Security Brands Edge 27-210, Руководство по прямому программированию

Страница: 52 / 80

Direct Programming Manual
Edge
Smart Keypads and Card Readers
48

If you need help, please email techsupport@securitybrandsinc.com or call (972) 474-6390 .
Wiegand card reader or vehicle tag reader. Only the 26-bit format can be used.
1251
$
6
$
105
$
4
$
Scan First Card
$
...
$
Scan Last Card
$
#
Enter Master Code (default 1251) and listen for good tone.
Enter sub mode 6 and listen for good tone.
Enter next sub mode 105 and listen for good tone.
Enter next sub mode 4 and listen for good tone.
Scan card to be added twice at reader and listen for good tone.
Repeat above step to add additional codes.
Note: Card-to-card swipe timeout is 10 seconds.
Enter # key to exit Programming Mode.
Note: This procedure will not work if any of the following are true:

One or both Wiegand inputs are set to SBI Flex 64-bit format.

One or both Wiegand inputs are disabled.

One or both Wiegand inputs are configured to share code list with non-Wiegand codes.

Each Wiegand input is configured to a different Wiegand bit format.

Split relay feature is enabled.
Add Latch Code(s) to Relay B on Wiegand Input 1
These procedures will add a latch code or codes to Relay B for Wiegand keypads, card readers,
remotes, and vehicle tag readers on Wiegand Input 1 only.
Quick Entry for Wiegand Keypad (uses default facility code)
This procedure will add one or more latch codes with the default facility code for a Wiegand
keypad. Both the 26-bit and SBI Flex 64-bit formats can be used.
1251
$
6
$
1
$
105
$
1
$
XXXXX
$
#
Enter Master Code (default 1251) and listen for good tone.
Enter sub mode 6 and listen for good tone.
Enter 1 (for Wiegand Input 1). No tone will sound.
Enter next sub mode 105 and listen for good tone.
Enter next sub mode 1.
Enter code (26-bit: 5 digits; numbers only; max value 65535) and listen for good tone.
Repeat above step to add additional codes.
Enter # key to exit Programming Mode.
Note: This procedure will not work if any of the following are true: