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The busDAQ range of equpment provides a neat solution
to robust storage of CAN bus information. These units
store synchronised CAN messages of measured data and
can be connected to any CAN network. This may be from
a vehicle or from the range of CANSAS modules. A busDAQ
unit can be connected to any CAN-bus subscribers such
as sensors, measurement amplifiers or electronic control
units and supports up to 8 nodes as well as a variety
of protocols such as standard CAN low or high speed,
LINbus, CCP and KWP2000. Future developments currently
being worked on include FlexRay bus.
Any data that is captured from the CAN bus can be retransmitted,
triggered, stored and mathematically processed using
the on-board DSP system and programming engine. The imcDevices
software is used to configure the system with the aid
of the CAN assistant where the measurement configuration
can be setup
| Vector
Database compatibility |
For the user who is connecting
to an existing CAN bus network
and there is a vector database
available, the busDAQ can import
this information directly into
the setup software.
Just "load" the database
and all the predetermined channel
informatin is automatically up
loaded
into the busDAQ, realtime monitoring
in an analogue format can then
be achieved.
The busDAQ has been designed
with the mobile application in
mind. Once loaded with the
measurement configuartion, the
unit can be set to "auto-run" on
power up and automatically
starts recording. All data is
then stored to one of several
storage options, PCMCIA, CF or
hard disc without any intervention
from the user. Retreiving the
data
is purely a case of recovering
the storage card and downloading
to a PC for analysis.
busDAQ, like all other imc measurement devices, is operated by the imc user interface
software imcDevices. This MS-Windows software comes standard and enables quick
and reliable measurement operation without the need for any programming. imcDevices
allows measurement parameters, real-time functions, trigger machines, and storage
modes to be set either fully manually or automatically. Display of measurement
data plots in the Curve Window, as well as report composition with the Report
Generator, are integral components of imcDevices.
The most important of imcDevices’ enhancements is the DSP computation unit
Online FAMOS, which enables arbitrary definition of one’s own real-time
functions and makes busDAQ a Personal Analyzer. In real time, the desired format
of result data are computed from the raw data and displayed. A wide range of
math and statistics functions, FFT, class-counting etc. is available for the
user.
The newest version of the signal analysis software imc FAMOS offers extensive
options for analysis, evaluation and documentation of measurement results. The
busDAQ unit saves the data directly in imc FAMOS format.
This affordable module is designed with permanently configured basic functions
for standard, clearly defined data logging tasks. Its low power consumption,
its signal-driven Sleep Mode and its capacity for rapid resumption of measurement
by means of "Wake up on CAN", in only 200 ms, destines busLOG particularly
for vehicle and fleet test applications. In such settings, the module’s
high degree of data integrity, its self-activation mode, and its remote monitoring
capability via Internet are great assets.
busDAQ-2 with its two nodes and expanded functions such as online functions,
WLAN, modem, Display, and direct GPS connection is the standard module for measurement
networks with decentralized CAN subscribers such as sensors, control units or
CANSAS measurement modules.
busDAQ-X is the universal, configurable system module which can be expanded with
additional multi-bus interfaces to up to 8 nodes. With the extended functions,
such as online-functions, WLAN, modem, Display, digital in- and outputs, as well
as directly connectible GPS, even complex measurement networks or dive test applications
are no problem.
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busLOG
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1041012
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busDAQ-L-ET |
busDAQ-2
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1041009
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busDAQ-2-ET |
busDAQ-X
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1041011
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busDAQ-X-ET |
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