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General| Brand | Campbell |
|---|---|
| Model | CR6 |
| Category | Data Loggers |
| Language | English |
Essential safety guidelines for installation, operation, maintenance, and working with tripods and towers.
Details hazards related to utility lines and electrical connections during installation and operation.
Safety measures for working at heights and during inclement weather conditions.
Provides a general description of the CR6 data logger's capabilities, including its CPU, inputs, and operating system.
Explains how the CR6 measures sensors, processes data, and runs programs written in CRBasic.
Lists the types of sensors (analog, pulse, smart) that can be connected to the CR6.
Describes various methods for powering the data logger, including BAT and CHG terminals.
Details how the CR6 can supply power to external devices via 12V, SW12, and CS I/O ports.
Explains the importance and types of grounding for stability, ESD protection, and measurement accuracy.
Lists and describes the data logger's communication interfaces like CS I/O, RS-232/CPI, USB, and Ethernet.
Steps to configure communication between the logger and a computer via USB, RS-232, Ethernet, Wi-Fi, or radio.
Verifying connectivity and basic setup of the data logger using the EZSetup wizard.
Guidance on using Short Cut or CRBasic Editor to develop custom measurement programs.
Process for uploading CRBasic programs to the CR6, including data backup.
Describes the standard Public, Status, and DataTableInfo tables for logger measurements and status.
Methods for retrieving data from the logger using LoggerNet or PC200W/PC400 software.
How to review collected data using View Pro software for tabular and graphical analysis.
Explains how data is represented internally using different types like Float, Long, and Boolean.
Details on how data is organized and stored in SRAM tables, including ring memory.
Explains how logger memory (SRAM, CPU, USR, CRD) is partitioned and managed.
Describes the organization and usage of SRAM memory sectors like static and variable memory.
Information on using removable microSD cards for data storage expansion.
Explains how to perform analog voltage measurements using single-ended or differential configurations.
Details procedures for measuring current loops using the RG terminals.
Explains methods for measuring resistance using voltage or current excitation.
Details on measuring pulse signals such as counts, frequency, and timing.
How to use the Modbus protocol for data exchange with industrial devices.
Information on the SDI-12 protocol for communicating with smart sensors.
Details on the proprietary PakBus protocol for Campbell Scientific device networks.
Procedures and recommendations for calibrating the data logger for accuracy.
Methods to secure the data logger against unauthorized access and tampering.
Information on the internal lithium battery, its life, and replacement.
Measures to protect the logger and sensors from ESD and lightning.
How to monitor the logger's operational status and identify potential issues.
Guidance on resolving common errors in CRBasic programs during compilation and runtime.
Procedures for resetting the logger's memory, processor, or configuration.
Details on metadata for data tables, including fill days and record size.
Information about the logger's internal status, battery, and memory usage.
Overview of configurable parameters for various logger functions like network and radio settings.
Details on processor, memory capacity, and program execution period.
Information on input voltage, current limits, and average current drain for various modes.
Technical details for analog input measurements, including voltage and resistance.
Details on various communication interfaces and protocols supported by the CR6.
Definitions of technical terms used throughout the manual.
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