical equipment.
Degrees of Freedom (Azimuth, Elevation): Provides complete control over azimuth and elevation angles, allowing for precise positioning and flexibility.
Impressive Speed: Achieves a maximum speed of 10°/s for each axis, facilitating swift and efficient adjustments.
Unprecedented GNSS Accuracy: Delivers remarkable precision of 0.05°, leveraging GNSS system for delicate and accurate positioning
Protection Option: Equipped with an IP65 protection class, safeguarding equipment against dust and water ingress in demanding conditions.
SANLAB’s SPositioner400 has an advanced 2DOF PPP Precise Point Positioning System. It redefines accuracy and control, making it essential for applications like satellite scanning, radar testing, and prototype evaluations.
SANLAB’s SPositioner400 is equipped with a sophisticated 2 degrees of freedom (DOF) positioning system, utilizing advanced GNSS navigation technology. This high-performance device is meticulously engineered to provide exceptional precision and control across a wide array of applications. Here are some key applications of this innovative PPP Precise Point Positioning System:
Satellite Scanning:
PPP Precise Point Positioning System's high accuracy and wide range of movement make it ideal for satellite scanning tasks. It ensures precise positioning and alignment of satellite dishes and antennas, optimizing signal reception and transmission.
Radar Performance Testing:
SANLAB’s SPositioner400 is perfect for testing and calibrating radar systems. Its ability to handle substantial payloads and provide precise angular adjustments allows for thorough and accurate performance evaluations.
GPS System:
PPP Precise Point Positioning System integrates seamlessly with GPS technology, enhancing global positioning accuracy. Utilizing precise satellite orbit and clock data, it ensures centimeter-level precision in applications like geospatial mapping, precision agriculture, and emergency response. SANLAB’s SPositioner400 leverages these GPS capabilities to deliver reliable performance in diverse environments, making it ideal for critical positioning tasks worldwide.
Prototype Testing:
Engineers and researchers can utilize the platform for prototype testing. Its precise control and adaptability enable comprehensive testing of new designs and technologies, ensuring they meet stringent performance criteria.
Antenna Positioning:
The platform's GNSS-powered accuracy and control make it suitable for positioning various types of antennas. PPP Precise Point Positioning System ensures optimal alignment and orientation, critical for effective communication and data transmission.
Geodetic Applications:
SANLAB’s SPositioner400 is valuable in geodetic surveys, where high precision is essential. Its capability to perform accurate angular measurements enhances the quality and reliability of geospatial data collection.
Environmental Monitoring:
The platform can be used in environmental monitoring systems, where precise positioning of sensors and instruments is required. The PPP Precise Point Positioning System supports the accurate collection of environmental data, contributing to effective monitoring and analysis.
Autonomous Vehicle Testing:
In the development and testing of autonomous vehicles, the platform provides precise control and positioning of sensors and cameras. This ensures accurate data collection and system calibration.
Research and Development:
Researchers can leverage the platform's high precision and control for various R&D projects. The PPP Precise Point Positioning System is versatile. It has advanced features. They support a wide range of scientific and engineering studies.
SANLAB’s SPositioner400 has an advanced 2DOF PPP Precise Point Positioning System. It ensures great performance in diverse applications. This makes it a vital tool for achieving unmatched accuracy and control.
SANLAB’s SPositioner400 offers several distinct advantages with its advanced 2 degrees of freedom (DOF) PPP Precise Point Positioning System, enhanced by Global Navigation Satellite System technology. Here are the key benefits:
Exceptional Precision:
Achieves an accuracy of 0.05°, ensuring precise positioning crucial for demanding applications like satellite scanning and radar testing.
Versatile Control:
Provides independent adjustment of azimuth and elevation angles, allowing for tailored positioning in diverse operational scenarios.
High Payload Capacity:
Supports payloads up to 400 kg, enabling the deployment of heavy and complex equipment with confidence.
Fast and Responsive:
Operates at speeds up to 10°/s per axis, facilitating rapid adjustments and enhancing operational efficiency.
Robust and Reliable:
Built with IP65 protection against dust and water ingress, ensuring durability and performance in challenging environments.
User-Friendly Interface:
Features an intuitive GUI and dynamic library integration, simplifying operation and enhancing usability.
Broad Applications:
Ideal for satellite scanning, radar performance testing, prototype evaluations, and other precision-critical tasks across various industries.
SANLAB’s SPositioner400 has advanced capabilities. They make it a vital tool for achieving great accuracy and control in critical positioning applications. It has the PPP Precise Point Positioning System.
SANLAB’s SPositioner400 stands at the forefront of advanced positioning technology, offering unparalleled precision with its 2 degrees of freedom PPP (Precise Point Positioning) System, enhanced by GNSS. Embracing this cutting-edge technology is crucial for optimizing your operational capabilities.
Cutting-Edge Precision:
Redefines accuracy standards with its 0.05° precision, ensuring exacting control in satellite scanning, radar testing, and more.
Adaptive Flexibility:
Enables independent control of azimuth and elevation angles, adapting seamlessly to varied operational needs and environmental conditions.
Robust Performance:
Withstands rigorous demands, supporting payloads up to 400 kg and operating reliably in diverse climates with IP65 protection.
Speed and Efficiency:
Operates at speeds up to 10°/s per axis, facilitating swift adjustments and optimizing workflow efficiency.
Future-Ready Technology:
Integrates GNSS advancements for continuous enhancement, promising sustained innovation and compatibility with evolving industry requirements.
Versatile Applications:
Ideal for a wide range of applications including satellite communication, geodetic surveys, autonomous vehicle testing, and environmental monitoring.
By embracing SANLAB’s SPositioner400, you get a future-proof solution. It boosts precision, efficiency, and reliability. It is for critical positioning tasks. It has the PPP Precise Point Positioning System.
