WX-7000 Series Portable high-bandwidth Data

Portable Wide-Band Data Recorder
WX-7000 Series
Specification
Media
RDX
Built-in 3.5-inch RDX drive x1
Compatible RDX cartridge types
Recording capacities
Available cartridge
SATA interface
HDD and SSD
HDD : 500GB - 1TB / SSD : 64GB - 512GB
Operation verified : Imation RDX cartridges
Imation
500GB
RDX-500GB-IMN
1TB
RDX-1TB-IMN
Media that has been verified
docking station
RDX-USB3-EXT-DOCK
to operate with this system
Tandberg Data
500GB
8541
1TB
8586
docking station
RDXQuikStor
SDHC
SDHC card slot x1
Compatible media
Recording capacity
Speed class
Media that has been verified
to operate with this system
ICP sensor constant current source
-
ICP sensor interruption detection
-
TEDS
-
Input range
Up to 1V
1 – 20V
Can be set to 28V or 24V DC for
each expansion unit
(all 16 channels at once)
Can be set to OFF, 0.5 mA or
4 mA per channel
Each channel has ICP sensor
interruption detection
Supports TEDS Ver. 1.1
Band (20kHz
16bit
85dB
87dB
or less)
24bit
87dB
98dB
Band (40kHz
16bit
84dB
87dB
or less)
24bit
85dB
93dB
Band (80kHz or less)
16bit
24bit
82dB
82dB
86dB
91dB
DC/PA input amplifier distortion : 0.1% or less
DC/PA input amplifier crosstalk : -80dB
SDHC cards (SDXC not supported)
4GB - 32GB
Class 10 recommended
SanDisk
4GB
SDSDX-004G-J35
8GB
SDSDU-008G-J35 / SDSDX-008G-J35 /
SDSDX-008G-J95
16GB SDSDU-016G-J35 / SDSDX-016G-J35 /
SDSDXPA-016G-J35
32GB SDSDXPA-032G-J35
Analog signal input channels
10 or more minutes after power supplied
Measured frequency of
phase contrast between
input channels
(Sampling frequency / 2.4)
-
http://datarecorder.jp/en
DC/PA input amplifier signal to noise (SN) ratio
Input amplifier switching
Can be switched between DC input and PA input
Input signal type
DC input
PA input
Number of input channels
16
Input connectors
BNC (Z=50Ω type)
Input format
Unbalanced
Input impedance
1 MΩ or more
Input signal and amplifier coupling
DC coupling
AC coupling
Input range options
±0.1,0.2,0.5,1,2,5,10,20V
Input filter
Analog filter
3rd-order Butterworth analog filter
High pass filter
10 Hz (within ±0.5 dB),
20 Hz (within ±0.5 dB)
A curve, C curve or flat IEC-TYPE1
Weighting
Absolute maximum
±50V(0.1,0.2,0.5,1,2,5V)
input volt-age (input range value)
±100V(10,20V)
Lights green when input level Lights green when input level
exceeds 10% of its input range exceeds 10% of its input range
2-color input level LED
and lights red when it exceeds and lights red when it exceeds
(red/green)
115%.
115%.
Lights both green and red
when there is no ICP current.
Input signal quantization bit depth
24-bit or 16-bit switchable
Over range
±127%(+2.08dB)
Analog-digital conversion method
ΔΣ method with 24-bit, 128x oversampling
10V or less input range
Input frequency flatness
Band (40kHz or less): ±0.5 dB or less
characteristics
Band (80kHz or less): +0.5 to – 1.0 dB
(0 dB at 100 Hz)
20V input range
(Sampling frequency / 2.4)
Band (20kHz or less): ±0.5 dB or less
Band (80kHz or less): +0.5 to – 2.5 dB
Input range precision
±2% or less
Nonlinearity
±0.1% or less
Input DC drift stability
±0.1% or less
OFFSET, gain correction
Voltage supplied to ICP sensors
Correction function available
10V or less input range
Band (20kHz or less): 1º or less (in same expansion unit)
2º or less (in different expansion unit)
Band (80kHz or less): 3º or less
20V input range
Band (20kHz or less): 2º or less (in same expansion unit)
3º or less (in different expansion unit)
Band (80kHz or less): 3º or less
Noise level compared to 100% of the given input range
Signal leakage level from other channels compared to 100% of the given input range.
Analog signal output channels
Number of output channels
Output connectors
Onput format
Onput impedance
Output range setting
Maximum output current
Quantization bit depth
Digital-analog conversion
Output frequency flatness
characteristics
Output range precision
Output nonlinearity
Output distortion (THD)
Output dynamic range
(1V input range in 20kHz
band or less)
Signal to noise (SN) ration
(1V input range)
Crosstalk between output
channels (1V input range)
Measured frequency of
phase contrast between
output channels
16
BNC (Z=50Ω type)
Unbalanced
50Ω±10%
±1 to ±5V selectable in 0.1V increments
±10mA(into 20Ω load)
24-bit or 16-bit switchable
ΔΣ method with 24-bit, 128x oversampling
(10V or less input range)
Band (20kHz or less) : ±0.5dB or less
Band (40kHz or less) : +0.5 to – 1.0 dB or
Band (80kHz or less) : +0.5 to – 2.5 dB or
(20V input range)
Band (20kHz or less) : +0.5 to – 1.0 dB or
Band (40kHz or less) : +0.5 to – 1.5 dB or
Band (80kHz or less) : +0.5 to – 3.0 dB or
±2% or less
±0.1% or less
±0.1% or less
24bit : 97dB
16bit : 89dB
Band(20kHz or less)
16bit
24bit
87dB
95dB
-74dB or more
Band(40kHz or less)
16bit
24bit
87dB
92dB
Portable high-bandwidth Data Recorder with extended recording time.
Selectable 16/24-bit resolution for optimal dynamic range.
Multiple channel configurations to address a wide range of applications.
less
less
less
less
less
Band(80kHz or less)
16bit
24bit
78dB
82dB
Band (80kHz or less) : +0.5 to ‒ 3.0 dB or less
(10V or less input range)
Band (20kHz or less): 1.5º or less (in same expansion unit)
2º or less (in different expansion unit)
Band (80kHz or less): 3º or less
(20V input range)
Band (20kHz or less): 2º or less (in same expansion unit)
3º or less (in different expansion unit)
Band (80kHz or less): 3º or less
WX-7016
AR-WXIRGPS
connectors (IRIG)
BNC : The terminal for acquiring the signal
from IRIG-B126 IRIG-B120-B123
connectors (GPS)
Dsub9Pin (male) : The terminal for acquiring the signal
from NMEA0183
WX-7000 clock can be adjusted using the time information
acquired by IRIG and GPS.
Possible to record the data (time record that provided by GPS
Recording of time information / or IRIG-B126,IRIG-B120-B123) to the measurement channel
Playback of time information by orginal format. An applicable channel (CH1) is occupied by
the original format data. The signal is outputted during playback.
Possible to record GPS information.
Recording of location information Possible to select as follows two items.
1.Recording location information to measurement channels
2.Not recording location information to measurement channels
The WX-7000 Series, a new Portable Instrumentation Data Recorder family of products, are designed to provide
multi-channel high-bandwidth data recording solutions for testing and monitoring requirements in aerospace, defense,
power generation, underwater research, rail transportation, automotive, heavy machinery, and acoustics/vibration-based
industrial applications.
Base model is WX-7016; 32, 64 and 128 channel models are available.
Other company names and product names in this document are the trademarks or registered trademarks of their respective owners.
Features and specifications are subject to change without notice.
Precaution : To ensure safe handling and operation, read the Instruction Manual before use.
TEAC Data Recorder Products Distributed by:
Copyright © 2015 TEAC CORPORATION. All rights reserved.
PRINTED IN JAPAN 0515 PDF・ISD-063
16ch model
WX-7016
32ch model
WX-7032
64ch model WX-7064 128ch model WX-7128
High-speed, Multi-channel and Long recording time
in comparison to AIT tape data recorders.
WX-7000 series from TEAC provide reliable data recording with protection from catastrophic data loss
Software Support
OPTION
(Commercial product)
WX Navi Control and Viewing Software for
WX-7000
Control API
Control API is provided as a Windows
DLL(Dynamic-Link Library) which can be
linked from a upper program.
Control,
Settings, Real-time Transferring Data,
Downloading Recorded Data File are
available using this Control API. Data
analysis
software
developer,
system
integrator can use this Control API in order to
add these functions to their existing system.
3.5 inch LCD is provided on front panel, for
user-friendly operation. Recorder settings are
shown on the display. It's easy to monitor and
change main parameters on home screen, with
easy to access additional set-up menu pages.
TAFFmat ( TEAC data Acquisition File Format ) Data File
TAFFmat is widely supported by major
data analysis software. Recorded data
file by WX-7000 can be analyzed using
data analysis software which is
currently used.
128ch model
WX-7128
Category
General
NVH
User-friendly, Intuitive Operation
Wide dynamic range and high resolution provide extended head-room
input range to record
0
transientphenomenon.
-20
24 bit analog to digital
-40
conversion provides
100dB dynamic range
-60
high-resolution
measurement,
-80
avoiding low level data
-100
buried in noise.
3.5 inch LCD is provided on front panel, for user-friendly operation.
Recorder settings are shown on the display.
It's easy to monitor and change main parameters on home screen, with
Spectrum [dB]
Wide Dynamic Range and High Resolution
Turbine Test
easy to access
additional set-up
menu pages.
100
1000
10000
Note
Peak analysis
Extended Recording Time
DADiSP 6.5
FlexPro9
Developed by Weisang GmbH
Developed by DSP Development Corporation
Sampling frequencies and bands
Series 2
Fs(kHz) Band(kHz)
200.00
83.33
100.00
41.67
50.00
20.83
20.00
8.33
10.00
4.17
5.00
2.08
2.00
0.83
1.00
0.42
Number of channels that can be recorded simultaneously
Series 3
Fs(kHz) Band(kHz)
204.80
85.33
102.40
42.67
51.20
21.33
25.60
10.67
12.80
5.33
5.12
2.13
2.56
1.07
1.28
0.53
Sampling frequencies and bands Sampling frequency
(Fs)/2.4 = band
Frequency [Hz]
Series 4
Fs(kHz) Band(kHz)
131.07
54.61
65.54
27.31
32.77
13.65
16.38
6.83
8.19
3.41
4.10
1.71
2.05
0.85
1.02
0.43
Series 1
192.00
96.00
48.00
24.00
12.00
6.00
3.00
1.50
Series 3
204.80
102.40
51.20
25.60
12.80
5.12
2.56
1.28
Series 4
131.07
65.54
32.77
16.38
8.19
4.10
2.05
1.02
RDX recording 6MB/s SDHC recording 1.5MB/s
16bit
24bit
16bit
24bit
16ch
8ch
32ch
16ch
8ch
64ch
32ch
16ch
8ch
128ch
64ch
32ch
16ch
128ch
128ch
64ch
32ch
128ch
128ch
128ch
64ch
128ch
128ch
128ch
128ch
128ch
128ch
128ch
128ch
Corresponds to DAT/audio sampling frequencies
Series 2
Corresponds to integer frequencies
Frequency axis during 2N FFT analysis :
integrated in resolution
Series 4
Frequency axis during 2N FFT analysis :
integrated in resolution
TEDS (Transducer Electronic Data Sheet) support
Approximate total recording times for a 1TB RDX HDD (in days, hours:minutes:seconds)
16 - bit
WX-7000 unit and recording media (RDX , SDHC) are rugged and
reliable.
SDHC card has no moving part and is shockproof media.
RDX is a disk-based (HDD/SSD) storage system with removable
cartridges which offers rugged, reliable and convenient data storage.
RDX cartridge is shockproof which against 1m (39.4")drop to tile over
concrete floor.
(kHz)
Series 3
Recording times
Reliable Recording Media
Fs
Series 2
200.00
100.00
50.00
20.00
10.00
5.00
2.00
1.00
Series 1
With the use of 500GB RDX media, WX-7000 records 36 times longer
than AIT data recorder. There is no need to change media frequently
to record long term test data.
TEDS function recognizes sensitivity information from transducers
electronically, reducing set-up time and eliminating cabling errors.
(Commercial product)
Spectrum analysis
Script file
can be provided
LMS Test.Lab
B&K PULSE
16 bit only
EDAS
SIGnal Workbench
Series 1
Fs (kHz) Band(kHz)
192.00
80.00
96.00
40.00
48.00
20.00
24.00
10.00
12.00
5.00
6.00
2.50
3.00
1.25
1.50
0.63
-120
-140
10
Software
DADiSP
FlexPro
DIAdem
FAMOS
Matlab
General analysis software
The following tables show approximate recording times for different media capacities according to the combination of sampling frequency,
recording bit depth and recording media.
Fail-safe Recording
WX-7000 closes the data file after every one minute while recording.
Even if an unexpected or mistaken power outage happens during
recording, all recorded data from one minute before power loss is
saved and is available for review and replay.
File Close
1min.
File Close
1min.
POWER
LOST
DATA LOST
Fs(kHz) Band(kHz)
8ch
16ch
32ch
192.00 80.00
3 days, 18:10:58
1 day, 21:09:00
96.00 40.00
7 days, 11:53:54
3 days, 18:10:58
1 day, 21:09:00
48.00 20.00
14 days, 21:56:32
7 days, 11:53:54
3 days, 18:10:58
24.00 10.00
29 days, 12:34:47 14 days, 21:56:32
7 days, 11:53:54
12.00
5.00
57 days, 20:48:58 29 days, 12:34:47 14 days, 21:56:32
6.00
2.50 111 days, 6:48:00 57 days, 20:48:58 29 days, 12:34:47
3.00
1.25 206 days, 16:03:27 111 days, 6:48:00 57 days, 20:48:58
1.50
0.63 361 days, 16:06:02 206 days, 16:03:27 111 days, 6:48:00
64ch
128ch
1 day, 21:09:00
3 days, 18:10:58
7 days, 11:53:54
14 days, 21:56:32
29 days, 12:34:47
57 days, 20:48:58
1 day, 21:09:00
3 days, 18:10:58
7 days, 11:53:54
14 days, 21:56:32
29 days, 12:34:47
Approximate total recording times for a 32GB SDHC (in days, hours:minutes:seconds)
16 - bit
Fs(kHz) Band(kHz)
192.00 80.00
96.00 40.00
48.00 20.00
24.00 10.00
12.00
5.00
6.00
2.50
3.00
1.25
1.50
0.63
8ch
16ch
32ch
64ch
5:44:51
11:26:10
22:38:19
1 day, 20:22:18
3 days, 13:19:48
6 days, 14:28:12
11 days, 13:19:22
5:44:51
11:26:10
22:38:19
1 day, 20:22:18
3 days, 13:19:48
6 days, 14:28:12
5:44:51
11:26:10
22:38:19
1 day, 20:22:18
3 days, 13:19:48
5:44:51
11:26:10
22:38:19
1 day, 20:22:18
128ch
5:44:51
11:26:10
22:38:19
8ch
16ch
1 day, 21:09:00
3 days, 18:10:58
1 day, 21:09:00
7 days, 11:53:54
3 days, 18:10:58
14 days, 21:56:32
7 days, 11:53:54
29 days, 12:34:47 14 days, 21:56:32
57 days, 20:48:58 29 days, 12:34:47
111 days, 6:48:00 57 days, 20:48:58
206 days, 16:03:27 111 days, 6:48:00
8ch
5:44:51
11:26:10
22:38:19
1 day, 20:22:18
3 days, 13:19:48
6 days, 14:28:12
16ch
5:44:51
11:26:10
22:38:19
1 day, 20:22:18
3 days, 13:19:48
24 - bit
32ch
64ch
1 day, 21:09:00
3 days, 18:10:58
7 days, 11:53:54
14 days, 21:56:32
29 days, 12:34:47
57 days, 20:48:58
1 day, 21:09:00
3 days, 18:10:58
7 days, 11:53:54
14 days, 21:56:32
29 days, 12:34:47
24 - bit
32ch
5:44:51
11:26:10
22:38:19
1 day, 20:22:18
64ch
5:44:51
11:26:10
22:38:19
128ch
1 day, 21:09:00
3 days, 18:10:58
7 days, 11:53:54
14 days, 21:56:32
128ch
5:44:51
11:26:10