Lenze I95AE240F User Manual

19.24 Response
mes
The overall system must be taken into account when determining the response me following
a safety funcon request.
Parameter set acceptance from the SD card
Safe parameter set acceptance is supported by means of a safe parameter set saved in the
device.
The following are all crucial in determining the response me:
•
R
esponse
me of the connected safety sensor technology
•
Input delay of safety inputs
•
Internal processing me
•
When using a sa
fety bus:
-
Monitoring me for cyclic services
-
Monit
oring me in the safety PLC
-
Processing me in the safety PLC
•
Delay mes due to addional modules
t
1
t
2
t
ps
t
4
t
3
t
5
t
i
μC
μC
S
SF
t = 0
Fig. 81: Response mes to the request of a safety funcon
1 Standard device
2 Integrated safety
3 Safety PLC
4 Safety bus
μC Microcontroller
S Safety sensors
SF Safety funcon triggered
Response mes of inputs
Response me when reacng to an event in the safety sensor technology [ms]
t
1
Response me of the safety sensor technology According to manufacturer informaon
t
2
Input delay of safe inputs
0x211A:002 0...100
Input lter 2
t
i
Processing me in the integrated safety sensor
technology
4
Safety funcon begins aer Ʃ
Tab. 3: Response me when reacng to an event in the safety sensor technology
Response me of safe output
Response me of safe output to a safety funcon [ms]
Safe output SD-Out 1 switches aer 4
Tab. 4: Response me of safe output
Safety funcons
Response
mes
426

Lenze I95AE240F Specifications

General

Brand	Lenze
Model	I95AE240F
Category	Inverter
Language	English