Meßgeräte
(IOtech, USA)
Data Acquisition (DAQ), Data Loggers
IEEE 488 (GPIB) Interfaces
Software for Data Acquisition
|
 |
eZ-Analyst™
Real-Time Vibration and Acoustic Analysis
Software for the ZonicBook™
and WaveBook™. eZ-Analyst
software with the ZonicBook or WaveBook
is a complete vibration data acquisition
and analysis package.
- Real-time FFT analysis
- Easy-to-use graphical user interface
provides fast setup
- Field expandable from 8 to 56 channels
- Supports four separate tachometer channels
- View all functions simultaneously in
eight display windows with up to 16 data
overlays in each window
- Export your data to Excel, ME Scope,
SMS Star, or UFF type 58 ASCII or Binary
- Wide selection of real-time analysis
features, including integration/differentiation
synchronous averaging, and much more

|
 |
eZ-Rotate™
& eZ-RotatePlus™
Rotating Machinery Vibration Analysis Software
for the ZonicBook™
and WaveBook™.
eZ-Rotate software provides comprehensive
post-acquisition analysis of vibration data
acquired from rotating machinery using IOtech’s
ZonicBook™ and WaveBook™ measurement hardware.
eZ-Rotate makes it easy to view, analyze,
and create reports on previously recorded
data, including computed order tracking,
waterfall graphs, contour plotting, and
much more.
eZ-Rotate works seamlessly with Microsoft
Office® documents, making it easy to copy
plots and data directly into reports using
Word® or Excel®. eZ-RotatePlus offers all
of the features of eZ-Rotate, plus advanced
capabilities such as Cepstrum analysis,
sideband cursors, bearing cursors, gear
box and planetary gearbox cursors, and re-sampling
to the angle domain to make sense of large
families of harmonics such as those found
in flawed bearings. Torsional analysis supports
encoders and counters for non-contact measurements.

|
 |
eZ-TOMAS™
Machine Vibration Monitoring Software for
the ZonicBook™ and
WaveBook™.
eZ-TOMAS is the economical solution to
rotating machinery monitoring and analysis.
eZ-TOMAS will monitor your machines on a
24 hour basis. Data is continuously acquired
and limit checked. eZ-TOMAS retains the
change in vibration condition and quickly
provides you with the information you need
to make critical decisions. eZ-TOMAS can
be quickly setup to measure rotating machinery
vibration data. Machine configuration and
acquisition information can be copied from
templates or copied from existing projects.
Accessing rotating machinery displays are
as simple as double-clicking on the desired
input channel. eZ-TOMAS checks vibration
data at both alert and alarm levels. Alarm
levels can either be set by you; or eZ-TOMAS
can automatically calculate alarm levels
based on past machine operation. Changes
in vibration levels indicate changes in
a machine’s operating condition, which are
warning signs of potential machine failure.

|
 |
DASYLab®
Icon-Based Data Acquisition, Graphics,
Control, and Analysis Software.
DASYLab® picks up where DaqView™
and WaveView™
leave off, letting you interactively develop
PC-based data acquisition applications by
simply attaching functional icons. DASYLab
offers real-time analysis, control, and
the ability to create custom graphical user
interfaces (GUIs). What’s more, in contrast
to other graphical programming environments,
which can require weeks of training to master,
DASYLab has a very short user-learning curve.
Many applications can be configured in a
few minutes, rather than days or weeks.

|
 |
eZ-Balance™
Portable Machine Balancing Software for
the ZonicBook™ and
WaveBook™.
Balance your rotating machinery with eZ-Balance
and the ZonicBook/618E. The combination
of the ZonicBook/618E with eZ-Balance provides
a powerful system for multi-plane (up to
7 planes) balancing applications. eZ-Balance
computes the optimal balance weights and
their locations, based on vibration data
collected from the ZonicBook/618E. The data
is displayed in a convenient Polar plot
that indicates the magnitude and phase of
the unbalance as well as time and spectrum
data.

|
 |
eZ-FrequencyView™
Post-Acquisition Analysis Software.
Like eZ-PostView™, eZ-FrequencyView™ is
supported with all IOtech data acquisition
View packages and is automatically integrated
into your View application when you install
it.
eZ-FrequencyView adds powerful frequency
domain display and analysis for just about
any frequency domain application. Both single
channel and cross channels are supported
as well as function displays for spectrum,
auto spectrum, PSD, and strip chart. For
sound and acoustical applications, both
full and 1/3 octaves are supported.

|
 |
eZ-TimeView™
Post-Acquisition Analysis Software.
Like eZ-PostView™, eZ-TimeView™ is supported
with all IOtech data acquisition View packages.
Acquired data can be played back in real-time
or in single sampled data point increments.
The strip chart feature allows easy to use
data scrolling as well as scaling of the
data by the user. Areas of interest can
also be zoomed in via mouse movement on
the time axis or by a zoom box which allows
zooming in on both the time and the magnitude
axis simultaneously. Searches can be performed
on min or max peak data.
eZ-TimeView also includes powerful calculation
and statistics.

|
 |
ZonicBook/618E™
Portable Vibration Analysis and Monitoring
System.
The ZonicBook/618E with eZ-Series software
and your PC makes a real-time, portable
vibration analysis monitoring system.
- 8 dynamic input channels, expandable
up to 56 channels
- 4 tachometer channels for rotational
measurements
- High-speed Ethernet connection to the
PC for continuous recording
- Five eZ-Series software packages address
a wide variety of vibration monitoring
and analysis applications
- TEDS support

|
 |
WaveBook/516E™
Ethernet-Based Portable High-Speed Waveform
Acquisition. The WaveBook/516E is ideal
for measuring dynamic signals in portable
and laboratory applications.
- 16-bit/1-MHz A/D
- 1 µs/channel scanning of any combination
of channels
- Single and multichannel analog triggering
with programmable level and slope
- Programmable pre- and post-trigger sampling
rates
- Sixteen digital inputs can be scanned
synchronously with analog signals
- Expandable up to 288 high-speed channels
- Add up to 854 lower-speed thermocouple
channels

|
 |
eZ-NDT™
Resonant Inspection System for the ZonicBook™.
Product quality can be measured and recorded
using eZ-NDT.
- Provides inspection of metal, ceramic,
and hard plastic parts
- Removes the ambiguity that is common
in other inspection systems
- Requires no parts preparation, making
the test fast and inexpensive
- Tests parts in less than 2 seconds
- Quantifies and documents the first natural
frequency for end-user comparison to final
assembly resonant frequencies
IOtech’s eZ-NDT (non-destructive test)
systems provide a fast and inexpensive method
of 100% inspection of production parts,
such as powder metal, ceramics, and composites.
eZ-NDT uses acoustic analysis to identify
part variations that are caused by process
inconsistencies and defects.
eZ-NDT systems apply acoustic energy to
your part, monitor its acoustic response,
and analyze its resonant frequencies. It
then compares the results to the acoustic
signature of a known-good part stored in
its library. The test takes less than two
seconds and requires no special tooling,
dyes, chemicals, cleaning, magnetization,
or expensive and time consuming visual inspection
equipment.

|
 |
LogBooks™
Stand-Alone, Intelligent PC-Based Data
Acquisition Systems Models /300, /360. The
LogBook/360 data acquisition system includes
an expansion bay for up to three signal
conditioning cards.
- Operates without a PC at the test site
16-bit, 100-kHz analog and digital sampling
- Compact yet expandable architecture
can accommodate over 400 channels of analog,
digital, and frequency I/O
- Stand-alone nonvolatile storage of over
500 million samples via removable PC-Card
memory
- Card swapping and uploading during acquisition
allows continuous data acquisition
- Communication with PC via RS-232, parallel
port, modem, or by transporting a PC-Card;
optional RS-422 interface

|
 |
Micro488A™
Serial/IEEE 488 Controller Micro488A converts
any computer with a serial port into a full-featured
IEEE controller.
Enables control of up to 14 IEEE devices
from any computer with an RS-232 or RS-422
port. Built-in 32,000 character data buffer.
Supports baud rates up to 57,600 baud. OEM
board-level version available.
|
 |
Micro488/p™
Miniature Serial/IEEE 488 Controller. The
low-cost Micro488/p enables IEEE 488 control
from any computer equipped with a serial port.
Smallest serial to IEEE 488 controller available.
Controls up to eight IEEE 488 instruments.
Programmed with concise ASCII commands. Requires
no external power supply—powered from the
computer’s serial port. Features standard
DB25 serial and IEEE 488 connectors. Enables
remote control of IEEE 488 instruments. Easily
connects to notebook PCs.

|
 |
Personal488/CARD™
IEEE 488.2 PC-Card Interface, Cable, and
Software for Notebook and Desktop PCs. The
Personal488/CARD provides an IEEE 488.2
PC-Card interface for notebook & desktop
PCs.
- Provides 600 Kbytes/s data transfer
- Complies with PC-Card Standard Specification
2.1
- Type II (5 mm) compatible PC-Card
- Includes Windows® drivers
- Controls up to 14 instruments

|
 |
Personal488/PCI™
1 Mbyte/s PCI/IEEE 488.2 Board with Plug
and Play, Digital I/O, and Software for
PCs. Personal488/PCI provides IEEE 488.2
one Mbyte/s data transfer and plug-and-play
installation.
- Features PCI local bus compatibility
- Provides 1 Mbyte/s data transfer
- Features plug-and-play
- Offers full IEEE 488.2 support
- Includes Windows® drivers
- Easily programmable via familiar HP-style
commands
- Functions as PCI bus master
- Provides 8-channels of general-purpose
digital I/O

|
 |
Extender488™
& Extender488/F™
IEEE 488 Bus Extenders. The Extender488 enables
instruments to be located up to 4,000 feet
from host IEEE controller.
Overcomes the 20 meter cable limitation imposed
by the IEEE standard by economically extending
the bus up to 1,000 meters via RS-422 or fiber
optic.
Expands the number of devices allowed on the
bus from 15 to 28.
Operates transparently to the IEEE controller;
requires no programming changes for most applications.
|
 |
Serial488A™
Serial/IEEE 488 Converter. The Serial488A
transparently converts between serial and
IEEE devices.
Attach an RS-232 or RS-422 printer, plotter,
or instrument to an IEEE 488 controller. Attach
an IEEE 488 (HP-IB) printer or plotter to
any computer with a serial port. 32K buffer
frees the computer while slow devices are
accepting data.
|
 |
Isolator488™
IEEE 488 Bus Isolator. Electrically isolate
instruments on the IEEE bus with Isolator488.
Electrically isolates individual instruments
or groups of instruments. Expands the number
of devices allowed on the bus from 15 to 28.
Operates transparently to the system; requires
no programming.

|
 |
ADC488/16A™
& ADC488/8SA™
IEEE 488 A/D Converters with Digital I/O
and Simultaneous Sample & Hold. ADC488/16A
provides many of the features found in expensive
digital oscilloscopes.
- Provides 16-bit A/D conversion at up
to 100,000 samples/s
- Offers 16 single-ended or 8 differential
analog inputs, expandable using master/slave
configuration
- Provides ±1, ±2, ±5, and ±10 VFS programmable
input ranges
- Features continuous throughput to the
IEEE 488 bus at 200 Kbytes/s (100,000
16-bit readings/s)
- Offers memory expansion up to 8 Mbytes
(4 Msamples)
- Analog inputs isolated from ground
by 500 VCM
- Includes eight TTL-compatible digital
inputs and eight TTL digital outputs
- LabVIEW® examples available

|
 |
TempScan/1100™
& MultiScan/1200™
High-Speed Temperature & Voltage Scanning
Instruments. The TempScan/1100 and MultiScan/1200
offer high-speed temperature and voltage
measurement in compact, 19-in. rack-mountable
enclosures.
IEEE 488 and RS-232/422 interfaces. 32 TTL
digital alarm outputs and 8 TTL-compatible
digital inputs. 128 Kreadings of memory,
expandable up to 4 Mreadings. Built-in real-time
clock.
TempScan/1100™: Measures thermocouples,
volts, and RTDs at up to 960 channels/s.
Accepts optional scanning modules for measuring
thermocouples, RTDs, or DC volts.
MultiScan/1200™: Measures isolated
temperature, DC volts, AC volts, and waveforms
in one compact instrument. Scans thermocouples
and DC volts at up to 147 channels/s. Single-channel
burst mode for digitizing waveforms at rates
up to 20 kHz.

|
 |
DAC488HR/4™
16-bit D/A Converter with Digital I/O and
IEEE 488. The versatile DAC488HR functions
as a voltage source, function generator,
and an arbitrary waveform generator.
- Four isolated 16-bit outputs
- 100-kHz/channel update rate
- 480 Ksamples/channel max buffer
- ±1, ±2, ±5, and ±10 VFS programmable
unipolar and bipolar output ranges
- One-shot, step, burst, waveform, and
continuous output modes
- LabVIEW® examples available

|
 |
Digital488/80A™
80-Bit IEEE 488/Digital I/O Interface. The
Digital488/80A provides an economical link
between an IEEE controller and digital signals.
|
 |
Digital488™
40-Bit IEEE 488 Interface. Digital488 provides
an economical link between an IEEE controller
and digital signals.
Add TTL-level digital input and output capability
to IEEE 488 based systems. Offer 40 I/O
lines, software programmable as inputs or
outputs in 8-bit groups. Convert I/O data
to one of five selectable formats and send
it to the controller.
|
 |
DaqScan/2000™
Series Ethernet-Based Data Acquisition System
Components.
- Adds analog I/O, digital I/O and frequency
I/O to Ethernet-based test systems
- All I/O can be synchronous, enabling
precise timing between various I/O functions
- 8 differential, or 16 single-ended inputs,
expandable up to 256 voltage or 896 TC
channels using signal conditioning and
expansion options
- Up to 40 built-in TTL-level digital
I/O, expandable up to 256 channels of
isolated I/O using low-cost isolation
modules
- Convenient 1U high 19” rack mount package
minimizes rack space in test systems

|
 |
DaqBoard/1000
IOtech PCI and CompactPCI Data Acquisition
Daq Board.
- PCI Boards
- 16-bit resolution
- 200-kHz sampling
- Includes support for Visual Basic®,
C/C++, ActiveX/COM, Linux, LabVIEW®, and
MATLAB®

|
|