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Chapter 9
230
Logic programming – Function blocks
Contact monitoring
The input signals for the
Overrun cam
input,
Upstroke cam
input and the
Drive
released
input have to accord with Figure 215 and the following rules.
(1) The overrun must begin during the upstroke phase: The rising edge at the
Overrun cam
input (Low-High transition) must occur while the
Upstroke cam
input is High.
(2) The overrun must end after the end of the upstroke phase: The falling edge at the
Overrun cam
input (High-Low transition) must occur when the
Upstroke cam
input is Low.
(3) The upstroke phase must begin after the overrun has ended: The rising edge at
the
Upstroke cam
input (Low-High transition) must occur while the
Overrun cam
input is Low.
(4) The upstroke phase must end during the overrun: The falling edge at the
Upstroke
cam
input (High-Low transition) must occur while the
Overrun cam
input is High.
If at least one of these conditions is not fulfilled during operation, the
Enable
output
becomes Low and the
Contact error
output becomes High.
A valid sequence to fulfill the conditions is as follows:
0) Start condition:
Overrun cam
input = High,
Upstroke cam
input = Low
1)
Overrun cam
input: High
Low
2)
Upstroke cam
input: Low
High
3)
Overrun cam
input: Low
High
4)
Upstroke cam
input: High
Low
Observe the relevant safety standards and regulations!
All safety related parts of the installation (cabling, connected sensors and actuators,
configuration settings) must be according to the relevant safety standards (e.g. IEC
62061 or EN/ISO 13849-1 or Type C standards such as EN 692 and EN 693) and
regulations. Only safety-relevant signals may be used in safety-relevant logic. Ensure
that the application fulfills all applicable standards and regulations!
This needs to be considered especially for the
Upstroke cam
, if the
Upstroke
output is
used for upstroke muting, e.g. in combination with a press cycle control function block.
Figure 215:
Contact monitoring with the
Eccentric press contact
function block
ATTENTION
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