Why is my Crystal Instruments Coco-80 Measuring Instruments sensor input lower than expected?
The sensor input might be lower than expected because the sensor channel has not been set correctly. Verify that the Measurement Quantity and Sensor Sensitivity are correct.
What to do if Crystal Instruments Measuring Instruments tachometer is not detected or reading unstable?
If the tachometer is not detected or the reading is unstable, it could be due to the following reasons: 1. The tachometer threshold is not properly set. To resolve this, press Setup and select Tacho/RPM. Select Read from the tachometer measurement and press F1 (Tacho Setup) to configure the tachometer channel. Press F2 (Pulse Detection) to set the trigger level. Set the Detection Threshold around 80% of the peak voltage and press F6 (Apply). 2. The tachometer is on the wrong channel. Ensure that the tachometer is connected to Channel 1 on the CoCo.
How to fix Crystal Instruments Measuring Instruments EDM installation failure?
EDM installation might fail if the user account does not have administrator privileges. To solve this: * Check with your IT administrator to verify that the account can install programs. * Contact IT to have them install EDM.
How to fix Crystal Instruments Coco-80 menus that are cut off?
If menus are cut off, the scroll bar extends beyond the viewable area, or buttons are missing from menus, it is likely because Windows text scaling is set higher than 100%. To fix this: Windows 7/Vista: Open Control Panel -> Display. Set text size to 100% Windows XP: Right-click on desktop and select Properties. Click the Appearance tab. Set Font Size to Normal.
What to do if Crystal Instruments Coco-80 won't connect to LAN for update?
If your CoCo won't connect to a LAN to update, consider the following: * Verify all connections are secure. * If the network is secured, contact your local IT administrator for access. * If the CoCo IP settings are not configured properly, enter the main menu by pressing Setup. Select Connections, then F5 (IP Setup) to configure the Ethernet connection. Contact your network administrator for the correct LAN settings.
General| ADC Resolution | 24-bit |
|---|---|
| Operating System | Embedded Linux |
| Sampling Rate | 102.4 kHz |
| Frequency Range | 0 - 40 kHz |
| Output Type | BNC |
| Connectivity | Ethernet, USB |
| Data Storage | USB drive |
| Interface | Ethernet, USB |
| Power Supply | 10 - 36 VDC |
Guides installation of Engineering Data Management software to PC.
Details on installing the USB driver for CoCo-80 connection.
Explains how to check and obtain updates for the EDM software.
Instructions for setting up and starting time stream data recording.
Steps for transferring recorded data from CoCo-80 to a PC.
Explains Configurable Signal Analysis (CSA) as a measurement type.
Description of the CoCo-80's menu-driven user interface and controls.
Details the function of each button on the CoCo-80 front panel.
Explains the indicators displayed on the CoCo-80 status bar.
Describes the screen shown after system startup for project selection.
Function of the Analysis button to access CSA groups and projects.
Accesses the main Signal Display Window for viewing traces.
Explains functions like Traces, Param, Control, Auto, Cursor, Hold.
Accesses Parameter Settings menu for configuration options.
Configuration of sensitivity, input mode, and labels for hardware input channels.
Defines sensor connection types like AC-Differential, DC-Differential, IEPE.
Procedures for powering on/off, locking keypad, and resetting the device.
Methods for resetting the CoCo-80 system in case of lock-ups.
How to lock the keypad to prevent unintentional operations.
Details the physical input connectors and their purpose.
Procedures for performing system calibration for accurate measurements.
Description of available input modes (DC-Diff, AC-Diff, IEPE).
Details the output channel functionality for signal generation.
Lists and describes available accessories like SD cards and audio devices.
Configuration and use of the Ethernet port for network connectivity.
Description of the CoCo-80's USB client and host ports.
Explains how to use a USB mouse with the CoCo-80 interface.
Information on using the SD card slot for storage.
Details the built-in audio components like speaker and microphone.
Information on the internal batteries and power management.
Lists default CSA projects and their capabilities for various analyses.
How to modify and save CSA projects directly on the CoCo-80.
Information on creating and editing CSA files using the EDM PC software.
Describes the two main phases: data conditioning and signal analyzer.
Defines how the device captures block data from time streams for analysis.
How the CoCo provides digital integration for calculating velocity and displacement.
Specifies the signal used to determine a trigger event.
Defines criteria for detecting a trigger event based on signal level and slope.
Discusses errors caused by low sampling rates and DC offset.
Setting for overlapping consecutive data blocks to reduce averaging time.
Steps to configure acquisition mode and related trigger parameters.
Applying a filter to remove DC drift and unwanted low-frequency signals.
How to choose and run a CSA project for spectral analysis.
Configuring parameters like block size, average mode, and window type.
Configuring the output channel as a function generator for various waveforms.
Steps to create display windows and define signals within traces.
Explanation of logarithmic (dB) and linear scales for amplitude and power spectra.
Setting the appropriate acquisition mode for transforming time streams into blocks.
Configuring overlap settings for averaging in specific acquisition modes.
Changing how data is displayed on the screen (plot, value, etc.).
Choosing a CSA project that includes transient capture options.
Setting averaging mode, number, and data window type for transient capture.
Controlling data acquisition, including trigger mode, source, and level.
Saving time streams automatically or manually.
Saving transient capture time signals, frequency signals, or other block signals.
Saving individual data points or statistics for long-term monitoring.
Developing automated schedules for recording and saving data.
Loading previously saved signals for comparison with live data.
Accessing CoCo-80 in DSA mode for data download and viewing.
Route data collection, upload settings, and analysis using VDC mode.
Operates on Spider hardware in real-time.
Analyzing data files using various algorithms on a PC.
Managing the transfer of data between the CoCo-80 and a PC.
Tools within EDM for organizing, searching, and exporting data.
Basic analysis tools in EDM for signal characteristics.
Establishing communication between CoCo-80 and a host PC.
Steps to configure network settings for Ethernet or wireless connections.
Manually configuring TCP/IP settings on the host PC.
Information on ASAM ODS, UFF, BUFF, and other file formats.
Standardized format for data storage, used internally by CoCo-80.
Universal File format support for data transfer.
Details on the Binary 58 Universal File Format.
ASCII representation of the Universal File format.
Standard file format for importing data into MATLAB.
Structured data format used by LabVIEW from National Instruments.
ASCII files with flexible attribute and header definition.
ASCII file readable directly by Microsoft Excel.
Sound wave files for basic waveform shape, not for data processing.
Steps to start the CSA Editor and select project parameters.
Process for validating CSA files for internal consistency and resource estimation.
Playing back recorded signals through the CoCo's output channel.
Describes internal speaker, external headphone, and microphone usage.
Configuration of sound feedback, voice annotation, and headphone listening.
How to listen to input channels through headphones during measurements.
Lists the software versions and their release dates and comments.
Manufacturer's declaration of compliance with relevant standards.
Compliance statement regarding Electromagnetic Compatibility Directive.
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