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General| Manufacturer | IOtech |
|---|---|
| Analog Inputs | 8 differential or 16 single-ended |
| Input Impedance | 1 MΩ |
| Resolution | 16 bits |
| Input Range | ±10 V |
| Interface | USB |
| Operating System Compatibility | Windows |
Information regarding CE marking and compliance with EU standards.
List of items to verify before beginning the setup process.
Instructions for installing the necessary software on the host PC.
Guide for physically connecting the device to an Ethernet network.
Instructions for connecting the device to a power source.
List of items to verify before beginning the setup process.
Instructions for installing the necessary software on the host PC.
Guide for physically connecting the device to the computer via USB.
Description of the front and back panel connectors and indicators for the devices.
Overview of available software packages for the IOtech 640 and 650 systems.
Diagram illustrating the internal components and connections of the 640/650 series devices.
Description of the connectors and LEDs on the front panel of the devices.
Explanation of the common analog ground connection.
Details on the analog input BNC connectors and their functionality.
Description of the analog voltage source output on 640 models.
Details on the #6-32 chassis ground connection point.
Description of the Ethernet port for 640e/650e models.
Description of the USB 2.0 port for 640u/650u models.
Information on the MAC address label and its contents.
Description of Ethernet patch cables for device connection.
Description of USB cables for device connection.
Details and ratings for the TR-2U power supply.
List of hardware and software requirements for Ethernet models.
Instructions for installing software for Ethernet models.
Steps for connecting the device via Ethernet and powering it up.
Guide for connecting signal lines for Ethernet models.
The main dialog for viewing and managing configured devices.
User interface for adding, removing, or configuring devices.
List of hardware and software requirements for USB models.
Instructions for installing software for USB models.
Steps for connecting the device via USB and powering it up.
Guide for connecting signal lines for USB models.
Overview of the analog signal conditioning circuitry.
Explanation of the common analog ground connection.
Details on the IEPE current source and fault detection features.
Explanation of AC and DC coupling options for analog inputs.
Diagram illustrating the internal components and connections.
Explanation of the aliasing phenomenon in digital systems.
Details on the device's anti-aliasing filters and sampling rates.
Introduction to accelerometers and their connection.
Diagram and explanation of connecting a sensor to the device.
Key specifications and parameters for accelerometers.
Description of accelerometer designs where the case is tied to common.
Description of accelerometer designs with electrical isolation from ground.
Details on low-impedance piezoelectric transducers and their applications.
Description of the 8 digital I/O lines and their programming.
General information about CE compliance and its importance.
Details on electromagnetic compatibility and safety standards.
Operating conditions including temperature, humidity, and vibration.
General safety conditions to be observed for CE compliance.
Specific conditions related to emissions and immunity for CE compliance.
Practical guidelines for maintaining CE compliance.
Precautions for handling components to prevent ESD damage.
Recommendations for maintaining and caring for the devices.
General checks and steps for resolving Ethernet connectivity problems.
Description of the Real-Time Vibration & Acoustic Analysis Software.
Description of the On-line Rotating Machine Monitoring Software.
Description of the remote monitor and control application.
Description of the Rotating Machine, Field Balancing Software.
Description of the Non-Destructive Test Software.
Key features and capabilities of the eZ-Analyst software.
Key features and capabilities of the eZ-TOMAS software.
Key features and capabilities of the eZ-Balance software.
Key features and capabilities of the eZ-NDT software.
General environmental, power, and communication specifications.
Operating conditions including temperature, humidity, and vibration.
Power requirements for the devices.
Voltage range for powering the devices.
Details on Ethernet and USB communication interfaces.
Physical dimensions of the devices.
Weight of the devices.
Time required for the device to reach rated specifications.
Specifications related to analog measurements and signal conditioning.
Details on ADC resolution, type, sample rates, and channels.
Table showing input impedance characteristics for different models.
Description of input coupling options.
Number of analog output channels.
Type of signal connection for analog output.
Frequency range for the analog output signal.
Accuracy of the analog output frequency.
Resolution of the Digital-to-Analog Converter.
Update rate of the DAC.
Type of Digital-to-Analog Converter used.
Specifications for total harmonic distortion of the analog output.
Specifications for THD+N of the analog output.
Default value of the analog output at power-up.
Adjustable amplitude settings for the analog output.
Flatness of analog output amplitude.
Accuracy of analog output amplitude at 1kHz.
Signal-to-Noise Ratio specifications for the analog output.
Maximum load the analog output can drive.
Available waveform generation modes for the analog output.
Output impedance of the analog output.
Number of digital I/O channels and programmability.
Configuration of the digital I/O port.
Default power-up mode for digital I/O.
Type of connector for digital I/O.
Available scanning modes for digital I/O.
Protection levels for digital inputs.
Voltage levels for digital inputs.
Value of the input pull-down resistor.
Voltage range for digital outputs.
Output resistance of digital outputs.
Voltage levels for digital outputs.
Maximum sampling rate for digital I/O.
Timing of digital output operations.
The main dialog for viewing and managing configured devices.
User interface for adding, removing, or configuring devices.
Steps to launch the Daq Configuration Applet.
Procedure for adding a new device to the configuration.
Configuring network properties for dedicated networks.
Prerequisites and checks before performing connection tests.
Instructions for executing the TCP/IP test for Ethernet devices.
The tab within the Daq Configuration utility used for hardware testing.
Description of transducers that contain TEDS for storing calibration data.
Diagram showing the main components of smart sensor systems.
Explanation of the IEEE 1451.0 standard and TEDS data usage.
Overview of TEDS application for various sensor types.
Defines the object model and interface for smart transducers.
Details TEDS format and interface between NCAP and transducers.
Defines TEDS format for multi-drop networks.
Discusses communication protocols using shared signal/digital interfaces.
Defines interfaces for wireless communications.
Structure of TEDS data, including Basic, Standard, and User Areas.
A collection of scans acquired at a specified rate.
A signal of varying voltage or current.
Circuit converting analog values to digital values.
Range of analog signals with positive and negative values.
Circuit allowing signals to pass through, providing isolation.
Amplifier to match impedance points and prevent interaction.
A single input or output entity in data acquisition.
Signals identical in amplitude and duration.
Voltage magnitude shared by multiple signals.
Undesired transfer of signals causing interference.
Discrete value signal, contrasting with varying signals.
Circuit converting digital values into analog signals.
