1. Introducción
The HI TARGET V300 is a high-precision, dual-frequency GNSS RTK surveying instrument designed for professional surveying applications. It supports multiple satellite systems including BDS, GPS, GLONASS, GALILEO, QZSS, and SBAS, providing reliable and accurate positioning data. This manual will guide you through the proper setup, operation, and maintenance of your V300 instrument to ensure optimal performance and longevity.
2. Contenido del paquete
Please verify that all items listed below are included in your package. If any items are missing or damaged, please contact your supplier immediately.
Video: Unboxing the HI TARGET V300 GNSS RTK System
- HI TARGET V300 Rover Unit (x1)
- HI TARGET V300 Base Unit (x1)
- Controlador (x1)
- Recharger (x1)
- Cable USB (x2)
- Soporte (x1)
- UHF Antenna (x1)
- Hard Carrying Case (x1)
- Soft Carrying Case (x1)
- Cinta métrica (x1)
- Small Metal Plate (x1)
- Poles/Rods (various)
- Power Cables (various)
- Guía de inicio rápido/Documentación
Image: Complete HI TARGET V300 GNSS RTK kit with all components laid out.
3. Especificaciones
Image: Product Parameters banner.
| Categoría | Característica | Especificación |
|---|---|---|
| Configuración GNSS | Canal | 1408 |
| BDS | B1I, B2I, B3I, B1C, B2a, B2b | |
| GPS | L1C/A, L1C, L2P(Y), L2C, L5 | |
| GLONASS | L1, L2 | |
| GALILEO | E1, E5a, E5b, E6* | |
| QZSS | L1, L2, L5, L6* | |
| IRNSS | L5 * | |
| SBAS | Nivel 1, Nivel 2, Nivel 5 | |
| Banda L | * | |
| Formato de salida | ASCII: NMEA-0183, Binary code | |
| Positioning output frequency | 1 Hz ~ 20 Hz | |
| Formato de datos estáticos | Datos estáticos de formato dual GNS y Rinex | |
| Difference scheme | RTCM2.X, RTCM3.X | |
| Modo de red | VRS, FKP; Supports the NTRIP protocol | |
| Configuración del sistema | Sistema operativo | Sistema operativo Linux |
| Almacenamiento de datos | ROM incorporada de 16 GB, compatible con almacenamiento de ciclo automático de datos estáticos | |
| Accuracy and Reliability | RTK positioning accuracy (Plane) | ±(8+1×10-6D)mm (D is the distance between measured points) |
| RTK positioning accuracy (Height) | ±(15+1×10-6D)mm (D is the distance between measured points) | |
| Static positioning accuracy (Plane) | ±(2.5+0.5×10-6D)mm (D is the distance between measured points) | |
| Static positioning accuracy (Height) | ±(5+0.5×10-6D)mm (D is the distance between measured points) | |
| Difference accuracy of satellite station | Plane accuracy: 10cm; Height accuracy: 20cm | |
| DGPS positioning accuracy | Plane accuracy: ±0.25m+1ppm; Elevation accuracy: ±0.50m+1ppm | |
| SBAS positioning accuracy | 0.5 m | |
| Inclination measurement accuracy | 8mm+0.7mm/°tilt | |
| Image lofting accuracy | 1 centímetros | |
| Tiempo de inicialización | <10 segundos | |
| Inicialización confiable | >99.99% | |
| Continuación del punto de interrupción | RTK measurements are still available during differential signal outages | |
| Cámara | Función | Cámara profesional de visión nocturna estelar HD, de gran tamaño. viewing Angle, support real scene lofting |
| Unidad de comunicación | Puerto de E/S | Puerto USB tipo C, puerto SMA |
| Cellular mobility (eSIM) | Support host and manual double eSIM, double network double standby, including 3 years of traffic, boot is high precision | |
| Built-in 4G network communication | TDD-LTE, FDD-LTE, WCDMA, TD-SCDMA, EDGE, GPRS, GSM | |
| Comunicación wifi | 802.11a /b/g/n access point and client mode to provide WiFi hotspot services | |
| Comunicación Bluetooth | Bluetooth® 2.4 GHz, BT5.2 | |
| Built-in full protocol radio | Transceiver integration: base station transmission and mobile station reception | |
| Fuerza | 0.5 W/1 W/2 W ajustable | |
| Banda de frecuencia | De 410 MHz a 470 MHz | |
| Protocolo | HI-TARGET, TRIMTALK450S, TRIMMARKⅢ, TRANSEOT, SOUTH, CHC, SATEL | |
| Número de canales | 116 (16 of which are configurable) | |
| Sensor | Electronic bubbles | Intelligent alignment |
| Medición de inclinación | Built-in a new generation of high-precision inertial navigation, automatic startup initialization, automatic attitude compensation | |
| Interfaz de usuario | Botón | Botón único |
| LED prompt light | Satellite light, signal light, power light | |
| Aplicación funcional | Funciones avanzadas | Enlace flash NFC, WebInteracción de la interfaz de usuario, actualización del firmware de la unidad flash USB |
| Intelligent application | Voz inteligente, función de autoprueba | |
| Servicio remoto | Envío de mensajes, actualización en línea, control remoto | |
| Servicios en la nube | Management, location services, collaborative work, data analytics | |
| Características físicas | Batería anfitriona | High capacity lithium battery 6800mAh, working time is better than 16 hours |
| Fuente de alimentación externa | Carga USB de 15 W | |
| Tamaño | Φ130 mm × 68 mm | |
| Características ambientales | A prueba de polvo e impermeable | IP68 |
| Anti-caída | Resist the natural fall of 2 meters high measuring pole | |
| Humedad relativa | 100% sin condensación | |
| Temperatura de funcionamiento | -45℃~+75℃ | |
| Temperatura de almacenamiento | -55℃~+85℃ |
4. Guía de configuración
4.1 Carga inicial
Before first use, ensure all battery units (Rover, Base, Controller) are fully charged. Connect the provided recharger and USB cables to the respective devices and a power source. The LED indicator on the devices will show charging status.
4.2 Assembling the Rover/Base Units
- Attach the UHF antenna to the designated port on the Rover/Base unit.
- Mount the Rover/Base unit onto a surveying pole or tripod, ensuring it is stable and level.
- For the controller, attach it to the bracket and secure it to the surveying pole for easy access during operation.
4.3 Encendido y conectividad
- Press and hold the power button on the Rover/Base unit until the LED indicators illuminate.
- Encienda el controlador.
- Establish communication between the controller and the Rover/Base unit via Bluetooth. Refer to the controller's specific manual for detailed pairing instructions.
- Ensure the Rover/Base units have a clear view del cielo para una recepción óptima de la señal del satélite.
4.4 Instalación y configuración del software
The V300 system typically uses the 'Hi Survey' software. Install the software on your controller or compatible device. Follow the on-screen prompts to configure the system, including:
- Project creation and coordinate system settings.
- RTK mode configuration (Base/Rover roles, communication method - e.g., internal radio, external radio, network RTK via 4G/eSIM).
- NTRIP protocol settings if using network RTK.
5. Instrucciones de funcionamiento
5.1 Modos básicos de funcionamiento
- RTK (Real-Time Kinematic) Mode: Provides centimeter-level accuracy in real-time. Requires a Base station (either another V300 or a reference station) transmitting corrections to the Rover.
- Modo estático: Used for high-precision post-processing. Collect raw GNSS data over a period, then process it with data from a known reference station.
- DGPS (Differential GPS) Mode: Offers sub-meter accuracy using differential corrections.
- SBAS (Satellite-Based Augmentation System) Mode: Improves GPS accuracy and integrity using satellite-broadcasted corrections.
5.2 Recopilación de datos
- In the 'Hi Survey' software, select your desired survey method (e.g., Point Survey, Stakeout, Line Survey).
- Ensure stable satellite lock and RTK fix (if in RTK mode). The LED indicators on the V300 unit will confirm signal status.
- Follow the software's instructions to record points, lines, or other survey features.
- Utilize the tilt measurement function for accurate measurements even when the pole is not perfectly vertical. The system automatically compensates for tilt up to 60 degrees.
5.3 Funciones avanzadas
- Enlace Flash NFC: Use NFC for quick pairing and connection with compatible devices.
- WebInteracción de la interfaz de usuario: Access the V300's settings and status via a web interface using a browser on a connected device.
- Image Lofting: The professional star night vision HD camera supports real-scene lofting, allowing for visual guidance during stakeout or data collection.
- Voz inteligente: Provides real-time voice prompts and feedback during operations.
6. Mantenimiento
6.1 Limpieza y almacenamiento
- Regularly clean the exterior of the V300 units and controller with a soft, damp Paño. Evite limpiadores abrasivos o disolventes.
- Asegúrese de que todos los puertos estén libres de polvo y residuos.
- When not in use, store the instrument and accessories in their original carrying cases in a dry, temperature-controlled environment (-55℃ to +85℃).
6.2 Cuidado de la batería
- Recharge batteries regularly, even during periods of non-use, to maintain battery health.
- Evite descargar completamente las baterías con frecuencia.
- Use only the provided recharger and USB cables.
6.3 actualizaciones de firmware
Periodically check for firmware updates for both the V300 units and the controller software. Updates can be performed via USB flash drive or online through remote service features, improving performance and adding new functionalities.
7. Solución de problemas
| Problema | Posible causa | Solución |
|---|---|---|
| No satellite signal / Poor signal quality | Obstructions (buildings, trees), poor antenna connection, unit not powered on. | Move to an open area. Check antenna connection. Ensure unit is powered on and has a clear view del cielo. |
| No RTK fix | No corrections from Base, poor radio link, incorrect Base/Rover settings. | Verify Base station is transmitting. Check radio frequency and protocol settings. Ensure sufficient distance between Base and Rover for radio link. Check network connection for NTRIP. |
| Controller not connecting to V300 unit | Bluetooth off, incorrect pairing, low battery. | Ensure Bluetooth is enabled on both devices. Re-pair the devices. Charge batteries. |
| La unidad no se enciende | Batería baja, batería defectuosa, problema con el botón de encendido. | Charge the battery. Try a different battery if available. Contact support if issue persists. |
| Medidas inexactas | Poor satellite geometry, multipath, incorrect calibration, tilt not compensated. | Wait for better satellite geometry. Avoid reflective surfaces. Perform calibration. Ensure tilt compensation is active. |
8. Consejos para el usuario
- Pre-plan your surveys: Before heading to the field, plan your survey points and check satellite availability for your location and time.
- Mantenga el software actualizado: Regularly update the 'Hi Survey' software and V300 firmware to benefit from the latest features and performance improvements.
- Monitorear los niveles de batería: Always start your fieldwork with fully charged batteries and carry spares if possible, especially for long survey sessions.
- Conexiones seguras: Ensure all cables and antennas are securely connected to prevent signal loss or damage during operation.
9. Garantía y soporte
The HI TARGET V300 GNSS RTK Surveying Instrument comes with a standard manufacturer's warranty. For specific warranty terms and conditions, please refer to the documentation provided with your purchase or contact your authorized HI TARGET dealer.
For technical support, troubleshooting assistance, or spare parts, please contact your original point of purchase or the HI TARGET customer service. Provide your product model (V300) and serial number when seeking support.
Vendedor: Wanneng Tool Parts House Store
Información del contacto:
- WhatsApp: +86 17854156950
- WeChat: 18806415026
- Email: wtsy0901@qq.com
