EDX-5000A-64
Up to 64 channels, 8 card slots
specifications
| Model name | EDX-5000A-64-HE: Mechanical Hard Disk (HDD) EDX-5000A-64-SE: Solid State Drive (SSD) |
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| Applicable amplifier card | CVM-41A, CDV-40B(-F), DPM-42B（-F）, DPM-42B-（I -F）, CTA-40A, CFV-40A, CCA-40A（-F）, CDV-44AS, CDA-44AS, CDA-45AS, AD-40AS（-F） Up to 2 CFV-40A cards can be installed |
| Number of input channels | Up to 64 (when installing 8 CDV-40B) |
| analog input | Please refer to the specifications of each amplifier card for details |
Digital input/output
| Input/output points | Up to 8 |
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| Input/output settings | Set the digital input, digital output, and remote control input for each character (COMMON is universal) ※ Remote control input: start/stop measurement, execute BAL, etc |
| input form | Insulation type, TTL level input |
| INPUT VOLTAGE | Maximum DC 5V |
| Insulation method | Digital insulator |
| output form | Insulated type, open collector type output (with 10k Ω internal pull-up resistor) |
| Output voltage | DC 5V |
| output current | Maximum 25mA per point |
| Voice input | Channel 1 (voice memo input during collection can also be included with measurement data) Use remote control unit RCU-42A (optional) |
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sampling frequency
| Sampling method | 1-2-5 series 1Hz~200kHz (for data acquisition of up to 32 channels) 1Hz~100kHz (for data acquisition of up to 64 channels) 1Hz~50kHz (for data acquisition of up to 80 channels) 1Hz~10kHz (when real-time processing is effective) 2nseries 2Hz~131.072kHz (for up to 32 channels of data acquisition) 2Hz~65.536kHz (for data acquisition of up to 64 channels) 2Hz~32.768kHz (when collecting up to 80 channels of data) 2Hz~8.192kHz (when real-time processing is effective) AD data mode (in 16 bit mode) When in 24 bit mode, the number of channels is half of the above. |
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| Storage device | HDD： Capacity of 300GB or above SSD ： Capacity 30GB or above |
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| display | Display channel status LED (can set input overload level for each channel) REC, BUSY, BATTERY, POWER LED Equipped with a 12.1-inch touchscreen LCD display |
| Operation keys | Touch screen and host buttons (REC, STOP, BAL., OPT.) It can also be operated through an external keyboard and mouse |
| External control connector | CONT.IN, CONT-OUT (for remote, synchronous operation) |
| External input/output connector | External trigger: TRG IN, TRG OUT External clock: CLK IN, CLK OUT (can be output through any frequency division ratio) |
| External Interface | Keyboard I/F: USB Mouse I/F: USB External monitor I/F: VGA connector (15 pin for display) USB I/F: USB 2.0 (front 3 ports), or USB 3.0 (back 2 ports) The power supply limit for the front USB 2.0 port is approximately 100mA. LAN I/F：100/1000BASE-T |
| power supply | AC100-240V, DC10-30V (AC/DC dual-use), built-in battery corresponding to instantaneous power outage |
| Consumption current | About 1.8A (AC100V, when installing 8 CDV-40B) |
| Use temperature and humidity | 0-40 ℃, 20-80% (no condensation) |
| Storage temperature | -20℃～60℃ |
| vibration resistance | [EDX-5000A-64-HE, EDX-5000A-64-SE] 49.0m/s2(5G), 5-55Hz (non working) 29.4m/s2(3G), 5-55Hz (during operation) [EDX-5000A-64-HE] 9.8m/s2(1G), 10-200Hz (during operation) [EDX-5000A-64-SE] 19.6m/s2(2G), 10-200Hz (during operation) |
| impact resistance | 196.1m/s2（20G）, 11ms |
| External dimensions | 365 (W) × 159 (H) × 300 (D) mm (excluding protruding parts) |
| weight | About 11.5 kg (only for the main unit) |
| AND SYNCHRONOUS | Can connect multiple EDX-5000A and synchronize recording operations Can be combined with EDX-5000A and EDX-3000B, EDX-5000A and EDX-200A Number of synchronized connections 10 (maximum 800 channels when all EDX-5000A-80) However, when combined with EDX-200A, the maximum number of units in a group is 8 |
| Optional Features | Collect CAN data (input channels: maximum of 512 channels) Collect GPS data (with the function of collecting trajectory data and synchronizing time) |
| Optional Features | Control with DCS-100A via Ethernet cable |
| Compliance | Directive 2014/30/EU (EMC) Directive 2014/35/EU (LVD) Directive 2011/65/EU (RoHS) |
| Standard accessories | AC cable P-18 (with 2-pin adapter CM-52) DC power cable P-70, grounding wire P-72, simple operation manual Operating manual (CD-R), EDX accessory kit, AC fuse, DC fuse DIO welding plug, DIO plug housing |
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| Optional parts | EDX cover plate EDX2000-DUMMY, EDX1P-DUMMY Remote control unit RCU-42A Synchronous cable N-128 Fixed hooks Built in battery (to deal with momentary power outages) Amplifier card |
Specification of ETA-55A
Measurement conditions
| Channel conditions | Measurement ON/OFF, measurement mode, range, high pass filter, low-pass filter, digital high pass filter, digital low-pass filter, balance adjustment ON/OFF CAL、 Calibration coefficient, offset, offset ON/OFF, unit, channel name, measurement range, rated capacity, rated output, upper limit check value, lower limit check value, numerical display digits (optional display items), internal sensitivity registration ON/OFF, input cable, cable correction value |
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| Number of collected data | Until the remaining capacity of the built-in hard drive |
| manual measurement | Collect data from REC to STOP or from REC to a specified number |
| time interval measurement | Automatically collect data by setting the start time and interval of collection |
Trigger measurement
| Start and stop the indexing process through the set trigger. | |
| General triggering conditions | End trigger: customizable Pre triggered data: up to 2097152 data/channel Triggered data: up to 2097152 data/channel (In 24 bit mode) Triggering data is related to the number of measurement channels in AD format |
| Simulate triggering conditions | Trigger channel: Any 1 analog channel Trigger level: set according to physical quantity Trigger slope: rising edge, falling edge |
| Digital triggering conditions | Trigger bit: any 1 bit in the digital channel Trigger level: 0，1 |
| External triggering conditions | Trigger slope: rising edge, falling edge |
| Composite triggering conditions | Trigger source: can be from any analog or digital channel 4-channel, external trigger 1-channel, manual trigger Select from channel 1 AND/OR： Analog trigger, digital trigger, external trigger can be used Logical judgment through AND/OR Trigger level: The analog channel is set through physical quantities, The data channel is 0, 1 Trigger slope: rising edge, falling edge |
| TEDS | Reading TEDS information and automatic setting of reading conditions |
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| Saving and Reading of Measurement Condition Files | Read ME5 format files and set the measurement conditions based on the read data The file of measurement conditions is saved in ME5 format. It can also be read and saved using compatible software such as DCS-100A or EDX-3000B. |
measure work
| Can display measurement, start collection, pause collection, stop collection, perform balance adjustment, output CAL, etc | |
| real-time processing | Processing that can be performed simultaneously with displaying and collecting measurement data The sampling frequency is limited to 10kHz |
Video recording of network cameras
| Using a camera | Network camera corresponding to DirectX (network camera recognized by OS as an image device) |
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| Number of cameras used | 1 |
| resolution | Up to 640 × 480 |
| Frame rate | Maximum 30fps |
| File saving format | AVI format The resolution and frame rate are determined by the camera used. Additionally, it is necessary to bring your own network camera. |
| Measurement conditions during video recording | Measurement mode: manual, manual (set the number of collected data) |
Computational processing
| Digital Filter | Characteristics Butterworth (IIR) Types: low-pass filter, high pass filter Order 1-8 The amplitude ratio at the cut-off point is -3dB Attenuation characteristic -6dB × N dB/oct. (N is the order) ※ Can be used in conjunction with a low-pass filter equipped with an amplifier card |
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| four fundamental operations | The maximum number of calculation channels is 64 Channel conditional operation ON/OFF, expression (up to 200 half width characters), unit, number of digits for numerical display, channel name (up to 40 half width characters), zero operation, zero operation value Symbols and constants for addition:+, subtraction: -, multiplication: *, division:/, power of multiplication: ^, pi: PI、 Brackets: （） operating function SQR square root ABS absolute value SIN sine COS cosine TAN tangent ASIN anti sine (return value: radians) ACOS inverse cosine (return value: radians) ATAN arctangent (return value: radians) DSIN anti sine (return value: angle) DCOS inverse cosine (return value: angle) DTAN arctangent (return value: angle) Logarithms commonly used in LOG LN natural logarithm EXP index HMX maximum principal strain Minimum principal strain of HMN HSM maximum shear strain SMX maximum principal stress SMN minimum principal stress SSM maximum shear stress DEG principal strain direction |
FFT analysis
| Types of analysis | Linear spectrum, power spectrum, cross spectrum, autocorrelation, cross-correlation |
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| Window | OFF、 Hamming window, Hanning window, triangular window, Blackman window, Kaiser window |
| Analyze the number of data | 256，512，1024，2048，4096，8192 |
| Analyze the number of channels | Up to 4 per image |
| Form of Preservation | Republic Standard Document Format (KS2 format) KS2 file version: one point zero six |
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Display interface
| Timing Diagram | X-axis: time, Y-axis: chart of measured values (physical quantities) Up to 8 channels can be displayed |
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| X-Y diagram | X-axis: measured values, Y-axis: chart of measured values Up to 4 channels can be displayed in combination |
| bar chart | Up to 80 channels can be displayed Can display the maximum and minimum values of each channel |
| Circular instrument | Display any one channel with a circular instrument |
| Value Display | Up to 80 channels can be displayed Can display the maximum and minimum values of each channel |
| FFT graph | Chart displaying FFT analysis results Up to 4 channels can be displayed |
| WebCam | Display the image captured by the camera |
| Input overload display | Display the numerical background of the input overload channel in red (excluding FFT images) |
| Chart scaling | The Y-axis of the timing chart, the X-axis and Y-axis of the X-Y chart, and the Y-axis of the bar chart can be automatically scaled and displayed |
| Cursor display | The cursor can be displayed in the timing diagram and X-Y diagram Physical quantities can be displayed at the cursor position |
| Simultaneously display the number of items | Up to 12 combinations of various charts |
| Image saving | You can save various charts in image file format |
Environmental Setting
| Set synchronous operation | Choose from single machine, synchronous host, and synchronous secondary machine |
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| other | Switching of oscillator (internal, external), working buzzer sound, balance specification value, AD data mode switching (16, 24 bits), setting of selection switch |
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GPS and multi-channel CAN selection function
| Collect CAN data | One unit can collect up to 512 channels of CAN data (CAN data is saved in E4A files). Use EDX-3000B compatible software to set CAN conditions |
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| CAN trigger | Control the start and stop of data collection through analog triggering, digital triggering, and composite triggering. Use EDX-3000B compatible software to set CAN conditions |
| Chart display | A chart that displays both numerical and simulated data simultaneously |
| Zero point (manually measured) | Time data received from GPS satellites can be used as zero seconds At the moment when ms is 0, manual measurement begins |
| Zero point (time interval measurement) | Time data received from GPS satellites can be used as zero seconds At the moment when ms is 0, start measuring the time interval |
| Collect GPS data | Can display and collect GPS data (latitude, longitude, speed, direction, etc.) and save GPS data in NMEA file format |
Specification of data playback and analysis software
Play data
| Chart display | Four types of display conditions can be set You can choose to display 1, 2, or 4 charts at will |
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| Timing Diagram | A chart can display up to 16 channels at most The Y-axis can be automatically scaled and displayed |
| X-Y diagram | Fixed 1 chart The X-axis and Y-axis can display any 4 channels together The X-axis and Y-axis can be displayed together with automatic scaling |
| All data displayed | Display all data in 4-channel units |
| Numerical data display | Display numerical data of any 16 channels in a list |
| roll | In the timing diagram, the X-axis can be scrolled |
| Edit data file | Can extract data files from any channel and any range Can convert extracted files Can edit and display the title, comments, and channel conditions of data files |
| Display maximum and minimum values | Can display the maximum and minimum values of each channel (up to 5) It is possible to display 400 data points before and after the maximum and minimum values in a chart |
| KS2 file | Corresponding to segment number (display 1 segment, display all segments) Can display audio data list and play voice |
| Play operation | Play, return, continuous play, frame transfer, inverse frame transfer, jump to start or end playback position, set start and end playback positions, playback speed (0.1-20x) can synchronously play measurement data, video, GPS data. |
| AVI file | Set the playback frame rate and the frame number (time) for starting playback |
analysis
Display collected data
| Statistical operations | Display the maximum, minimum, average, and standard deviation of any range of data files in a tabular format. The statistical calculation results can be saved as CSV format files. |
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| four fundamental operations | Perform inter channel operations within up to 2 files and save the results as a new file Arithmetic symbols (up to 200 characters or less in half width), up to 320 can be set Expression Can input operation symbols and constants Addition:+, subtraction: -, multiplication: *, division:/ Power: ^, pi: PI 、 Brackets: （） operating function SQR square root ABS absolute value SIN sine COS cosine TAN tangent ASIN anti sine (return value: radians) ACOS inverse cosine (return value: radians) ATAN arctangent (return value: radians) DSIN anti sine (return value: angle) DCOS inverse cosine (return value: angle) DTAN arctangent (return value: angle) Logarithms commonly used in LOG LN natural logarithm EXP index HMX maximum principal strain Minimum principal strain of HMN HSM maximum shear strain SMX maximum principal stress SMN minimum principal stress SSM maximum shear stress DEG principal strain direction |
FFT analysis
| Types of analysis | Linear spectrum, power spectrum, cross spectrum, autocorrelation, cross-correlation, correlation, transfer function |
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| Analyze the number of data | 256，512，1024，2048，4096，8192，16384，32768 |
| Window function | OFF、 Hamming window, Hanning window, triangular window, Blackman window, Kaiser window |
| filter | 1, 2, 5, 10, 20, 50, 100, 200, 500, 1k, 2k Hz and FLAT, a total of 12 orders |
| Integral multiplicity | 0, 1~2 0: None |
| Average frequency | 0~(0: All waveforms) |
| Number of mobile data | 2 or more |
| The analysis result chart displays | Linear Spectrum Sequence diagram: available Analysis Figure 1: Amplitude (Linear)/Amplitude (Logarithmic) Analysis Figure 2: Phase Power spectrum Sequence diagram: available Analysis Figure 1: Amplitude (Linear)/Amplitude (Logarithmic) Analysis Figure 2: - Cross spectrum Sequence diagram: available Analysis Figure 1: Amplitude (Linear)/Amplitude (Logarithmic) Analysis Figure 2: Phase [Self related] Sequence diagram: available Analysis Figure 1: Relevant Analysis Figure 2: - [Interrelated] Sequence diagram: available Analysis Figure 1: Relevant Analysis Figure 2: - 【 Relevance 】 Sequence diagram: available Analysis Figure 1: Correlation Analysis Figure 2: - Transfer Function Sequence diagram: available Analysis Figure 1: Amplitude (Linear)/Amplitude (Logarithmic) Analysis Figure 2: Phase Save the analysis results as a CSV file |
frequency analysis
| Types of analysis | Maximum minimum value method, maximum minimum value method, 1D rainflow method, amplitude method, 1D time rate method, 1D rainflow method+maximum minimum value method, 1D rainflow method+maximum minimum value method 2D rainflow method |
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| Number of divisions | 1D type: even numbers ranging from 10 (± 5) to 256 (± 128) 2D type: an even number of 10-50 Setting of segmentation amplitude, hysteresis, offset (when using the maximum and minimum value method), etc |
| Display of analysis results | Tabulation display, graphic display (3D display when using 2D rainflow method) |
| Prediction of lifespan processing | Frequency obtained using 1D rainflow method, 2D rainflow method, and amplitude method Analyze the results to predict lifespan and display and save the analysis results (the results can be read into S-N data files) |
| Filter processing | IIR digital filter Feature: 4th order Butterworth (Cut off characteristics:- 6dB, no phase delay) High pass and low-pass filters: FLAT～500kHz (Maximum can be set to 1/2 of the sampling frequency) mirroring Additional format can be used to save analysis results |
| Calculus processing | Calculus Repeats 0, 1~20: None Additional format can be used to save analysis results |
other
| Convert multiple files at once | CSV, EXCEL (XLS, XLSX), PRC III format files |
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| documentation | Synchronize multiple data files collected from the main and secondary machines Assemble into 1 file |
| File inverse conversion | Convert the converted CSV data file to a KS2 file |
| File Split | Extract data with specified segment numbers from multiple segment data files and save it as a file |
| One time analysis and processing | Multiple files are analyzed and processed at once under the same conditions (Frequency analysis, file processing, calculus processing) |
| Overlapping multiple files for display | Can display up to 16 data files with overlapping temporal data You can freely set the starting display position on the data file |
| CSV conversion of multiple files | Convert multiple KS2 files measured during time intervals into one CSV file |
Outline dimension diagram
