Nice FLOR RSL12U Instrucciones Y Advertencias Para La Instalación Y El Uso página 7

4 – PROGRAMMING
Warnings
The programming featured in this chapter requires the
use of key P1 and of LED L1 on the receiver (fig. 1). To
indicate the status of the activity under way, the LED
emits a specific number of flashes for a specific amount
of time. To find out the meaning of these indications,
please consult Table 2.
To facilitate programming, you ca use the BUPC and OBox
programmers.
TABLE 2
SIGNALS EMITTED BY LED L1 ON THE RECEIVER
–– SLOW 1/2 second FLASH ––
1 ✺ = The code received is not among those authorised.
2 ✺ = Recognition time over without success.*
3 ✺ = Recognition successfully completed (code authorised).
4 ✺ = The code is already in the list of those authorised.
5 ✺ = The list is empty (no code).
6 ✺ = The list is full (there is no room for any more codes).
7 ✺ = The deletion of a non-existent code has been requested.
8 ✺ = Different codes were received during the recognition phase.
9 ✺ = Password entered.
* Note
- If the software memory lock is activated, the 2nd flash is longer
than the 1st one
- If the software memory lock is deactivated the two flashes are
the same.
–– FAST 1/4 second FLASH ––
• During initialisation:
1 ✺ = A BM60 memory is present
2 ✺ = A BM250 memory is present
3 ✺ = A BM1000 memory is present
4 ✺ = The memory has codes entered which are not from the
Flor version
5 ✺ = An error was detected during memory reading
• During operation:
1 ✺ = The code received is a "copy"; only "original" codes are
valid.
3 ✺ = The code is not inside the codes window, but it has been
resynchronised.
4 ✺ = The code is not inside the codes window and resynchroni-
sation is locked.
5 ✺ = The code is not inside the codes window and resynchroni-
sation is not possible.
The receiver is fitted standard with the BM250 memory
which can store up to 63 codes; when the receiver is pow-
ered, it displays the type of memory used with various flash-
es of LED L1 (fig. 1), see Table 2.
The usable memories are as follows:
– memory BM60 = 16 storable codes
– memory BM250 = 63 storable codes
– memory BM1000 = 255 storable codes
The memory contains all the transmitter codes stored; to
obtain maximum safety and avoid the accidental storage of
foreign codes, you can lock the code recognition function
(see paragraph 6.1 - Locking the memory).
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