DINA SafeLine DNSL-ZM, Product Information

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Product information
Products: safety technology SafeLine redaction 11 date 10.04.09 page 22 from 48
Central modules: Software elements
Times: it can be selected 12 off- and 3 on-delayed or 9 off- and 6 on-delayed
Timer off-delayed
diagram off delayed
A1
+24V virtual
13 / 14 - 63 / 64
71 / 72 - 81 / 82
t
Timer on-delayed
Timing diagram on delayed
A1
+24V virtual
13 / 14 - 63 / 64
71 / 72 - 81 / 82
t
Relay: it can be selected 6 NO and 2 NC or 4 NO and 4 NC contacts
Contact duplication (KV)
15 x KV, 6 NO, 2 NC
Timing diagram
A1
+24V virtual
13 / 14 - 63 / 64
71 / 72 - 81 / 82
contact duplication (KV)
15 x KV, 4 NO, 4 NC
Timing diagram
A1
+24V virtual
13 / 14 - 43 / 44
51 / 52 - 81 / 82
Activation via a logic module, a virtual contact or an external input, etc.
Logic module: It can be selected type 0, type1 or type 2
Logic module: 15 x type 0
The logic module contains 8 inputs and 8 outputs.
The following logical functions are available:
Y1 = not X1
Y2 = not X2)
Y3 = OR (X1.. X8); 8-Input OR Y4 = X3 OR X4
Y5 = X3 AND X4 Y6 = X5 AND X6
Y7 = X5 AND X6 AND X7 AND X8 Y8 = Start/Stop– Start X7, Stop X8 default stop
Logic module : 15 x LM type 1
Y1 = not X1 Y2 = AND(X1..X8); 8-Input AND
Y3 = OR(X1.. X8); 8-Input OR Y4 = X3 OR X4
Y5 = X3 AND X4 Y6 = (X5 AND X6) OR (/X5 AND /X6); inverted XOR
Y7 = X7 AND X8 Y8 = Start / Stop – Start X7, Stop X8, default stop
The reset status is: (Y8= 0), X7=Set und X8=Set Y8=0.
Logic module : 15 x LM type 2
Y1 = not X1 Y2 = AND(X1..X8); 8-Input AND
Y3 = OR(X1.. X8); 8-Input OR Y4 = X3 OR X4
Y5 = X3 AND X4 Y6 = Start by X5 and by falling edge X6
Y7 = X7 AND X8 Y8 = Start / Stop – Start X7, Stop X8, default stop
The reset status is. (Y8= 0), X7= Set and X8=Set Y8=0.
Customer specific logic module: Internal connection scheme of F1 to F8
Y1
Y2
Y3
Y4
&
&
&
X1
X2
X3
X4
X1
X2
X3
X4
Y5
Y6
&
>1
>1
1
>1
X1
X2
>1
X5
X6
X7
X8
Y7
Y8
>1
Typ 0
1
&
>1
=1
X1
X3
X4
X5
X6
Y4
Y6
Y2
Y1
X1
X8
>1
Y3
&
Y5
&
X7
X8
Y7
S
Y8
R
R dominant Typ 1
X1
X8
X3
X4
X7
X8
E
Err
A
1
1
&
&
>1
=1
X1
X2
X3
X4
X5
X6
X7
X8
Y7
Y8
Y6
Y5
Y4
Y3
Y2
Y1
Typ 2
15 LM Type cl
KL = Customer Logic
KLM type 0
Y1 = X1
∧
X2
∧
X3
∧
X4/ Hold by Y1
Reset by X1/
∨
X2/
∨
X3/
Y2 = X1
∧
X2 Hold only by X1
Y3 and Y4 not used
Y5 = X1
∧ ∧ ∧ ∧
X2
Y6 = X3
∧
∧ ∧
∧
X4
Y7 = X5
∨
∨ ∨
∨
X6
Y8 = X7
∨ ∨ ∨ ∨
X8
KLM type 1
Y1 = not X1
Y2 =
∧
∧ ∧
∧
(X1..X8)
Y3 =
∨ ∨ ∨ ∨
(X1..X8)
Y4 = X3
∨ ∨ ∨ ∨
X4
Y5 = X3
∧ ∧ ∧ ∧
X4
Y6 = NOT(X5 XOR X6)
Y7 = X7
∧
∧ ∧
∧
X8
Y8 = Set X7 , Reset X8
KLM type 2
Y1, Y2 look right
X1 and X2 compare external NO and
NC relay contacts.
Y3 = not X3
Y4 = not X4
Y5 = X1
∧ ∧ ∧ ∧
X2
Y6 = X3
∧ ∧ ∧ ∧
X4
Y7 = X5
∨ ∨ ∨ ∨
X6
Y8 = (X7 XOR X8)
X1
X2
Y1
Y2
<1s
>1s
on: ok off: err
<1s
>1s
off: ok on: err
X1
X2
Y1
Y2
The required function can be accomplished by virtual wiring. Multiple usage is possible,
Example: RS-Latch, Y5, Y6 can be used as separate combinations in the virtual connection scheme.