Instruction Manual

If an X input of recipe switchover block SELV2 is not connec
-
ted and the relevant recipe is selected nevertheless (should
be disabled via the adjustment range of the recipe number),
the following error display is output:
Access to parameters of inactive recipes
To enable the access to all recipes relevant for this programmer block from the programmer program edit page (inclu
-
ding the inactive ones), the following wiring principle is compulsory:
The SELV2 block switches the parameter block number onto the programmer Dblock input. Via the SELV2 block struc
-
ture information, the programmer has access to all recipes.
Unless wiring is via SELV2, switchover to a different recipe on the parameter setting page is not possible, i.e. the reci
-
pe cannot be displayed.
+
For active recipe switchover during reset status, another wiring type can be selected as well; however, at the latest
800 ms after switching over, the block number of the first parameter block of a new recipe must be applied safely at
the Dblock input. The order of SELV2 block numbers plays an important part, in particular, if these blocks were assig
-
ned to the 800ms time slot. Unless the order is ascending, there will be an additional 800 ms delay at each cascade
step.
Master/slave operation
Programmers frequently consist of several coupled blocks which have a common time or segment structure (e.g. mas
-
ter block: oven temperature, 1st slave block atmosphere/C level, 2nd slave block 1..6 digital control signals). Such a
programmer is provided with an operating page extending to all blocks in KS98-1. On the master operating page, the
slave block data can be displayed via symbol uu .
9499-040-82718 Programmer
APROG ( analog programmer (No. 24)) / APROGD ( APROG data (No. 25)) III-215
APROG
Wp
TNetto
TBrutt
TRest
SegNo
WEnd
ProgNo
SegRes
Bl-no
run reset end fkey preset manual
PSet
DBlock
ProgNo
XVal
SlavNo
hide
lock
run
reset
preset
search
p-show
halt
manfree
100 ts=11
Programmgeber
APROGD
DBlockDBlock
101 ts=11
APROGD
DBlockDBlock
102 ts=11
APROGD
DBlockDBlock
103 ts=11
APROGD
DBlockDBlock
104 ts=11
APROGD
DBlockDBlock
105 ts=11
APROGD
DBlockDBlock
106 ts=11
APROGD
DBlockDBlock
107 ts=11
APROGD
DBlockDBlock
108 ts=11
APROGD
DBlockDBlock
109 ts=11
APROGD
DBlockDBlock
110 ts=11
APROGD
DBlockDBlock
111 t
s
=11
APROGD
DBlockDBlock
112 t
s
=11
SELV2
Y1
Casc
X1
X2
X3
X4
Select
113 ts=11
SELV2
Y1
Casc
X1
X2
X3
X4
Select
114 ts=11
Fig. 47
Fig. 48