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5
english
This handbook is intended to guide the user during installation and startup of the components
in the Identification System BIS C so that it can be brought into operation with a minimum of
time and effort.
The Identification System BIS C belongs to the category of
non-contact operating systems which can be read as well as programmed.
This dual function permits applications in which not only fixed programmed information can
be transported, but also up-to-date information can be collected on the data carrier and car-
ried with it during the process.
A few of the more notable applications include
– in manufacturing for controlling matieral flow
e.g. in model-specific processes,
in workpiece transport with conveying lines,
for data gathering in quality assurance,
for gathering safety-relevant data,
– tool coding and monitoring
– Production equipment organization;
– inventory for monitoring stock movement and levels,
– conveying and transporting technology,
– waste collection for quantity-based billing.
Applications
Principle
Introduction
BIS C Identification System
C3-slk_716464_E_1110.p65
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english6
System
Components
Schematic
representation of an
identification system
(example)
The main components of the BIS C Identification System are:
– Processor,
– Read/Write Heads and
– Data carrier.
Introduction
BIS C Identification System
BIS C-3_ _ BIS C-3_ _BIS C-65_
BIS C-650
BIS C-3_ _
BIS C-350
BIS C-670
Connections
to host system
Data carrier BIS C-1_ _
Processor
BIS C-6_ _ _
with Adapter
Processor
BIS C-6_ _ _
with read/
write heads
Processor BIS C-6_ _ _
with Adapter
Read/write
heads
1)
Read/write
heads
1)
1
) except BIS C-350 and -355
2
) only BIS C-350
Read/write
head
2)
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General