GNSS Receiver
1.Technical Specifications
|
Item |
Description |
|
Standard power supply |
GPS:L1C/A, L1C, L1P, L2C, L2P, L5 |
|
BDS:B1I , B2I , B3I , B1C, B2a,B2b,ACEBOC |
|
|
GLONASS:G1,G2,G3 |
|
|
Galileo:E1, E5a, E5b,ALTBOC, E6 |
|
|
Qzss: L1C/A, L1C, L2C, L5, LEX |
|
|
Static Monitoring Accuracy |
Planar Accuracy: ± (2.5mm+0.5* 10 - 6D) RMS; Vertical Accuracy: ± (5mm+0.5* 10 - 6D)RMS |
|
RTK Positioning Accuracy |
Planar Accuracy: 土8mm + 1ppm(RMS); Vertical Accuracy:±15mm + 1ppm(RMS) |
|
Differential Data Format |
RTCM 3.2 |
|
Antenna |
Integrated design with built-in survey-grade antenna |
|
Storage Capacity |
Built-in 32 GB onboard storage, expandable up to 512 GB |
|
Wireless Communication |
Supports 4G, Wi-Fi, Bluetooth, LoRa/NB-IoT |
|
Wired Communication |
Supports RS485、RJ45 |
|
Remote Control |
Supports remote configuration, diagnostics, and location tracking |
|
Battery Capacity |
Built-in 10,200 mAh lithium battery, supports continuous operation for over 24 hours |
|
Voltage Input |
9–15 V Input |
|
Solution Method |
Supports on-board receiver processing, server-side processing, and real-time RTK processing |
|
Protection Rating |
IP68 |
2.Product Features
High-Precision Positioning Performance
The GNSS Receiver integrates advanced positioning algorithms and multi-frequency GNSS technology to provide centimeter-level positioning accuracy, meeting the requirements of high-precision surveying and monitoring applications.
Multi-Constellation & Multi-Frequency Support
Supports global satellite navigation systems including GPS, GLONASS, Galileo, BeiDou, and QZSS, ensuring reliable positioning performance even in complex environments with limited satellite visibility.
Advanced Anti-Interference Capability
Equipped with intelligent signal processing technology and multi-path mitigation algorithms, the receiver maintains stable positioning performance in challenging environments such as urban areas, mountains, and coastal regions.
Fast & Reliable RTK Positioning
Supports RTK correction technology for rapid convergence and high-accuracy positioning, improving field operation efficiency and reducing measurement time.
Robust Design for Outdoor Applications
Designed for harsh outdoor environments with excellent resistance to dust, water, vibration, and temperature variations, ensuring reliable long-term operation.
Flexible Communication & System Integration
Supports multiple communication interfaces and wireless transmission methods, enabling seamless integration with surveying equipment, monitoring systems, and intelligent platforms.
3.Product Uses
- Provide high-precision positioning and navigation services.
- Support RTK surveying and engineering measurement tasks.
- Collect accurate geographic coordinates for monitoring stations and field equipment.
- Provide positioning data for deformation monitoring and infrastructure safety assessment.
- Enable real-time location tracking and remote data management.
- Support automatic data acquisition for intelligent monitoring systems.
4.Product Applications
Surveying & Mapping
Used for topographic surveys, engineering surveys, cadastral mapping, and geographic information data collection with high positioning accuracy.
Hydrological & Environmental Monitoring
Provides precise positioning information for hydrological stations, monitoring buoys, weather stations, and field observation equipment.
Deformation & Structural Safety Monitoring
Applied in dam monitoring, slope monitoring, bridge monitoring, and other infrastructure projects to detect displacement and deformation changes.
Marine & Offshore Applications
Used for offshore surveying, marine observation platforms, unmanned vessels, and navigation systems requiring reliable positioning.
Precision Agriculture
Supports agricultural machinery navigation, field mapping, and intelligent farming operations to improve agricultural management efficiency.
Scientific Research & Field Observation
Provides accurate spatial reference data for geological surveys, environmental studies, and long-term scientific monitoring projects.
