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4) Programming
During the programming phase unit IB performs its auto-teach routine
and checks that the photocells connected to bluebus are functioning
correctly; all parameters remain stored also following a power loss.
Programming must be executed in the automation system installation
phase or whenever devices are added to or removed from the system.
Programming is not required if the photocells are replaced, providing
the new photocell is given the same address as the removed unit.
The two different automation types: "single leaf" and "double leaf"
must be programmed by means of a different procedure: see table 5
for "single leaf" or table 6 for "double leaf".
Table 5:
"Single-leaf"
1.
Press and hold down key "P"; LED "L" will light steadily after approximately 3 seconds
2.
With the key still pressed wait for approximately 4 seconds so that IB can complete the
connected devices auto-teach cycle. When the auto-teach cycle is terminated
LED "L" switches off and then starts flashing as normal.
3.
Release key "P".
Note: for "single leaf" systems the link between the photocells and relays is shown in table 2
Table 6:
"Double-leaf"
1.
Press and hold down key "P"; LED "L" will light steadily after approximately 3 seconds
at which point release the key.
2.
Wait for approximately 4 seconds so that IB can complete the connected devices auto-teach
cycle.When the auto-teach cycle is terminated LED "L" switches off and then starts flashing as normal.
Note: for "double leaf" systems the link between the photocells and relays is shown in table 3
5) Testing and commissioning
!
Warning: the testing and commissioning operations must be
performed by qualified and experienced personnel who must estab-
lish which tests to conduct on the basis of the risks involved, and
verify the compliance of the system with applicable regulations, leg-
islation and standards, in particular with all the provisions of EN stan-
dard 12445 which establishes the test methods for gate automation
systems.
5.1) Testing
Testing is the most important stage in the automation system instal-
lation procedure in order to ensure the maximum safety levels.
Testing can also be adopted as a method of periodically checking
that all the various devices in the system are functioning correctly.
1. Ensure that the instructions outlined in chapter 1 "WARNINGS"
have been observed in full.
2. Check that the photocells are functioning perfectly; check in par-
ticular that there is no interference with other devices. Take a 5
cm diameter cylinder 30 cm in length and cause it to transit
across the optical axis first close to the transmitter (TX) and then
close to the receiver (RX) and finally at the mid-point between the
two, and check that the device trips in all cases, switching from
active status to alarm status and vice versa.
3. For each photocell trip check also that the control unit performs
the correct operation; e.g. activation of FOTO during the closing
cycle should result in reversal of the direction of movement.
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"L" Led
9
10
"P" Programming button
type programming
P
3s
P
4s
P
type programming
P
3s
4s
P
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