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Wiring 216, Wiring, Operation of a programmer with several blocks – West Control Solutions KS98-1 User Manual

Page 216

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Wiring

Synchronization of several programmers is by slave block preset coupling. The slave blocks are forced to the same time
or to the same segment number via time or segment preset by the master.

To facilitate operation of the coupled blocks, the programmer has a SlavNo input and a Bl-no output. These are used
by the slave block for transfer of the block number to the following block (see Fig 49). The block the Blo-no output of
which is not connected (block 100 in this example) should operate as master. Its Tnetto or SegNo output is wired to the
PSet input of further blocks.

By linking the blocks (

Bl-no > SlavNo), a programmer with coupled blocks is created. From the master

block operating page, access to the data (incl. parameters) relevant for the slave for display or adjustment is pos-
sible easily.

Operation of a programmer with several blocks

Calling up a master block operating page via the operating page menu (page survey):
When selecting the operating page of a master programmer via the operating page menu with master/slave wiring via
Bl-no > SlavNo as described above, changing between the relevant programmer blocks can be done easily via the
-symbol

uu. The order is determined by the wiring order (in the above example: 100 Ю 101 Ю 102 Ю 100 Ю ...).

Programmer

9499-040-82711

III-216

APROG ( analog programmer (No. 24)) / APROGD ( APROG data (No. 25))

CONST

0

1

99

APROG

Wp

TNetto

TBrutt

TRest

SegNo

WEnd

ProgNo

SegRes

Bl-no

ru

n

re

se

t

end

fk

e

y

pr

es

et

m

anual

PSet
DBlock
ProgNo
XVal
SlavNo

hi

de

lo

c

k

ru

n

re

se

t

pr

es

et

s

ear

c

h

p-

s

how

hal

t

m

anf

re

e

100 ts=11
Programmer

APROG

Wp

TNetto

TBrutt

TRest

SegNo

WEnd

ProgNo

SegRes

Bl-no

ru

n

re

se

t

end

fk

e

y

pr

es

et

m

anual

PSet
DBlock
ProgNo
XVal
SlavNo

hi

de

lo

c

k

ru

n

re

se

t

pr

es

et

s

ear

c

h

p-

s

how

hal

t

m

anf

re

e

101 ts=11
analog Slave

APROGD

DBlock

DBlock

102 ts=11

APROGD

DBlock

DBlock

103 ts=11

APROGD

DBlock

DBlock

104 ts=11

APROGD

DBlock

DBlock

105 ts=11

SELV2

Y 1

Casc

X 1
X 2
X 3
X 4
Select

106 ts=11

DPROG

TNetto

TBrutt

TRest

SegNo

ProgNo

SegRes

Bl-no

ru

n

re

se

t

end

fk

e

y

do1

do2

do3

do4

do5

do6

pr

es

et

m

anual

PSet
DBlock
ProgNo
SlavNo

hi

de

lo

c

k

ru

n

re

se

t

pr

es

et

p-

s

how

hal

t

m

anf

re

e

107 ts=11
digital Slave

DPROGD

DBlock

DBlock

108 ts=11

APROGD

DBlock

DBlock

109 ts=11

APROGD

DBlock

DBlock

110 ts=11

DPROGD

DBlock

DBlock

113 ts=11

SELV2

Y 1

Casc

X 1
X 2
X 3
X 4
Select

114 ts=11

DPROGD

DBlock

DBlock

115 ts=11

DPROGD

DBlock

DBlock

116 ts=11

SELV2

Y 1

Casc

X 1
X 2
X 3
X 4
Select

117 ts=11

NOT

not

d1

d1

118 ts=11

AINP1

Inp1

fa

il

a/

m

in

c

dec

Y

lo

c

k

hi

de

61

APRGD2

DBlock

DBlock

111 ts=11

APRGD2

DBlock

DBlock

112 ts=11

TEXT

Index

Index
Casc
UsrLan

119 ts=11

Fig. 49 Programmer with two analog and one digital blocks