7
COMMISSIONING
32
8017621/ZPQ5/2017-08-15|SICK
S U P P L E M E N T A R Y O P E R A T I N G I N S T R U C T I O N S | AOS502 STS
Subject to change without notice
7
Commissioning
7.1
Configuration
The AOS502 STS is configured using the SOPAS configuration software and the Flexi Soft
Designer.
LMS - SOPAS
The monitoring fields and evaluation cases required to prevent collisions are already
available in the laser scanners. The response times for normal system operation are pre-
defined.
▸
Adapt the geometry of the monitoring fields to the existing conditions on-site.
You can find additional information on configuration of the laser scanners and using the
SOPAS configuration software in
the AOS Prime operating instructions.
Flexi Soft
The configuration required to operate the AOS502 STS system is available in the project
file on the USB stick supplied.
▸
With the aid of the Flexi Soft Designer, transfer the configuration via file download to
the Flexi Soft control.
You can find additional information on downloading the configuration files with the
Flexi Soft Designer in
the AOS Prime operating instructions or in the separate
Flexi Soft
QuickStart
instructions on the USB stick.
7.2
Checking the stopping and warning response of the system
During system construction, there will generally be no ship beneath the crane. The system
shutdown behavior can however be checked by placing corresponding objects in the
individual fields.
Checking crane-to-ship collision protection
▸
Use simple equipment, such as lasher bars with an object attached, to actively infringe
the individual monitoring fields.
Checking crane-to-crane collision protection
▸
Use simple equipment, such as lasher bars with an object attached, to actively infringe
the individual monitoring fields.
▸
If possible, move the crane sideways toward the neighboring crane and check that the
behavior is correct.
▸
If the stop signal is too early or too late, adapt the geometry of the stopping field
accordingly.
Checking stop and warning signals
▸
Check whether the behavior of the output signals of the system to the inputs of the
crane control (usually PLC) is correct
Recommendation
