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General| Type | Data Logger |
|---|---|
| Measurement Range | ±5000 mV |
| Resolution | 24-bit |
| Analog Input Resolution | 24-bit |
| Memory Expandable | Yes, via microSD card |
| Input Channels | 16 SE or 8 DF |
| Analog Channels | 16 SE/8 DIFF |
| Digital I/O | 8 |
| Communication Ports | RS-232, USB |
| Operating Temperature | -40 to 70°C |
| Memory | 4 MB |
| Data Storage | expandable with microSD |
| Power Requirements | 9.6 to 16 VDC |
| Dimensions | 23.9 x 10.2 x 6.4 cm (9.4 x 4.0 x 2.5 in) |
General safety precautions for installation, use, and maintenance of equipment.
Safety guidelines related to utility lines and electrical connections.
Safety practices for working at elevated heights and in adverse weather conditions.
Recommended periodic checks for wear, damage, and electrical connections.
Explains how sensors convert phenomena into electrical signals for the datalogger.
Details the datalogger's function in measuring, processing, and storing data.
Covers copying data from the datalogger and bi-directional communication.
Provides an overview of the CR1000X datalogger's components and functions.
Explains the CR1000X's measurement capabilities, data processing, and storage.
Describes how programs direct the datalogger's measurement, calculation, and control tasks.
Lists smart sensors that use protocols like SDI-12, RS-232, Modbus, DNP3, TCP/IP, RS-485.
Describes terminals for analogue input measurements.
Describes terminals for pulse counting measurements.
Describes terminals for analogue output functions.
Describes terminals used for communication purposes.
Describes terminals for digital input and output.
Describes terminals for providing power to the datalogger.
Describes terminals for providing power output from the datalogger.
Describes ground terminals for power connections.
Describes ground terminals for signal connections.
Guidance on powering the datalogger using a vehicle's power supply.
Explains the meaning of the Power LED states for different operating conditions.
Details the datalogger's capabilities as a power source for sensors and peripherals.
Explains the CS I/O port for communication and power supply to peripherals.
Details VX terminals for precise voltage output used by analogue sensors.
Describes C terminals configurable as digital output terminals.
Defines Signal Ground terminals for analogue inputs and shield wires.
Defines Power Ground terminals for returning power to various sensors.
Describes Resistive Ground terminals used for current loop measurements.
Identifies the Earth Ground Lug for connecting heavy-gauge earth-ground wire.
Explains the USB port's capabilities for communication and power.
Describes the Ethernet port for IP communications.
Lists configurable communication types for C terminals.
Explains the use of C terminals for serial communications.
Describes the SDM protocol and terminal configuration for SDM ports.
Details the CS I/O port for communication with peripherals.
Details C terminals' configurability for digital I/O and control outputs.
Explains VX terminals' use for digital control outputs.
Describes SW12 terminals' use for digital control outputs.
Describes the initial steps for configuring datalogger connections and communication.
Provides instructions for setting up USB or RS-232 connections to the datalogger.
Step-by-step guide for configuring the datalogger's Ethernet settings.
Explains the meaning of the Ethernet port LEDs for link and activity status.
Instructions for establishing Ethernet communication between the datalogger and computer.
Steps to complete the EZSetup wizard for testing datalogger communication.
Details on establishing a software connection to the datalogger for various tasks.
Guides on using Short Cut software to generate datalogger programs.
Describes the default data tables: Public, Status, and DataTableInfo.
Explains CRBasic variable declaration and data types (Float, Long, Boolean, String).
Describes the descriptive information associated with data tables.
Explains how data table SRAM, CPU drive, and USR drive are partitioned.
Describes memory used for PakBus packet construction and node/route lists.
Explains the optional USR drive for image files and other data.
Details serial flash memory for CPU drive, web page, and settings.
Explains where measurement data is primarily stored and how it's erased.
Describes the CPU drive for datalogger programs and other files.
Instructions for formatting microSD cards and recommendations for FAT32.
Important precautions to observe when using optional memory cards.
Explains the meaning of the Act LED states for card activity and errors.
Describes the syntax for powerup.ini files and their available options.
Explains how voltage measurements are made using the datalogger's ADC and amplifier.
Explains differential measurements and their associated CRBasic instructions.
Discusses methods for enhancing the quality of voltage measurements.
Explains how to minimize ground potential differences affecting measurements.
Describes the option to detect open inputs due to broken sensor wires.
Explains the datalogger's sigma-delta ADC and averaging for filtering.
Explains how to measure settling time for sensors and cable combinations.
Explains voltage offset as a source of error and methods to minimize it.
Explains how input reversal and excitation reversal reduce offset voltage error.
Explains measuring offset voltage for single-ended and differential measurements.
Lists CRBasic instructions for measuring resistance with voltage excitation.
Discussion on offset voltage compensation for bridge measurements.
Explains using full bridge measurements for strain gauges in stress analysis.
Table mapping pulse input types to terminals and data options.
Explains measuring high-frequency signals on P or C terminals.
Describes C terminals for pulse count measurements.
Explains measuring switch-closure and open-collector signals.
Explains measuring edge timing and counting on P or C terminals.
Explains how input filters reduce noise but can attenuate signals.
Discusses pulse count resolution and scan interval effects.
Introduces VSPECT techniques for spectral analysis of vibrating wire data.
Explains sequential mode execution of instructions in program order.
Discusses the priority and execution of slow sequences in different modes.
Explains datalogger support for two-way serial communications.
Details Modbus RTU, ASCII, and TCP protocols supported by the datalogger.
Explains Modbus terminology like coils, discrete inputs, and registers.
Discusses considerations for connecting Modbus devices, including surge protection and isolation.
Guides on enabling Modbus capability through configuration or programming.
Lists common Modbus function codes used for data access.
Explains Modbus registers, numbering, and offsets.
Describes Modbus coils as digital I/O channels.
Lists and explains common Modbus error codes.
Explanation of the Modbus illegal data address error code.
Explanation of the Modbus COM port error code.
Explains how the datalogger obtains and uses IP addresses.
Discusses the datalogger's ability to act as an HTTPS server.
Explains SDI-12 transparent mode for sensor setup and troubleshooting.
Explains how to program the datalogger to function as an SDI-12 sensor.
Recommends factory recalibration and details the calibration process.
Discusses datalogger security concerns like data collection and system operation.
Explains the datalogger's three-level security scheme using security codes.
Explains the syntax for commands sent to the datalogger web server.
Step-by-step instructions for replacing the datalogger's internal battery.
Instructions for sending an OS to a datalogger via Device Configuration Utility.
Instructions for updating the OS remotely over a telecommunications link.
Explains how to view datalogger status and interpret key indicators.
Explains watchdog errors indicating datalogger crashes and resets.
Explains a specific warning message related to IP communications and datalogger reboots.
Discusses skipped scans caused by programs taking longer than the scan rate.
Explains skipped records resulting from skipped scans.
Discusses expected battery voltage readings for USB and external power sources.
Emphasizes the importance of timekeeping for datalogger functions.
Discusses the importance of accurate time stamps for collected data.
Guides on analyzing data for CRBasic program bugs and common errors.
Addresses issues where programs compile but do not execute as expected.
Describes a processor reset via power cycling or terminal command.
Explains how sending a new program can reset the datalogger.
Details methods for manually resetting data tables.
Describes a full memory reset procedure and its effects.
Explains how to adjust sensor output to match verified quantities.
Describes the automatically created Status table for viewing system information.
Explains the automatically created DataTableInfo table for program output.
Explains keywords like DataFillDays and DataRecordSize in DataTableInfo.
Describes the Status table for viewing system information and settings.
Details keywords like Battery, BuffDepth, CalGain, CalOffSet, CalVolts in Status table.
Details keywords like CardStatus, CommsMemFree, CompileResults, ErrorCalib in Status table.
Details keywords like FullMemReset, LastSystemScan, LithiumBattery, Low12VCount in Status table.
Details keywords like MaxBuffDepth, MaxProcTime, MaxSystemProcTime, MeasureOps in Status table.
Details keywords like MeasureTime, MemoryFree, MemorySize, Messages in Status table.
Details keywords like OSDATE, OSSignature, OSVersion, PakBusRoutes, PanelTemp in Status table.
Details keywords like PortConfig, PortStatus, ProcessTime, ProgErrors, ProgName in Status table.
Details keywords like ProgSignature, RecNum, RevBoard, RunSignature, SerialNumber in Status table.
Details keywords like SkippedScan, SkippedSystemScan, StartTime, StartUpCode, StationName in Status table.
Details keywords like SW12Volts, SystemProcTime, TimeStamp, VarOutOfBound, WatchdogErrors in Status table.
Details settings like Baudrate, Beacon, CentralRouters, CommsMemAlloc.
Details settings like ConfigComx, CSIOxnetEnable, CSIOInfo, DisableLithium.
Details settings like DeleteCardFilesOnMismatch, DNS, EthernetInfo, EthernetPower.
Details settings like FilesManager, FTPEnabled, FTPPassword, FTPPort.
Details settings like FTPUserName, HTTPEnabled, HTTPHeader, HTTPPort.
Details settings like HTTPSEnabled, HTTPSPort, IncludeFile, IPAddressCSIO.
Details settings like IPAddressEth, IPGateway, IPGatewayCSIO, IPMaskCSIO.
Details settings like IPMaskEth, IPTrace, IPTraceCode, IPTraceComport.
Details settings like IsRouter, MaxPacketSize, Neighbours, NTPServer.
Details settings like PakBusAddress, PakBusEncryptionKey, PakBusNodes, PakBusPort.
Details settings like PakBusTCPClients, PakBusTCPEnabled, PakBusTCPPassword, PingEnabled.
Details settings like PCAP, pppDial, pppDialResponse, pppInfo.
Details settings like pppInterface, pppIPAddr, pppPassword, pppUsername.
Details settings like RouteFilters, RS232Handshaking, RS232Power, RS232Timeout.
Details settings like Security(1-3), ServicesEnabled, TCPClientConnections, TCP_MSS.
Details settings like TCPPort, TelnetEnabled, TLSConnections, TLSPassword.
Details settings like TLSStatus, UDPBroadcastFilter, USBEnumerate, USRDriveFree.
Details settings like USRDriveSize, UTCOffset, Verify.
Details processor, memory, program execution, and real-time clock specifications.
Provides physical dimensions, weight, and case material of the datalogger.
Details power input protection, voltage limits, and average current drain.
Details voltage input, current limits, and voltage tolerance for the POWER IN terminal.
Explains functions active when powered via USB and limitations.
Describes the internal lithium battery for clock and SRAM backup.
Details the datalogger's power output capabilities.
Lists system power output current limits at different temperatures when powered by 12 Vdc.
Details the 5V regulated output and VX terminals for voltage excitation.
Table summarizing voltage excitation and switched regulated specifications.
Specifies the 5V Logic Level Max Current for the CS I/O Pin 1.
Lists terminals, input resistance, limits, and common mode rejection for voltage measurements.
Accuracy specifications at different temperature ranges.
Table showing typical offset values for voltage measurements.
Details ratiometric-resistance measurements and excitation polarity reversal.
Explains specifications for measuring signal period or frequency using PeriodAvg().
Specifies parameters for switch closure input, including pull-up resistance and event levels.
Specifies parameters for high-frequency input, including resistance and event levels.
Details parameters for low-level AC input, including pull-down resistance and hysteresis.
Specifies parameters for quadrature input using C1-C8 terminals.
Specifies logic levels and drive current for terminal pair configurations.
Specifies parameters for switch closure input, including pull-up resistance and event levels.
Details specifications for edge timing measurements.
Details specifications for edge counting measurements.
Specifies parameters for quadrature input.
Details specifications for pulse-width modulation.
Details specifications for the Ethernet port.
Lists supported internet protocols.
Lists additional supported communication protocols.
Lists supported data file formats.
Specifies USB connectivity for the datalogger.
Details the CS I/O port pinout and functions.
Lists immunity standards met or exceeded for EMI and ESD protection.
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