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Connecting to a PC
Web Server and FTP Server
The SL1400 has a variety of
server functions that let you
perform remote controls or
download waveform data and
screen images onto a PC. You
can also access the SL1400
using Internet Explorer. Same as
with RS232 and GB-IB, you can
write your own custom programs in Visual C++ 6.0 or Visual
Basic 6.0 and control the SL1400 through an Ethernet interface.
A Wide Range of Trigger Functions for Accurately Capturing a Variety of Waveforms
Having a wide range of triggers is of course very useful for obtaining the desired waveforms. In addition, the GUI menu
makes setting trigger conditions easy and intuitive.
Action-On Trigger
Automatically Save Measured Data
When this trigger is activated, the SL1400
performs a specified action each time a waveform
is captured and displayed on the screen. This
feature is useful for saving data automatically and
reliably (e.g., for data collection in automated,
continuous tests).
Manual Trigger
A Trigger Can Be Activated with the Press of a Button.
With this feature, a trigger can
be executed whenever you like,
independent from the set
trigger conditions.
Automatically Triggers on Abnormalities in Power Supply Waveforms
This function comes standard with the SL1400 and enable triggering on power supply waveforms.
In addition to traditional power supply troubles, such as sudden outages, sags, and surges, you
can make efficient real time observations of frequency fluctuations and voltage drops. This trigger
activates when a signal exceeds the allowable values determined by comparing a defined waveform
(wave window) with an actual waveform in real time. Comparative waveforms can be automatically
produced in real time based on measured waveforms. Detection on all 16 analog
channels is available (with OR conditions).
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- Easily & Quickly - Save Data to Memory or Paper
- A perfect fit for manufacturing and maintenance departments
- Intuitive key names and menus for easy operation
- Easily store data both on paper and in external memory media
- Record data to USB or PC card devices or directly to the optional internal HDD
- Up to 16 analog slots +16 logic inputs
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SL1400 is Yokogawa's newest
member of the ScopeCorder family. Like the
DL750P, the SL1400 operates as an
oscillographic chart recorder with a built-in wide
format (A4) printer. The SL1400 has room for eight, 2-
channel modules and it uses all the same 11
modules that work with the DL750 and DL750P.
- The two main differences between the SL1400
and the DL750/P are :
- The SL1400 is more
recorder-like operation and its simplified look
with fewer front panel buttons.
- The SL1400 is a
powerful, easy-to-use product for users who:
- May not need all the advanced features
and performance of the DL750/P
- Are familiar with the OR1400 or Yokogawa Recorders
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- Menus
In addition to sample rate and trigger settings, you can enter
settings for functions such as waveform computation,
printing, image output, communication, remote control, and
system configuration.
- Modes
Select from three modes: Chart recorder, X-Y recorder,
and Memory.
- Start/Stop
Manual starting/stopping of signal observation.
- Chart Speed
Set the chart speed when operating in chart recorder
mode.
- Range/Position
The vertical axis range and time axis position of the signal
under test can be easily modified. Pressing the Fine
buttons above the knobs enables fine adjustments.
Channel/All Channel Menus
Enter detailed settings for each channel including:
coupling, range, position, and bandwidth limit filter.
Pressing ALL CH lets you view and enter settings for all
channels on a single screen.
- Display
Enter screen settings including vertical/horizontal axis
parameters, divisions, scale values, and labels.
- PDF Output for Printing
A4-Sized Reports
Color PDF Output
When performing on-site
measurements, you can print out
the data and hand-write memos
on the paper. Since the SL1400
simultaneously stores data to
internal memory while printing,
you can keep electronic and
hard copy records with just a single action. (Remember that with
thermal-sensible paper, it is vital to make photocopies for longterm
preservation.)
The SL1400 allows you to export results to files in PDF format,
making it easy to save data for long periods of time, transfer the
data to distant locations, or load them onto a PC. It is also easy
to create reports since waveform data can be converted to an
A4-size layout.
- Memory Backup Function
This function backs up about 150 hours of data saved to the
acquisition memory immediately
prior to power loss. Memory
backup helps you avoid losing
important data even if the power
supply is unstable and gets cut off.
(Backup time varies according to
the usage environment. Four AA
batteries are required for memory
backup.)
- Real-Time Hard Drive Recording (with the /C8 Option)
With the optional internal hard drive, you can record measurements
to the hard drive in real time.
This makes it easy to manage and
analyze data using a PC.
Maximum data capacity:
1 GW
Maximum sampling rate:
100 kS/s
(using 1 channel only)
- Connecting to a PC
Save as with for RS232 and GBIB,
you can write your own custom
programs in Visual C++ 6.0 or
Visual Basic 6.0 and control the
SL1400 through a USB interface.
PC communications are made
easy with Xviewer and Wirepuller
software programs.
- Connecting USB Peripheral Equipment
USB keyboards, USB mouse and USB printers can be directly
connected to the SL1400.
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| Function |
Description |
| input |
Input section
Type |
Plug-in module (A/D converters built in to each unit) |
| Logic input |
16 (8 bits 2) |
| Maximum record |
2.5 MW/CH, 50 MW total |
| Hor. |
Time axis accuracy |
±0.005% |
| Time axis setting |
100 μsec to 5 sec (in steps of 1, 2, or 5)
10 sec to 60 min (in steps of 1-2-3-5-6)
100 min/120 min/300 min
10 h/20 h/30 h/50 h/100 h/120 h
10 days/20 days/30 days |
| Acquisition modes |
Normal |
Maximum sample rate of 10 MS/s |
| Envelope |
Holds the peak value at each module’s maximum sample rate |
| Box average |
Increases the A/D resolution by up to 4 bits (to 16 bits) |
| Averaging |
Number of averagings 2 to 65536 (2n steps) |
| Roll |
Roll display for recording time of 1 sec or more |
| Triggers |
Modes |
AUTO, AUTO LEVEL, NORMAL, SINGLE, SINGLE(n) |
| Trigger position |
0 to 100% (in steps of 0.1%) |
Simple
triggers |
Source |
CH1 to CH16, LINE, EXT, LOGIC_A, LOGIC_B, Time |
| Slope selection |
CH1 to CH16: Rise, fall, rise/fall
EXT (external trigger input), LOGIC_A, LOGIC_B: Rise/fall
Time: Date (year/month/date), hour (hours/minutes), |
Enhanced
triggers |
Source |
CH1 to CH16, LOGIC_A, LOGIC_B (each logic bit can be combined with AND or OR logic) |
| Type A |
B(n), A delay B, B > Time, B < Time, B Time Out,
Period, Window, Wave Window |
| Wave Window mode restriction: |
ACQ mode:
NORMAL; Trig mode: Normal, Single,
Single(N); Sample rate: 500 kHz to 10 kHz
Not available in roll mode or envelope.
Modules that can use the Wave |
| Screen updating rate |
Max 30 times/sec for a single waveform |
| Analysis functions |
Ch-to-ch calculation function |
| Definable MATH waveforms: |
8 |
| Calculable record length: |
Up to 800 kWord (MATH1 only)
Up to 100 kWord (MATH 1–8) |
Operators |
Addition, subtraction, multiplication, division, binary |
FFT type |
conversion, phase shifting, FFT |
Points |
PS |
Window functions |
1000, 2000, 10000
Rectangular, Hanning, Flattop |
| Waveform Measurement |
Cursors
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Horizontal (H) |
Two cursors |
| Vertical (V) |
Two horizontal axis cursors |
| Marker |
Two vertical axis cursors |
| Degree |
Cursor measured on the horizontal axis is displayed in
a degree (T-Y display only) |
| H & V |
For X-Y display only |
| Automatic computation of waveform parameters |
Maximum number of
measured parameters
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24 |
| Measured parameters |
P-P, Max, Min, High, Low, Avg, Rms, Amp, StdDiv, |
| +Oshot, -Oshot, |
| Rise, Fall, Freq, Period, +Duty, +Width, -Width, Pulse, |
| Burst1, Burst2, Avg Freq, Avg, Period, Rdelay, Fdelay, |
| Int1TY, Int2TY, Int1XY, Int2XY |
| Cycle statistical process |
Maximum number of cycles |
48,000 (for one parameter) |
Maximum total number of parameters |
48,000 (total measured results) |
Statistical values |
Maximum, minimum, average, standard deviation, number of samples |
Maximum measuring range |
10 MW |
| Auto scroll |
Zoom automatically moves in a specified direction |
| History search function |
Zone search, parameter search |
| External I/O |
Input points |
8 bits 2 |
Input type |
Switch between TTL level or contact input (with model
702911 and 702912) |
Sample rate |
10 MS/s |
EXT TRIG IN/EXT TRIG OUT |
Connector |
RCA pin jack |
Input/output level |
TTL (0 to 5 V) input |
EXT Clock IN |
Connector
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RCA pin jack |
Input level
|
TTL (0 to 5 V) input |
| Input frequency |
Up to 1 MHz
(applicable models: 701250/51/55)
Up to 100 kHz
(for modules: 701260/61/62/70/71)
Up to 500 Hz
(for module 701265) |
Communication interfaces |
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GP-IB |
| USB peripheral equipment jacks (USB
keyboards and USB printers) |
| USB (rev1.1 compliant for connecting to PC) |
Ethernet
(100Base-TX and 10Base-T compliant, with /C10
option) |
| SERIAL (RS232) |
| SCSI |
Start/Stop input |
Connector type |
Modular jack (RJ12) |
I/O level |
TTL (0 to 5 V) |
Probe power terminal (with /P4 option) |
Maximum number of probes powered
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4 |
Compatible probes
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Current probes 701933 (30 A) and 701930 (50 A) |
Maximum number of current probes
that can be used at one time |
2 |
Media drives |
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| Internal media drives |
PC card |
| 40 GB hard disk drive (with /C8 option) |
Plug-in Modules |
| 701250 |
High-speed 10 MS/s 12-bit Isolation Module (2 CH) |
| 701251 |
High-speed 1 MS/s 16-bit Isolation Module (2 CH) |
| 701255 |
High-Speed 10 MS/s, 12-Bit Non-Isolation Module |
| 701260 |
High-voltage 100 kS/s 16-bit Isolation Module (2 CH, + RMS) |
| 701261 |
Universal Module (2 CH) |
| 701262 |
Universal Module (with Anti-Aliasing Filter, 2 CH) |
| 701265 |
Temperature/High-Precision Voltage Module |
| 701270 |
Strain Module (NDIS) |
| 701271 |
Strain Module (supports DSUB shunt cal) |
| 701275 |
Accelaration Module (with Anti-Aliasing Filter, 2 CH) |
| 701280 |
Frequency Module (2 CH) |
General specifications |
| Rated supply voltage |
100 to 120 VAC/200 to 240 VAC (switches automatically) |
| Rated supply frequency |
50/60 Hz |
| Power consumed |
Approximately 200 VA-MAX |
| Withstand voltage |
1500 VAC for one minute across power supply and ground 5°C to 40°C |
| Insulating resistance |
10 MΩ or greater at 500 VDC across power supply
and ground |
| Exterior |
Approximately
355 (W)x 250 (H) x225 mm (D),
excluding handle and protrusions |
| Weight |
Approximately 8.0 kg (main unit only, with full options,
including /C8, /C10, /P4)
Approximately 10.3 kg (main unit and eight 701250
modules) |
| Operating temperature range |
5°C to 40°C |
Conformity to
standards |
CSA |
Obtained CSA22.2 No.1010.1,
Installation category (Overvoltage category) : II, Degree of pollution : 2 |
| UL |
Obtained UL3111-1 (CSA NRTL/C) |
| CE |
EN61326
EN61000-3-2
EN61000-3-3
EN55011 Class A Group 1
EN61010-1
Measurement category : II, Degree of pollution : 2 |
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- Xviewer (701992)
Xviewer is a PC software
application designed to work with
Yokogawa's DL series digital
oscilloscopes and ScopeCorder
series. Xviewer allows you to
display DL and SL-acquired
waveform data (using the
"Viewer" function), perform file transfers, and control DL and
ScopeCorder series instruments remotely.
- Wirepuller
The Wirepuller software
program displays a screen
image of the SL1400’s front
panel on your PC so that you
can monitor waveform signals.
In addition, you can use the
PC’s mouse and keyboard to
control the SL1400. The SL1400 can be controlled via an
Ethernet, USB, or GP-IB.
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