Specifications

Media

RDX
Built-in 3.5-inch RDX drive x1	SATA interface
Compatible RDX cartridge types	HDD
Recording capacities	HDD : 2TB
Media that has been verified to operate with this system	Tandberg Data 1TB 8586 2TB 8731(FW1.31) docking station RDXQuikStor
SDHC
SDHC card slot x1
Compatible media	SDHC cards (SDXC not supported)
Recording capacity	4GB - 32GB
Speed class	Class 10 recommended
Media that has been verified to operate with this system	SanDisk 4GB SDSDX-004G : Extreme 16GB SDHC Class10 30MB/s 8GB SDSDU-008G : Ultra 8GB SDHC Class10 30MB/s SDSDX-008G : Extreme 8GB SDHC Class10 30MB/s 16GB SDSDU-016G : Ultra 16GB SDHC Class10 30MB/s SDSDX-016G : Extreme 16GB SDHC Class10 45MB/s SDSDXPA-016G : Extreme pro 16GB SDHC CLASS10 95MB/s 32GB SDSDXPA-032G : Extreme pro 32GB SDHC CLASS10 95MB/s

Sampling frequencies and bands

Sampling frequencies and bands Sampling frequency (Fs)/2.4 = band		Series 1	Corresponds to DAT/audio sampling frequencies
		Series 2	Corresponds to integer frequencies
		Series 3	Frequency axis during 2N FFT analysis : integrated in resolution
		Series 4	Frequency axis during 2N FFT analysis : integrated in resolution
Series 1		Series 2		Series 3		Series 4
Fs (kHz)	Band (kHz)	Fs (kHz)	Band (kHz)	Fs (kHz)	Band (kHz)	Fs (kHz)	Band (kHz)
192.00	80.00	200.00	83.33	204.80	85.33	131.07	54.61
96.00	40.00	100.00	41.67	102.40	42.67	65.54	27.31
48.00	20.00	50.00	20.83	51.20	21.33	32.77	13.65
24.00	10.00	20.00	8.33	25.60	10.67	16.38	6.83
12.00	5.00	10.00	4.17	12.80	5.33	8.19	3.41
6.00	2.50	5.00	2.08	5.12	2.13	4.10	1.71
3.00	1.25	2.00	0.83	2.56	1.07	2.05	0.85
1.50	0.63	1.00	0.42	1.28	0.53	1.02	0.43

Number of channels that can be recorded simultaneously

Fs(kHz)				RDX recording 6MB/s		SDHC recording 1.5MB/s
Series 1	Series 2	Series 3	Series 4	16bit	24bit	16bit	24bit
192.00	200.00	204.80	131.07	16ch	8ch	―	―
96.00	100.00	102.40	65.54	32ch	16ch	8ch	―
48.00	50.00	51.20	32.77	64ch	32ch	16ch	8ch
24.00	20.00	25.60	16.38	128ch	64ch	32ch	16ch
12.00	10.00	12.80	8.19	128ch	128ch	64ch	32ch
6.00	5.00	5.12	4.10	128ch	128ch	128ch	64ch
3.00	2.00	2.56	2.05	128ch	128ch	128ch	128ch
1.50	1.00	1.28	1.02	128ch	128ch	128ch	128ch

Recording times

The following tables show approximate recording times for different media capacities according to the combination of sampling frequency, recording bit depth and recording media.

[ Approximate total 16-bit recording times for a 1TB RDX HDD (in days, hours:minutes:seconds) ]

Fs (kHz)	Band (kHz)	8ch	16ch	32ch	64ch	96ch	128ch
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	1 day, 21:09:00	-	-
24.00	10.00	29 days, 12:34:47	14 days, 21:56:32	7 days, 11:53:54	3 days, 18:10:58	2 days, 12:10:26	1 day, 21:09:00
12.00	5.00	57 days, 20:48:58	29 days, 12:34:47	14 days, 21:56:32	7 days, 11:53:54	5 days, 0:20:52	3 days, 18:10:58
6.00	2.50	111 days, 6:48:00	57 days, 20:48:58	29 days, 12:34:47	14 days, 21:56:32	10 days, 0:41:45	7 days, 11:53:54
3.00	1.25	206 days, 16:03:27	111 days, 6:48:00	57 days, 20:48:58	29 days, 12:34:47	20 days, 1:23:31	14 days, 21:56:32
1.50	0.63	361 days, 16:06:02	206 days, 16:03:27	111 days, 6:48:00	57 days, 20:48:58	40 days, 2:47:02	29 days, 12:34:47

[ Approximate total 24-bit recording times for a 1TB RDX HDD (in days, hours:minutes:seconds) ]

Fs (kHz)	Band (kHz)	8ch	16ch	32ch	64ch	96ch	128ch
192.00	80.00	1 day, 21:09:00	-	-	-	-	-
96.00	40.00	3 days, 18:10:58	1 day, 21:09:00	-	-	-	-
48.00	20.00	7 days, 11:53:54	3 days, 18:10:58	1 day, 21:09:00	-	-	-
24.00	10.00	14 days, 21:56:32	7 days, 11:53:54	3 days, 18:10:58	1 day, 21:09:00	-	-
12.00	5.00	57 days, 20:34:47	14 days, 21:56:32	7 days, 11:53:54	3 days, 18:10:58	2 days, 0:10:26	1 day, 21:09:00
6.00	2.50	57 days, 20:48:58	57 days, 20:34:47	14 days, 21:56:32	7 days, 11:53:54	5 days, 0:20:52	3 days, 18:10:58
3.00	1.25	111 days, 6:48:00	57 days, 20:48:58	57 days, 20:34:47	14 days, 21:56:32	10 days, 0:41:45	7 days, 11:53:54
1.50	0.63	206 days, 16:03:27	111 days, 6:48:00	57 days, 20:48:58	57 days, 20:34:47	20 days, 1:23:31	14 days, 21:56:32

[ Approximate total 16-bit recording times for a 2TB RDX HDD (in days, hours:minutes:seconds) ]

Fs (kHz)	Band (kHz)	8ch	16ch	32ch	64ch	96ch	128ch
192.00	80.00	7 days, 12:22:14	3 days, 18:18:09	―	―	―	―
96.00	40.00	14 days, 23:48:23	7 days, 12:22:14	3 days, 18:18:09	―	―	―
48.00	20.00	29 days, 19:54:12	14 days, 23:48:23	7 days, 12:22:14	3 days, 18:18:09	―	―
24.00	10.00	59 days, 1:11:47	29 days, 19:54:12	14 days, 23:48:23	7 days, 12:22:14	5 days, 0:21:04	3 days, 18:18:09
12.00	5.00	115 days, 17:42:18	59 days, 1:11:47	29 days, 19:54:12	14 days, 23:48:23	10 days, 0:17:09	7 days, 12:22:14
6.00	2.50	222 days, 13:44:25	115 days, 17:42:18	59 days, 1:11:47	29 days, 19:54:12	19 days, 22:54:53	14 days, 23:48:23
3.00	1.25	413 days, 8:22:29	222 days, 13:44:25	115 days, 17:42:18	59 days, 1:11:47	39 days, 15:16:08	29 days, 19:54:12
1.50	0.63	723 days, 8:39:22	413 days, 8:22:29	222 days, 13:44:25	115 days, 17:42:18	78 days, 4:49:40	59 days, 1:11:47

[ Approximate total 24-bit recording times for a 2TB RDX HDD (in days, hours:minutes:seconds) ]

Fs (kHz)	Band (kHz)	8ch	16ch	32ch	64ch	96ch	128ch
192.00	80.00	3 days, 18:18:09	―	―	―	―	―
96.00	40.00	7 days, 12:22:14	3 days, 18:18:09	―	―	―	―
48.00	20.00	14 days, 23:48:23	7 days, 12:22:14	3 days, 18:18:09	―	―	―
24.00	10.00	29 days, 19:54:12	14 days, 23:48:23	7 days, 12:22:14	3 days, 18:18:09	―	―
12.00	5.00	59 days, 1:11:47	29 days, 19:54:12	14 days, 23:48:23	7 days, 12:22:14	5 days, 0:21:04	3 days, 18:18:09
6.00	2.50	115 days, 17:42:18	59 days, 1:11:47	29 days, 19:54:12	14 days, 23:48:23	10 days, 0:17:09	7 days, 12:22:14
3.00	1.25	222 days, 13:44:25	115 days, 17:42:18	59 days, 1:11:47	29 days, 19:54:12	19 days, 22:54:53	14 days, 23:48:23
1.50	0.63	413 days, 8:22:29	222 days, 13:44:25	115 days, 17:42:18	59 days, 1:11:47	39 days, 15:16:08	29 days, 19:54:12

[ Approximate total 16-bit recording times for a 32GB SDHC (in days, hours:minutes:seconds) ]

Fs (kHz)	Band (kHz)	8ch	16ch	32ch	64ch	96ch	128ch
192.00	80.00	-	-	-	-	-	-
96.00	40.00	5:44:51	-	-	-	-	-
48.00	20.00	11:26:10	5:44:51	-	-	-	-
24.00	10.00	22:38:19	11:26:10	5:44:51	-	-	-
12.00	5.00	1 day, 20:22:18	22:38:19	11:26:10	5:44:51	-	-
6.00	2.50	3 days, 13:19:48	1 day, 20:22:18	22:38:19	11:26:10	7:39:01	5:44:51
3.00	1.25	6 days, 14:28:12	3 days, 13:19:48	1 day, 20:22:18	22:38:19	15:18:02	11:26:10
1.50	0.63	11 day, 13:19:22	6 days, 14:28:12	3 days, 13:19:48	1 day, 20:22:18	30:36:04	22:38:19

[ Approximate total 24-bit recording times for a 32GB SDHC (in days, hours:minutes:seconds) ]

Fs (kHz)	Band (kHz)	8ch	16ch	32ch	64ch	96ch	128ch
192.00	80.00	-	-	-	-	-	-
96.00	40.00	-	-	-	-	-	-
48.00	20.00	5:44:51	-	-	-	-	-
24.00	10.00	11:26:10	5:44:51	-	-	-	-
12.00	5.00	22:38:19	11:26:10	5:44:51	-	-	-
6.00	2.50	1 day, 20:22:18	22:38:19	11:26:10	5:44:51	-	-
3.00	1.25	3 days, 13:19:48	1 day, 20:22:18	22:38:19	11:26:10	7:39:01	5:44:51
1.50	0.63	6 days, 14:28:12	3 days, 13:19:48	1 day, 20:22:18	22:38:19	15:18:02	11:26:10

Analog signal input channels

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
High pass filter	-	3rd-order Butterworth analog filter 10 Hz (within ±0.5 dB), 20 Hz (within ±0.5 dB)
Weighting	-	A curve, C curve or flat IEC-TYPE1
Absolute maximum input voltage (input range value)	±50V(0.1,0.2,0.5,1,2,5V) ±100V(10,20V)
2-color input level LED (red/green)	Lights green when input level exceeds 10% of its input range and lights red when it exceeds 115%.	Lights green when input level exceeds 10% of its input range and lights red when it exceeds 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
Input frequency flatness characteristics (0 dB at 100 Hz) (Sampling frequency/2.4)	10V or less input range Band (40kHz or less): ±0.5 dB or less Band (80kHz or less): +0.5 to – 1.0 dB
	20V input range 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 (10 or more minutes after power supplied)	-
OFFSET, gain correction	Correction function available
Measured frequency of phase contrast between input channels (Sampling frequency/2.4)	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
Voltage supplied to ICP sensors	-	Can be set to 28V or 24V DC for each expansion unit (all 16 channels at once)
ICP sensor constant current source	-	Can be set to OFF, 0.5 mA or 4 mA per channel
ICP sensor interruption detection	-	Each channel has ICP sensor interruption detection
TEDS	-	Supports TEDS Ver. 0.9, 1.0

DC/PA input amplifier signal to noise (SN) ratio

DC/PA input amplifier distortion : 0.1% or less
DC/PA input amplifier crosstalk : -80dB
Noise level compared to 100% of the given input range
Signal leakage level from other channels compared to 100% of the given input range.

Input range	Band (20kHz or less)		Band (40kHz or less)		Band (80kHz or less)
	16bit	24bit	16bit	24bit	16bit	24bit
Up to 1V	85dB	87dB	84dB	85dB	82dB	82dB
1 – 20V	87dB	98dB	87dB	93dB	86dB	91dB

Analog signal output channels

Number of output channels	16
Output connectors	BNC (Z=50Ω type)
Onput format	Unbalanced
Onput impedance	50Ω±10%
Output range setting	±1 to ±5V selectable in 0.1V increments
Maximum output current	±10mA(into 20Ω load)
Quantization bit depth	24-bit or 16-bit switchable
Digital-analog conversion	ΔΣ method with 24-bit, 128x oversampling
Output frequency flatness characteristics	(10V or less input range) Band (20kHz or less) : ±0.5dB or less Band (40kHz or less) : +0.5 to – 1.0 dB or less Band (80kHz or less) : +0.5 to – 2.5 dB or less
	(20V input range) Band (20kHz or less) : +0.5 to – 1.0 dB or less Band (40kHz or less) : +0.5 to – 1.5 dB or less Band (80kHz or less) : +0.5 to – 3.0 dB or less
Output range precision	±2% or less
Output nonlinearity	±0.1% or less
Output distortion (THD)	±0.1% or less
Output dynamic range (1V input range in 20kHz band or less)	24bit : 97dB 16bit : 89dB
Signal to noise(SN) ration	Band (20kHz or less)		Band (40kHz or less)		Band (80kHz or less)
	16bit	24bit	16bit	24bit	16bit	24bit
(1V input range)	87dB	95dB	87dB	92dB	78dB	82dB
Crosstalk between output channels (1V input range)	-74dB or more
Measured frequency of phase contrast between output channels	(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

System Composition

This system is composed of a WX-7000 wideband data recorder and one or more AU-WXEPIO expansion units.

Wideband Data Recorder : WX-7000

Expansion unit : AU-WXEPIO

By adding more AU-WXEPIO expansion units, you can increase the number of input and output channels.
We offer products with 1, 2, 4, 6 and 8 AU-WXEPIO expansion units.

WX-7016 (16 input and output channels)

WX-7032 (32 input and output channels)

WX-7064 (64 input and output channels)

WX-7096 (96 input and output channels)

WX-7128 (128 input and output channels)

Connections

Powering the unit

One included AC adaptor can supply power to both the WX-7000 wideband data recorder and two AU-WXEPIO expansion units.
AU-WXEPIO expansion units that are not connected to an AC adaptor receive power by connection cables.
Connect AC adaptors and connection cables as shown in the following illustrations.

* CAUTION

• Do not supply power to AC adaptors or DC INs until after securely connecting all connection cables between units.
• Before connecting or disconnecting connection cables, turn off the power to the AC adaptors and DC INs.
• Connect the EXPANSION OUT connector of the unit above with the EXPANSION IN connector of the unit below it using a connection cable.

WX-7016

Connect the included AC adaptor to the DC IN on the WX-7000.

WX-7032

Connect the included AC adaptor to the DC IN on the WX-7000.

WX-7064

Connect one included AC adaptor to the DC IN on the WX-7000 and the second included AC adaptor to the DC IN on the third AU-WXEPIO unit from the top.

WX-7096

Connect one included AC adaptor to the DC IN on the WX-7000, the second adaptor to the DC IN on the 3rd AU WXEPIO unit from the top and the third adaptor to the 5th unit.

WX-7128

Connect one included AC adaptor to the DC IN on the WX-7000, the second adaptor to the DC IN on the 3rd AU WXEPIO unit from the top, the third adaptor to the 5th unit and the fourth adaptor to the 7th unit.

* Specifications and Appearance are subject to change without notice.

Accessories & Option products

Accessories

WX Navi Measurement data wave pattern indication software

Microphone (for Voice Memo)

Earphone

CD-ROM
Contents : Operation Manual, WX Navi software, WX Navi manual

Quick Start Guide

EXPANSION cable

AC adapter

AC adapter cable

Ferrite cores (attached to AC adapter)

DC cable

Option products

ER-WXRC
Exclusive facility remote controller

Cable(3m)

AR-WXIRGPS
IRIG-B time cord, GPS data input card

connectors	BNC : The terminal for acquiring the signal from IRIG-B126 IRIG-B120-B123 Dsub9Pin (male) : The terminal for acquiring the signal from NMEA0183 It is possible to calibrate RTC using the time information acquired by IRIG and GPS.
Recording of time information / Playback of time information	It is possible to record the data (time record that provided by GPS orIRIG-B126,IRIG-B120-B123) to the measurement channel in the orginal format.An applicable channel(CH1) is overwritten by the original format data. The signal is then output during playback.
Recording of location information	It is possible to record GPS information. It is possible to select as follows two items. 1.Recording location information to measurement channels 2.Not recording location information to measurement channels

SIDE FRAME

Model name / Dimension	H (mm)	D (mm)
WX-7016	191	378
WX-7032	232	378
WX-7064	314	378
WX-7096	396	378
WX-7128	478	378