Siemens SIMATIC S7-200 System Manual page 595

Module parameter set
MPI Card (PPI), 7-14
PC/PPI Cable (PPI), 7-10–7-11
selecting, 7-9–7-10
Monitoring
program, 4-30–4-32
program status, 4-32, 4-33, 4-35
Mounting
clearance requirements, 2-2
dimensions
CPU 221, 2-4
CPU 222, 2-4
CPU 224, 2-4
CPU 226, 2-5
expansion I/O modules, 2-5
screw sizes for installation, 2-4–2-5
standard rail, 2-3
high-vibration environment, using DIN rail
stops, 2-7
procedure
expansion module, 2-6–2-8
panel, 2-6
rail, 2-7
removal procedure, 2-8
screw sizes for installation, 2-4–2-5
vertical positioning, using DIN rail stops, 2-7
Move and Assign Values instruction, 10-23
Move Byte Immediate Read instruction, 9-106
Move Byte Immediate Write instruction, 9-106
Move Byte instruction, 9-102
Move Double Word instruction, 9-102
Move instructions
Block Move, 10-24
Block Move Byte, 9-103
Block Move Double Word, 9-103
Block Move Word, 9-103
example of block move, 9-104–9-106
example of move and swap, 9-105–9-107,
10-24–10-26
Move, 10-23
Move Byte, 9-102
Move Byte Immediate Read, 9-106
Move Byte Immediate Write, 9-106
Move Double Word, 9-102
Move Real, 9-102
Move Word, 9-102
Swap Bytes, 9-105
Move Real instruction, 9-102
MPI (multipoint interface), protocol, 7-30
baud rate, 7-4
MPI Card, order number, E-2
S7-200 Programmable Controller System Manual
A5E00066097-02
MPI card, 7-4
configuration with PC, 7-12
PPI parameters, 7-14
setting up the MPI Card (PPI) parameters,
7-14
MPI communications, 7-30
CP cards, 7-4
MPI logical connections, 7-30
Multiple master network, 7-4, 7-28
Multiple Master Network check box, 7-11
Multiply Double Integer instruction, 9-76
Multiply instruction, 10-18
Multiply Integer instruction, 9-75
Multiply Integer to Double Integer instruction,
9-77
Multiply Real instruction, 9-83
N
Natural Exponential instruction, 9-86, 10-22
Natural Logarithm instruction, 9-85, 10-21
Negative Transition instruction, 9-4, 10-3
Network
biasing, 7-33
cable specifications, 7-34
communication port, 7-32
communications setup, 7-2–7-19
components, 7-32
connectors, 7-33
device address, 7-29
gap update factor (GUF), 7-42
highest station address (HSA), 7-42
installing communications hardware,
3-2–3-4
master devices, 7-29
masters, 7-27
multiple master, 7-4, 7-28
optimizing performance, 7-42
overview, 7-27
repeaters, 7-35
segments, 7-29
selecting the parameter set, 7-9
sending messages, 7-44
slave devices, 7-29
terminating, 7-33
token rotation time, 7-44–7-47
Network Read instruction, 9-180
errors, 9-180
example, 9-182–9-184
Index
Index-15