Hi-Target GPS V30 GNSS RTK System Manual 70 Pages High Quality
How to Use the Hi-Target GPS V30 GNSS RTK System: A Guide for Beginners
The Hi-Target GPS V30 GNSS RTK System is a high-performance and versatile surveying instrument that can provide accurate and reliable positioning solutions for various applications. It supports multiple constellations and frequencies, and has a built-in 3G/GPRS network communication module, a voice module, a data storage module, and a battery module. It can work as a base station or a rover, and can communicate with other devices via Bluetooth, WIFI, or USB. This article will introduce the basic features and operations of the Hi-Target GPS V30 GNSS RTK System, and provide some tips for using it in different scenarios.
Hi-Target GPS V30 GNSS RTK System Manual 70 Pages
Product Features
According to the official website of Hi-Target Surveying Instrument Co.Ltd, the Hi-Target GPS V30 GNSS RTK System has the following features:
It supports GPS, GLONASS, BDS, GALILEO, QZSS, SBAS, and other satellite systems.
It has a 220-channel GNSS board that can track all visible satellites.
It has a built-in intelligent voice module that can provide voice guidance and status alerts.
It has a built-in 3G/GPRS network communication module that can transmit data via cellular network or internet.
It has a built-in WIFI module that can connect to other devices wirelessly or access the web UI for configuration and management.
It has a built-in Bluetooth module that can pair with other devices such as controllers or smartphones.
It has a built-in 8GB memory that can store up to 32GB of data.
It has a removable battery that can last up to 10 hours of continuous operation.
It has a rugged design that can withstand harsh environments and impacts.
It has a user-friendly interface that can display various information such as satellite status, position accuracy, battery level, etc.
Usage and Notes
Before using the Hi-Target GPS V30 GNSS RTK System, you should read the system manual carefully and follow the instructions. Here are some general usage and notes for your reference:
You should check the battery level before starting the system. If the battery is low, you should charge it with the provided charger or use an external power supply.
You should insert a SIM card or USIM card into the system if you want to use the 3G/GPRS network communication module. You should also make sure that the card has enough balance and data plan.
You should configure the system according to your needs and preferences. You can use the web UI, the controller software, or the receiver management software to set up various parameters such as coordinate system, correction mode, output format, etc.
You should turn on the system by pressing and holding the power button for about 3 seconds. You should also turn off the system by pressing and holding the power button for about 3 seconds.
You should place the system on a stable tripod or pole and connect it to an antenna. You should also make sure that the antenna has a clear view of the sky and avoid any obstructions or interference sources.
You should wait for the system to acquire enough satellites and obtain a fixed solution. You can check the LED status indicators or listen to the voice prompts to know the system status.
You should collect data according to your application. You can use the system as a base station or a rover, and you can use different modes such as static survey, RTK survey, post-processing survey, etc.
You should download data from the system after finishing your work. You can use a USB flash drive, a USB cable, or WIFI to transfer data from the system to your PC or other devices.
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