Versatile data recording system
can interface many applications and popular analysis software packages.
Versatile Recording System Configurations
Choose the recording media, the sampling frequency and control methods to meet your data acquisition and processing demands.
Stand-alone.....
Three Types of Recording Media
Memory (from the standard 64 MB to a maxi- mum of 576 MB) achieves maximum record- ing rate; a PC card (Flash memory and IBM Microdrive™) enables data recording in en- vironments where vibration occurs; or a 3.5 inch 1.3 GB MO disk is convenient for long- term media storage.
Lower Sampling Rate to Extend Recording Times
Using the DC input amp card that supports low sampling rates, you can select a sam- pling frequency from 1 kHz to a maximum length of 1/60 Hz.
Controlling the Main Unit from a Remote Controller Unit or a PC
Versatile Sampling Rate Selec- tions for Frequency Analysis
In the
Output to Vibration Simulators and Loudspeakers
A waveform generating function is provided at the
Removable media recording
with a remote control unit.....
With PC direct.....
Application Software
Many popular data analysis software packages support the data file format recorded by the LX series. In addition, TEAC LXView software is available for fast data file review and file format conversion.
Easy Setup and Secure Data Recording
TEDS sensor information display feature provides easy and accurate setting of measurement parameters.
Real time monitoring capability, along with simultaneous recording and data transfer to a PC make your critical data recording tasks more secure.
Recording Via a Maximum of 32 Channels
By combining channel selection and input amplifier cards, you can record via 2, 4, 8, or 16 channels, or use an expansion unit to re- cord up to 32 data channels.
Simultaneous Recording to Media and PC with a Selection of Interfaces
Either an IEEE1394 interface or a 100BASE- TX interface can be selected to connect to the PC. While recording to a storage media, you can transfer data to a PC in
(Some information, such as events stored in a header file while recording to media, are not written to the header file while recording directly to PC.)
Higher Recording Bandwidth
The LX Series can record 8 channels at 20 kHz bandwidth with 48 kHz sampling fre- quency per channel, which is double the re- cording performance of DAT recorders. Us- ing internal memory or transferring data to a PC in
(Using an IEEE1394 interface in the PC, as specified by TEAC. The data transfer rate to the PC varies de- pending on the connected PC environment.)
I/O Amp Cards in 8 Channel Units
Two types of input amplifier cards are avail- able; including a DC input amp card and a selectable DC / constant current excitation type accelerometer input amp card. The available output amplifier card can output the analog voltage during recording and can
The LX main unit provides LED indicators and operation keys that are required for record- ing. After you set the parameters, recording can proceed independently. Using a remote controll unit or a PC, you can perform a se- quence of operations: system setup, record- ing, monitoring, and data playback. During recording, the remote controll unit can display a bar meter and the PC can display a bar meter, waveform display, or digital display by
Trigger Recording
To let you record data efficiently, various types of start and stop trigger modes are provided. You can control the starting or stopping of recording by using external con- trol, level start/stop triggers, timer recording, interval recording,
(Some restrictions might apply to the triggers that can be
used when using a combination of triggers.)
Voice Memo Recording and Audio Playback
You can record convenient voice memos to describe recorded data, which simplifies later extraction. These voice memos are recorded as WAV files separate from the recorded data files. Data recorded from any one channel or the voice memo can be played over the
Battery Enclosure
The battery enclosure
Maximum Recording Rate
Record to the internal memory, or to the hard disk drive of the PC via IEEE1394 interface:1.536 MB/s (Example, 40 kHz bandwidth with 96 kHz sampling rate x 8 channels)
Record to the MO/PC card, or to the hard disk drive of the PC via
Note: Recording rate to the hard disk drive of the PC may vary depending on the connection and the PC specifications.
Direct Rotational Signal Inputs
The
(Using the tachometer pulse input channels low-
ers the maximum sampling rate at some of the
channel settings.)
Frequency Bandwidth vs. Recording Time
576 MB Memory (64 MB standard + 512 MB optional)
Numbers of Channels | Frequency Bandwidth | Recording Time | |
2 | 40 kHz (96 kHz sampling) | 1,480 seconds (Approx. 24 minutes) | |
1,450 seconds at Memo ON | |||
4 | 40 kHz (96 kHz sampling) | 740 seconds (Approx. 12 minutes) | |
730 seconds at Memo ON | |||
8 | 20 kHz (48 kHz sampling) | 370 seconds (Approx. 6 minutes) | |
360 seconds at Memo ON | |||
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16 | 10 kHz (24 kHz sampling) | 370 seconds (Approx. 6 minutes) | |
360 seconds at Memo ON | |||
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32 | 5 kHz (12 kHz sampling) | 370 seconds (Approx. 6 minutes) | |
360 seconds at Memo ON | |||
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Note : Turning ON the voice memo additionally consumes 64 kbps (8 bits x 8 kHz) data. | |||
Turn OFF the tachometer pulse input channels. |
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PC Card
Calculation based on using 950 MB capacity of 1 GB PC card
Numbers of Channels | Frequency Bandwidth | Recording Time | |
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2 | 40 kHz (96 kHz sampling) | 2,470 seconds (Approx. 41 minutes) | |
2,420 seconds at Memo ON | |||
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4 | 40 kHz (96 kHz sampling) | 1,230 seconds (Approx. 20 minutes) | |
1,220 seconds at Memo ON | |||
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8 | 20 kHz (48 kHz sampling) | 1,230 seconds (Approx. 20 minutes) | |
1,220 seconds at Memo ON | |||
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16 | 10 kHz (24 kHz sampling) | 1,230 seconds (Approx. 20 minutes) | |
1,220 seconds at Memo ON | |||
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32 | 5 kHz (12 kHz sampling) | 1,230 seconds (Approx. 20 minutes) | |
1,220 seconds at Memo ON | |||
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Note : Turning ON the voice memo additionally consumes 64 kbps (8 bits x 8 kHz) data.
Turn OFF the tachometer pulse input channels.
play back the analog voltage after recording for both types of input amp cards.
(The output amp card does not support low sampling below 1 kHz, and can only reproduce the analog voltage within the same sampling time base series.
er input amp card.
(The
Optional Accessories
TEAC Instrumentation Recording Systems
TEAC Instrumentation Recording Systems
TEAC Instrumentation Recording Systems
Battery Unit | Vehicle Mount Adapters | Remote Control Unit |