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Congratulates the user on the purchase of the Leica iCON aps 200.
Explains where to find the product's model and serial number.
Lists related documents and resources for the product.
Explains the purpose of safety directions for product users.
Details how to understand hazard signal words and safety symbols.
Specifies the intended use and reasonably foreseeable misuse of the product.
Defines the environmental and operational limits for the product.
Outlines the duties of the product owner and user.
Details potential risks and hazards during product operation.
Warns about hazards when working near electrical installations.
Highlights accident risks due to lack of user attention.
Addresses safety concerns for unsecured work environments.
Warns about damage or injury from unsecured accessories.
Provides precautions related to lightning and thunderstorms.
Emphasizes using authorized service centers for repairs.
Explains the product's ability to function in electromagnetic environments.
Warnings about interference and potential health effects.
Overview of the iCON aps 200 and CGA100 antenna.
Introduces the system's capabilities and flexibility.
Details power supply requirements and options for the instrument.
Instructions for opening and unpacking the product's container.
Identifies and describes the parts of the iCA202 instrument.
Illustrates and labels ports on the front of the device.
Detailed description of each connection port on the device.
Identifies and describes the parts of the CGA100 antenna.
Explains how to supply power to the iCON aps 200 instrument.
Provides a step-by-step procedure for SIM card management.
Guide for connecting and using USB data storage devices.
Details and considerations for mounting the instrument on machinery.
Guidance on selecting an optimal mounting location on a machine.
Best practices for mounting GNSS antennas for optimal performance.
Recommendations for routing and securing cables to prevent damage.
Understanding and working with GNSS antenna height measurements.
Defines the Antenna Reference Plane and its significance.
Method for measuring antenna height when using a mast.
How the system calculates dual GNSS position and heading.
Information on how heading data is generated and presented.
Overview of system configuration options available.
Example configuration for a dual GNSS setup with radio/modem.
Step-by-step guide to connect the device via Bluetooth.
Explains the meaning of indicators in the status bar.
Accesses the status page for position and connection details.
Allows for the configuration of various device settings.
Settings related to GNSS satellite systems and signals.
Selection and configuration of the required coordinate system.
Configuration options for connected antennas.
Configuration settings related to the device's ports.
Configuration settings for network and internet connectivity.
Settings for establishing a cellular modem connection.
Configuration options for NMEA data output formats.
Settings for configuring real-time kinematic data links.
Page for configuring and managing active services.
Selection of the interface for the RTK data link.
Configuration options for the internal radio module.
Network settings for NTRIP or TCP connections.
Configuration for the iCON Analytics service.
Setup and configuration for connecting to Leica ConX.
Instructions for updating the device firmware.
Process for adding and managing license keys.
Displays read-only information on hardware and system status.
Provides information about the internal hardware components.
Displays detailed error and warning information.
Options for resetting specific system components.
Guidelines for safely transporting the equipment.
Recommendations for storing the equipment properly.
Procedures for cleaning and drying the product.
Detailed technical specifications for the iCON aps 200.
Specifies measurement accuracy metrics under various conditions.
Provides the physical dimensions of the instrument housing.
Details power consumption and voltage requirements.
Specifies operating temperature, humidity, and protection ratings.
Use cases and descriptions for the iCA202 component.
Electrical characteristics, including frequency bands.
Details IP ratings and protection against environmental elements.
Pinout and function details for the USB M8 connector.
Pinout and function details for the serial port M12.
Pinout and function details for the CAN1 interface.
Pinout and function details for the CAN3 interface.
Pinout and function details for Ethernet ports.
Pinout details for antenna, radio, modem, and WiFi connectors.
Details regulatory labels and certifications for the iCON aps 200.
Explains the product's compliance with SAR guidelines.
Specifies the Specific Absorption Rate limits for different regions.
Introduction to the NMEA-0183 message standard.
Explains the symbols and fields used in NMEA messages.
Format and fields for GGA NMEA messages.
Format and fields for GGK NMEA messages.
Format and fields for GGQ NMEA messages.
Format and fields for GLL NMEA messages.
Format and fields for GNS NMEA messages.
Format and fields for GSA NMEA messages.
Format and fields for GSV NMEA messages.
Format and fields for GST NMEA messages.
Format and fields for HDT NMEA messages.
Format and fields for LLK NMEA messages.
Format and fields for LLQ NMEA messages.
Format and fields for RMC NMEA messages.
Format and fields for VTG NMEA messages.
Format and fields for XDR NMEA messages.
Format and fields for ZDA NMEA messages.
Format and fields for PJK NMEA messages.
Explains the proprietary ORP message format and its purpose.
Details how to access ORP data via the web interface.
Details the meaning of various position status codes.
Defines Networked Transport of RTCM via Internet Protocol.
Defines the World Geodetic System 1984.
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General