EDX-5000A – Memory Recorder & Analyser

Specifications

Applicable Conditioner Cards

CDV-40B (-F), CVM-41A, DPM-42B (-F), DPM-42B-I (-F), CTA-40A, CFV-40A, CCA-40A (-F), CDV-44AS, CDA-44AS, CDA-45AS, AD-40AS (-F)

Analog Input

See spec of respective conditioner cards.

Digital I/O

I/O points: Max .8
I/O Settings: Sets every bit to digital input, digital output, or remote-control input with the same common.
*Remote-control input: Measuring start, stop, balance conducting, etc.
Input modes: Isolated, TTL level input
Input voltage: Max. 5 VDC
Isolation modes: Digital isolation
Output modes:Isolated open-collector output (With 10 kΩ built-in pull-up resistors)
Output voltage: 5 VDC
Output current: Max. 25 mA (per point)

Voice Memo Input

1 channel (To be recorded together with measuring data.) An optional remote control unit RCU-42 is required.

Sampling Frequencies

Sampling Mode

1-2-5 series
1 Hz to 200 kHz for up to 32-channel data acquisition
1 Hz to 100 kHz for up to 64-channel data acquisition
1 Hz to 50 kHz for up to 80-channel data acquisition
1 Hz to 10 kHz for real-time synchronous data processing
2n series
2 to 131.072 Hz for up to 32-channel data acquisition
2 to 65.5536 Hz for up to 64-channel data acquisition
2 to 32.768 Hz for up to 80-channel data acquisition
2 to 8.192 Hz for real-time synchronous data processing
*The condition is using a 16-bit A/D converter.
*As for a 24-bit A/D converter, the channels above will be half of each channel.

Display

I

Operation Keys

Keys (REC, STOP, BAL, and OPT) are operated by touchscreen, keys on EDX, external keyboard, or mouse

Output Control Connectors

CONT.IN, CONT.OUT
(For remote control unit, or synchronous operation)

External I/O Connectors

External triggers: TRG IN, TRG OUT
External clock: CLK IN, CLK OUT
(Output at any frequency division ratio)

External Interfaces

USB type keyboard, USB type mouse
VGA connector for monitor
USB I/F: 3 USB 2.0 in front, 2 USB 3.0 in rear
LAN I/F: 100/1000BASE-T

Power Supply

100 to 240 VAC and 10 to 30 DC, dual supply
Built-in batteries against momentary power failure

Operating Temperature

0 – 40 °C

Operating Humidity

20 – 80 % RHI

Storage Temperature

-20 – 60 °C

Vibration Resistance

EDX-5000A-64-HE, EDX-5000A-64-SE
49.0 m/s2 (5 G), 5 to 55 Hz (When not operating)
29.4 m/s2 (3 G), 5 to 55 Hz (When operating)
EDX-5000A-64-HE:
9.8 m/s2 (1 G), 10 to 200 Hz (When operating)
EDX-5000A-64-SE:
19.6 m/s2 (2 G), 10 to 200 Hz (When operating)

Impact Resistant

196.1 m/s²I

Optional Functions

CAN data acquisition (Input channels: Max 512)
GPS data acquisition (Tracing data acquisition, time synchronous function)

Online Control

Controlled by DCS-100A

Low Voltage Directive

EN61010-1 I

RoHS-Directive

EN50581

Standard Accessories

AC power cable P-18 (With 2-pin conversion plug
CM-39), DC power cable P-70, gound wire P-72, simplified instruction manual, CD-R (Instruction manual), EDX accessory bag, AC fuse, DC fuse, soldering plug for DIO, shell case for DIO plug

Optional accessories

Synchronous cable N-128, remote control unit RCU-42A , belt hook, dummy panel for EDX EDX1P-DUMMY, EDX-2000-DUMMY

Software Specifications

Measuring Condition Settings

Measuring Channel Conditions

Measurement ON/OFF, measuring modes, range, HPF, LPF, digital HPF, digital LPF, balance ON/OFF, CAL, calibration coefficient, offset, offset zero ON/OFF, unit, channel name, measuring range, rated capacity, rated output, upper-limit check value, lower-limit check value, numeric display digits (Selects any items to display), inner sensitivity register ON/OFF, input cable, cable compensation value

Recordable Data

Up to remaining disk space of built-in memory

Manual Measurement

Recording from REC to STOP, or preset data starts from REC

Interval Measurement

Automatic recording according to designated starting time and recording interval

Trigger Measurement

• Common trigger conditions
End trigger: Settable
Pre-trigger: Max. 2097152 points per channel
Post-trigger: Max. 2097152 points per channel
(When A/D is set to 24 bits)
Trigger data correlates with the number of channels.
• Analog trigger conditions
Trigger channels: Any 1 analog channel
Trigger level: Sets in physical quantity.
Trigger slope: Up, down
• Digital trigger conditions
Trigger bit: Any 1 bit
Trigger level: 0, 1
• External trigger conditions
Trigger slope: Up, down
• Complex trigger conditions
Trigger source: Selection of any 4 analog/
　 digital channels, an external
　 trigger channel, or a manual
　 trigger channel
AND/OR: Be used for analog
　 trigger, digital trigger and
　 external trigger.
Trigger level: An physical quantity is set for
　 the analog channel, and
　 0 or 1 for the digital channel.
Trigger slope: Up, down

TEDS

Reads sensor's information and sets to channel condition automatically.

Measuring Operations

Real-time processing

Simultaneous monitoring and recording of data
The sampling frequencies up to 10 kHz are available.

Video Data Acquisition with a Web Camera

Camera

DirectX compatible Web camera
(Recognized by the OS as an imaging device)

Number of Cameras

1

Resolution

Max. 640 x 480

Frame rate

Max. 30 fps

Saving File Format

AVI format
Resolution and frame rate depend on the camera.
The Web camera is optional.

Measuring Conditions during Recording Video

Manual mode, manual mode (Data points preset)

Arithmetic Operation

Calculation channels: Max. 64
Calculation conditions: ON/OFF, operators (Max. 200 characters), unit, numeric display digits, channel name (Max. 40 characters), calculation zero, and calculation zero value
Applicable Operators and Constants
+, -, ×, /, ^[power], P[I π], ()
Functions:
SQR Square root
ABS Absolute value
SIN Sine
COS Cosine
TAN Tangent
ASIN Arc sine (Return value: Radian)
ACOS Arc cosine (Return value: Radian)
ATAN Arc tangent (Return value: Radian)
DSIN (Return value: Angle)
DCOS (Return value: Angle)
DTAN (Return value: Angle)
LOG Common logarithm
LN Natural logarithm
EXP Exponent
HMX Max. principal strain
HMN Min. principal strain
HSM Max. shearing strain
SMX Max. principal stress
SMN Min. principal stress
SSM Max. shearing stress
DEG Principal strain direction

FFT Analysis

Analysis Types

Linear spectrum, power spectrum, cross spectrum, auto-correlation, and cross-correlation

Window Functions

OFF, Hamming, Hanning, Fejer, Blackman, and Gaussian

Analyzed Data Points

256, 512, 1024, 2048, 4096, and 8192

Analysis Channels

4 channels/window

Saving File Format

Kyowa standard file format (KS2)
KS2 file version: 01.06

Monitor

Y-time Graph

X axis indicates the time, and Y axis the physical values of measurement for a maximum of 8 channels.

X-Y Graph

X and Y axes indicate the measured data, max. 4 channels

Bar Graph

Up to 80 channels are contained in a graph.
Displays max. and min. values are possible.

Circle Meter

Any one channel is displayed in a circle meter.

Numeric Display

Up to 80 channels are listed.
Displays max. and min. values of each channel are possible.

FFT Graph

Up to 4 channels of analyzed results are displayed.

Web Camera

Displays captured images.

Over-input

Displays the over-input values, background, etc. in red.

Graph Scale

Capable of displaying auto-scale value on the Y-time graph (Y axis), X-Y graph (X, Y axes), and bar graph (Y axis).

Cursors

Available on Y-time graph, X-Y graph, physical values appear at the cursor positions

Windows

Up to 12 different graph windows are available at the same time.

Saving Images

Saves each graph as an image file.

Synchronous Operation

Standalone, sync host, or sync guest is selected

Others

Inner, external oscillators switching, operating beep, balance reference value, A/D bits switching, and optional switches selection

GPS/Multichanel CAN optional Functions

Can Data Recording

Up to 512 channels of CAN data can be recorded
for each unit.
(CAN data is saved in E4A file format.)
*Use the ELA-55A for CAN condition settings.

Can Trigger

Start/stop recording data by using analog triggers,
ditital triggers, and complex triggers.
*Use the ELA-55A for CAN condition settings.

Graph Display

Display numerical and analog data in graphs simultaneously.

Environmental characteristics

Point ZERO Measurement

Able to start manual measurement at zero second (at the moment when msec is zero) using the time data received from GPS satellites.

Interval Measurement

Able to start interval measurement at zero second (at the moment when msec is zero) using the time data received from GPS satellites.

GPS Data Recording

Able to monitor and record GPS data (latitude, longitude, speed, bearing, etc.).
GPS data is saved in NMEA file format.