GLOSSARY OF PROFINET TERMS
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AMT58...PN
MAC address
The MAC address is an identifier unique worldwide consisting of
two parts: the first 3 bytes are the manufacturer ID and are pro
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vided by IEE standard authority; the last three bytes represent a
consecutive number of the manufacturer.
Module
Modules are user defined components that plug into slots. Mod
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ules can be real or virtual.
NRT
Non Real Time - The non Real Time PROFINET IO Channel. Config
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uration and diagnostic messages are transferred over the NRT
Channel.
Organization block
A range of organization blocks (OB) are designed to execute the
user program. OBs are the interface interface between the user
program and the operating system of a CPU. They permit event-
controlled processing of special program components within the
user program. The order in which the user program is executed is
defined in the organization blocks.
Profile
Profiles define application-specific functionality to ensure the
openness of PROFIBUS and PROFINET is utilized consistently. PI
Profiles can cover simple devices such as encoders by defining
how signals are used and how they are physically connected. How
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ever, profiles are increasingly covered more complex systems or
requirements. Profiles such as PROFIdrive and PROFIsafe deliver
active functionality as well. An advanced profile covering active
power management for end devices like lasers and robots is now
under development with the aim of bringing significant reductions
in energy consumption for the automotive industry. Profiles guar
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antee quicker system design and they support faster device inter
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change, promoting competition amongst vendors, increased
choice for users and full interoperability.
Provider Status
The Status an IO device provides to an IO Controller with the data
transferred to the Controller.
Proxy
A device which maps non PROFINET IO data to PROFInet.
Real-time
Real-time means that a system processes external events within a
defined time. If the reaction of a system is predictable, one speaks
of a deterministic system. The general requirements for real-time
are therefore: deterministic response and defined response time.
RT
Real Time - The Real Time PROFINET IO Channel. I/O and Alarm
Data are transferred over the RT Channel.
Slot
A group of one or more Subslots. Slots can be real or virtual.
Standard signal
The encoder profile defines a series of standard signals which are
used to configure the IO data.
Submodule
A component of a module that is plugged into a subslot. A sub
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module is real or virtual.
Subslot
A group of one or more channels. Subslots can be real or virtual.
Sync domain
All PROFINET devices that are to be synchronized via PROFINET IO
with IRT must belong to a sync domain. The sync domain consists
of precisely one sync master and at least one sync slave. IO con
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trollers and switches can hold the role of a sync master or sync
slave. Other IO devices support only the role as sync slave.
System function
System functions (SFC) are integral functions in the operating sys
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tem of a S7 CPU. In addition, SFCs are frequently called implicitly
by SFBs. SFCs can be called by the user program like normal func
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tions. SFCs are used to implement a number of important system
functions for Profinet IO.
Содержание AMT58 Series
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Страница 167: ...AMT58 PN INSTRUCTION MANUAL Absolute Encoders ...
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Страница 213: ...RESETTING THE PARAMETERS TO THE DEFAULT FACTORY VALUES INSTRUCTION MANUAL 33 Figure 15 Encoder reset ...
Страница 221: ...TO TECHNOLOGY OBJECTS INSTRUCTION MANUAL 41 Figure 28 TO encoder enabled ...
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Страница 255: ...REAL TIME CLASS 3 IRT_TOP RT3 INSTRUCTION MANUAL 75 Figure 5 Telegram 81 IN Figure 6 Telegram 81 OUT ...
Страница 265: ...NORMAL OPERATION DIAGRAM INSTRUCTION MANUAL 85 NORMAL OPERATION DIAGRAM ...
Страница 266: ...ENCODER STATE MACHINE 86 AMT58 PN PRESET DIAGRAM ...
Страница 267: ...PARKING SENSOR DIAGRAM INSTRUCTION MANUAL 87 PARKING SENSOR DIAGRAM ...
Страница 268: ...ENCODER STATE MACHINE 88 AMT58 PN ERROR DIAGRAM Acknowledgment of acknowledgeable sensor error ...
Страница 269: ...ERROR DIAGRAM INSTRUCTION MANUAL 89 Acknowledgment of not acknowledgeable sensor error ...
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