Wuhan Zhongdi Hengda - Universal GNSS Receiver
(1) Product Introduction
The GP30 universal GNSS receiver is a professional high-precision receiver launched by Zhongdi Hengda Technology for the ground displacement monitoring and deformation monitoring application markets. It supports multi-system and multi-frequency signals including BDS, GPS, GLONASS, and dual-frequency RTK algorithms, enabling high-frequency dynamic centimeter-level monitoring as well as high-precision static millimeter-level monitoring. The GP30 integrated receiver features high integration, high precision, and high cost performance. It adopts an integrated built-in GNSS/4G/Wi-Fi antenna, and is equipped with a built-in temperature and humidity sensor and MEMS sensor, supporting combined monitoring of acceleration, inclination, and GNSS. It is a cost-effective professional millimeter-level positioning receiver.
(2) Product Features
1) Supports multi-system and multi-frequency satellite signal systems
2) Supports new signal systems of BeiDou-3 satellites
3) Supports high-quality RTCM3.x raw observation output
4) Supports millimeter-level GNSS solution accuracy
5) Supports RTK algorithm
6) Built-in acceleration + inclination sensor
7) Supports 4G+Wi-Fi communication, and supports extended Lora and NB-IoT communication
8) Supports remote parameter configuration
9) Protection grade IP67
(3) Technical Parameters
Receiving Frequency | Triple-system six-frequency | Sensitivity | Tracking -160dBm |
BDS (B1, B2) + GPS (L1, L2) + GLONASS (L1, L2) | Acquisition -146dBm | ||
Positioning Time | Cold start 30s | Initialization Time | ＜10s |
Hot start 1s | RTK Confidence | ＞99.9% | |
Reacquisition 1s | Speed Measurement Accuracy | 0.05m/s | |
Static Relative Accuracy | Horizontal: ±(2.5mm+1ppm) RMS | Dynamic Relative Accuracy | Horizontal: ±(5mm+1ppm) RMS |
Vertical: ±(5mm+1ppm) RMS | Vertical: ±(10mm+1ppm) RMS | ||
1PPS Accuracy | 20ns | Dynamic Adjustment | Supports dynamic adjustment of monitoring frequency and MEMS sensor trigger function |
Data Update Rate | 1/2/5/10Hz | Built-in temperature and humidity sensor | |
Pseudo-range Observation Accuracy | GPS L1C/A≤20cm, L2C≤40cm | Data Format | NMEA0183, RTCM3.X |
BDS B1I≤20cm, B2I≤20cm | Differential Data | RTCM3.X | |
GLONASS L1≤40cm, L2≤40cm | Network Protocol | TCP/IP, MQTT, Ntrip | |
Carrier Observation Accuracy | GPS L1C/A≤1mm, L2C≤2mm | Functional Interfaces | 2×RS485, 1×RS232 |
BDS B1I≤1mm, B2I≤1mm | 1×SIM, 1×SD | ||
GLONASS L1≤1mm, L2≤1mm | Voltage | 9V～36V DC | |
Communication Method | 4G full Netcom/WiFi/NB-IoT/Lora | Power Consumption | ＜1.7W |
Communication Protocol | Technical Requirements for Geological Disaster Monitoring Communication | ||
* Optional triple-system eight-frequency version
(4) Physical Characteristics
Operating Temperature | -40℃～+85℃ | Dimensions | φ154×72mm |
Storage Temperature | -40℃～+85℃ | Weight | 950g |
Operating Humidity | 95% non-condensing | Waterproof Grade | IP67 |
| Others | |
