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General| Type | GNSS RTK Receiver |
|---|---|
| Frequency | L1, L2, L5 |
| Battery Life | Up to 10 hours |
| Weight | 1.2 kg |
| GPS | Yes |
| GLONASS | Yes |
| SBAS | Yes |
| Galileo | Yes |
| BeiDou | Yes |
| Horizontal Accuracy (RTK) | 8mm + 1ppm |
| Vertical Accuracy (RTK) | 15mm + 1ppm |
| Battery | Rechargeable Li-ion battery |
| Operating Time | Up to 10 hours |
| Channels | 220 |
| Accuracy | RTK: 8mm + 1ppm (Horizontal), 15mm + 1ppm (Vertical) |
| Positioning Modes | RTK, Static, PPK |
| Communication | Bluetooth, USB |
| Data Storage | Internal memory |
| Radio | UHF Radio |
| Static Horizontal Accuracy | 2.5mm + 1ppm |
| Static Vertical Accuracy | 5mm + 1ppm |
Introduces the chapter's structure and content.
Provides an overview of the manual's purpose and scope for the V30/50 system.
Guides users on how to obtain the manual and related documentation.
Invites user feedback to improve the manual's quality.
Introduces the topics covered in the Summary chapter: Introduction, Product Features, Usage and Notes.
Describes the V30 GNSS RTK system's design, features, and data handling capabilities.
Lists and details the key technical and functional features of the V30 GNSS RTK system.
Provides essential guidelines for careful handling, maintenance, and optimal operating conditions.
Introduces the chapter's content, focusing on receiver appearance, buttons, and indicator LEDs.
Illustrates and identifies the main external components and parts of the V30 receiver.
Describes the receiver's control panel, including function keys (F1, F2) and indicator LEDs.
Explains the protective function of the V30 receiver's upper cover against drops and scratches.
Details the various ports, slots, and components found on the receiver's bottom cover.
Discusses the different communication modules (UHF, GPRS, 3G) that can be installed.
Describes the 4400mAh Li-ion battery, including its front and back views.
Advises on avoiding extreme environments and electrical interference for optimal performance.
Introduces the chapter's focus on operating the V30 receiver using its panel buttons.
Explains that most receiver operations are controlled via the three buttons on the mainframe panel.
Details the specific functions of the power, F1, and F2 buttons for various operations.
Continues detailing button functions for different modes, confirmation, and motherboard upgrades.
Explains the meaning of different LED indicators (Power, Status, Data, Satellite) for system status.
Guides on setting the receiver's work mode (base, rover, static) via buttons.
Explains how to set the data link mode (GSM, UHF, External) using receiver buttons.
Details how to adjust transmitting power in UHF mode via receiver buttons.
Describes how to set radio channels in UHF mode for communication using receiver buttons.
Explains how to set the elevation angle for static work mode via receiver buttons.
Details how to set the data collection interval for static mode via receiver buttons.
Provides clear instructions for powering the receiver unit on and off.
Explains how static survey data is saved internally and how to transfer it.
Describes how RTK data is stored on the external controller during fieldwork.
Explains how to reset the receiver's motherboard and the consequences of this action.
Guides on restoring the receiver to its default factory settings and associated warnings.
Details the process of formatting the receiver and deleting all data using management software.
Illustrates the step-by-step process for attaching and detaching the battery cover.
Provides visual instructions for correctly installing and removing the receiver's battery.
Continues with visual guides for battery installation and uninstallation steps.
Lists the available battery models for the V30 receiver.
Describes power supply methods, including external power and voltage range.
Explains the basic process for charging the Li-ion battery.
Provides detailed instructions and important warnings for charging the battery correctly.
Lists different communication module types and their compatibility with the V30 receiver.
Shows how to install radio modules onto the receiver unit.
Continues with visual guides for installing GPRS/3G communication modules.
Details how to set radio channels for UHF communication modules.
Lists the supported SIM/USIM card types for network communication.
Guides on installing a SIM card into the receiver's built-in GPRS slot.
Continues instructions for installing SIM cards into communication modules.
Provides final steps for installing SIM cards into modules and securing covers.
Explains the process for upgrading receiver and communication module firmware.
Continues with detailed steps and confirmations for the firmware upgrade process.
Introduces the chapter on working programs and ease of use for base and rover configurations.
Details the chapter's focus on working programs and configurations for base/rover setups.
Illustrates the setup for a base station with built-in GPRS/3G module.
Illustrates the setup for a base station with a built-in UHF radio.
Depicts the setup for a base station using an external radio for communication.
Illustrates rover setups for both UHF and GPRS/3G modes with controllers.
Guides on setting base/rover mode and data link for GPRS/3G modules.
Details network settings and communication configurations for GPRS/3G.
Guides on setting base/rover mode and data link for UHF radio modules.
Explains setting UHF radio channels and adjusting transmit power for base/rover.
Guides on setting up base/rover modes with external data links.
Introduces the chapter covering static data surveying and transmission procedures.
Details the use of V30 as a static surveying instrument and data saving methods.
Provides step-by-step instructions for performing a static survey with the V30 receiver.
Explains how to download static survey data using a USB flash drive and PC.
Describes the functions of the static file management software for data handling.
Outlines connection steps and file management operations using the software.
Guides on the initial steps for processing collected static survey data.
Continues with steps for processing survey data, including baseline processing and network adjustment.
Introduces the chapter that details the technical specifications of the V30 GNSS RTK system.
Lists technical parameters that may differ based on the specific purchase configuration.
Details the receiver's channel support, tracking capabilities, initialization, and data formats.
Describes the specifications, frequency bands, and compatibility of UHF radio modules.
Details the specifications, frequency bands, and protocols of PCC radio modules.
Covers the input power, frequency bands, and protocols for external PCC radio systems.
Describes the default configuration and optional modules for GPRS/3G internet communication.
Lists and briefly describes the various physical ports available on the receiver unit.
Summarizes panel buttons, LED indicators, and the intelligent voice module features.
Provides accuracy specifications and details about the receiver's internal chip and memory.
Lists physical dimensions, weight, impact/water resistance, and internal battery details.
Outlines IP standards, working/storage temperatures, and humidity resistance.
Introduces the chapter covering the main ports and accessories of the V30 GNSS RTK system.
Details the chapter's focus on the main ports and accessories for the V30 system.
Describes the five-pin and eight-pin ports, their names, and primary connection functions.
Defines the pin assignments and signal types for the five-pin and eight-pin connectors.
Explains the role of the differential antenna and provides installation instructions.
Describes the Y-style data cable, its connection points, and usage warnings.
Provides a list of default frequencies for UH-3000 channels that can be modified.
