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SONY SIR1000 and PC2xx® Recorder Configuration For MTS Noise and Vibration Software The purpose of this document is to guide users and MTS field staff through the basic configuration of a Sony Precision Technologies recording system intended for Noise and Vibration applications using software from the MTS Noise and Vibration Division. This is intended only as a guide, and not as a procurement specification. Please contact MTS for confirmation and up-todate specifications before ordering, or check out http://www.sonypt.com/ product/data_recording.html for the manufacturer’s data sheets. Step 1 – Mode of Operation
MTS software is used to post process either native I-DEAS ati or binary universal files written by the Sony PCscan software (see figure). The PCscan II software for PC20xxAx recorders writes both native MTS ATI and Binary Universal files to the PC disk. As of the date of this data sheet, the PCscan III software for the SIR1000 series recorders writes binary universal files. In either case, MTS software is used in a post processing mode. Step 2 – Mainframe, Channel Count and Signal Conditioning Options
The 204 and 208 are the same mainframe case. The SIR1000 series recorders use the same case with 1000i and 1000W mainframes incorporating a bottom-mounted module. Determine total number of mainframes required based on total channel count. The SIR 1000 supports up to 128 total channels when (7) SCX-32 expansion units are connected.
Mainframes
Bandwidth
Channels
Media
SIR 1000
DC – 20 KHz
16/32**
AIT
SIR 1000i
DC – 20 KHz
16/32** ICP
AIT
SIR 1000W
40/80/160 KHz
4/8/16***
AIT
PC204A
1/2/5/10/20 KHz
2/4
DAT
PC208Ax
1/2/5/10/20 KHz
2/4/8
DAT
PC216Ax
1/2/5/10/20 KHz
2/4/8/16/32*
DAT
* Requires PCCX32Ax
** 32, 64, 128 with SCX-32 (up to 7 allowed)
Step 3 – Signal Conditioning Options
During the transfer to MTS-compatible data files, most common engineering noise and vibration units types are supported automatically. However, some manual adjustment of qualifiers may be required after import of the time files, depending on how carefully the data was qualified during the recording session and in the Sony PCScan software. In a worst case with no prequalification, MTS software will accept the data and continue to operate normally and perform signal processing of the time files, however the data will of course be uncalibrated. And MTS software can easily be automated to minimize the amount of manual effort required.
Notes
*** 16 with SCX-16W
Step 4 – Confirm Storage Capacity
Native I-DEAS files and binary universal files are stored on the PC disk in 4-byte floating point precision for each sampled time data point. To compute the total required PC disk storage capacity, (Channels) x (sample rate per channel) x 4/1,000,000 = Approximate Mbytes PC disk storage required. Use Windows Explorer to check for free disk space to confirm that you have the required storage capacity in bytes before commencing data transfer.
m Step 5 – Connection to PC from PC scan II or III software
Communication between these Sony instruments and the PC is via PCI ADAPTEC AHA-2940UW SCSI host adapter. Follow the Sony installation instructions. The PCscan software writes time files that MTS software can read. There are no direct, live communications between MTS software and the recorders. Step 6 – Power and Accessories
AC, DC (12V), and Internal battery standard.
SIR1000 Options
MTS software lets you take data transferred from the recorder via Sony's PC Scan software, and perform high-resolution data analyses like this color waterfall.
SCX-32/32i Channel expansion unit for SIR-1000/1000i SCX-16W Channel expansion unit for SIR-1000W SAA-23 Power supply unit SHL-64/128 Stacking frame STB-10 SDX Emulation board STB-30 High-speed SCSI transfer board SVB-10 Video board (NTSC-M/PALB, D, G, H, I, N (Composite Video)) SBS-10A High-speed digital I/O board (asynchronous type SBS-10S High-speed digital I/O board (external sync type) SDF-10 Differential input kit for SIR-1000 SDF-20 Differential input kit for SCX-32 SHL-10 Guard frame with handles SRT-100 (SRT-10) Rack mount adapter for SIR-1000 SRT-200 (SRT-20) Rack mount adapter for channel expansion unit SSB-10 Multi-unit sync adapter STC-10/23 Carrying case STC-10R/30R Shipping case BP-L60A/L90A Lithium ion battery pack BC-L100 Battery charger SRM-10 Remote control unit SCK-10 Synchronous cable SBS-LC1 Level converter for TTL/Bipolar inputs SBS-LC1R Digital level converter rack mount type PCBK28/21/11 BNC cable SDX1-25C 170m AIT tape with memory (2 hours : 25GB SDX-TCL Cleaning tape
MTS Systems Corporation 14000 Technology Drive Eden Prairie, MN 55344-2290 USA Toll Free: 800·944·1687 Phone: 952·937·4555 Fax: 952·937·4515 E-mail:
[email protected] www.mts.com
PC200 Series Options
PCCX32Ax Channel expansion unit PCRM21Ax Remote control unit PCTC21/22 Carrying case (aluminum) PCSC201 Shipping case for PC200 series RKSSC216 (PCRT22) Rack mount adapter for PC216Ax RKSSCX32 (PCRT21) Rack mount adapter for PC204Ax/208Ax/CX32Ax PCHL21 Guard frame with handles for PC200 series PCPS22 AC power pack NP-1B Battery pack (rechargeable) BC1WD “4-cell” battery charger PCCB21A Signal splitter SPP-100 PCMCIA EPP card for nonEPP notebook PC SIIG1284 EPP-ISA card SIIG1284PCI EPP PCMCI card PCBK28/21/11 BNC cable PCCK21 Sync cable PCDK101 RS-232C control cable 96ft/1.8m) for IBM-PC/AT(PCCK24 PCDK26 Digital dubbing cable PCDK28 MBC Data cable PCDK30 Digital cable DG-5CL Cleaning tape
Specifications subject to change without notice. MTS is a registered trademark, and Sound Quality, eTIM, and SmartSim are trademarks of MTS Systems Corporation. RTM No. 211177. I-DEAS is a trademark of Structural Dynamics Research Corporation. Windows is a trademark of Microsoft Corporation. Matlab is a trademark of The Mathworks, Inc. © 2001 MTS Systems Corporation. 100-056-413 Sony-01 Printed in U.S.A. 4/01 2
