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Siemens SIMATIC S5-95F User Manual

Siemens SIMATIC S5-95F
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S5-95F Guidelines for the Planning and Installation of the Product
Coupling Mechanisms and Typical Interference Sources at a Glance
Table 3-1. Interference Sources and Their Causes
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Coupling Mechanism
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• Direct Coupling
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SIMATIC S5
Interference
Direct coupling
path
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• Capacitive Coupling
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SIMATIC S5
Interference
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• Inductive Coupling
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SIMATIC S5
Interference
Inductive
coupling
path
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• Radiated Interference
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SIMATIC S5
Interference
Radiation
path
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Direct or metallic coupling always
occurs when two circuits have a
common conductor.
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Capacitive or electrical coupling
occurs between conductors which
are at different potentials.
The degree of coupling is
proportional to the voltage variation
as a function of time.
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Inductive or magnetic coupling
occurs between two conductor
loops through which current is
flowing. Interference voltages are
induced by the magnetic fluxes
associated with the currents. The
degree of coupling is proportional
to the current variation as a
function of time.
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There is a radiation path when a
conductor is subjected to an
electromagnetic wave. Impinging of
the wave results in induced
currents and voltages.
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Typical Interference Source
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• Interference pickup via parallel signal
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• Static discharge of the operator
• Contactors
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• Transformers, motors, electric welders
• Parallel AC supply cables
• Cables with switched currents
• Signal cables with a high frequency
• Unconnected coils
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• Local transmitters (e.g. two-way radios)
• Spark gaps (spark plugs, collectors of
electric motors, welders)
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• Switched devices (supply affected by
inverters and external power supply
units)
• Motors being started
• Different potentials of component cases
with a common power supply
• Static discharges
Capacitive
coupling path
EWA 4NEB 812 6210-02
3-3

Table of Contents

Questions and Answers:

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Siemens SIMATIC S5-95F Specifications

General IconGeneral
BrandSiemens
ModelSIMATIC S5-95F
CategoryController
LanguageEnglish

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