Sygonix 2615507 Installation guide

Selecting access mode (11.7)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Select the access mode = Only with a ngerprint
or
= Only with a transponder
or
= Only with a PIN
or
= With a transponder and PIN
or
+ ( ..... ) = Multi-user access
Example: = The changeover contact is activated and
access granted only if 4 persons perform a valid access at-
tempt using a transponder strictly one after the other within
no more than 5 seconds per person
or
= With a PIN, transponder or ngerprint (default setting)
4. Conrm entry
5. Exit programming mode
Saving user PIN (11.8)
Option 1: Automatically saving a user PIN in the next free memory cell (11.8.1)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter PIN (enter PIN), 4 to 6 digits
PIN “8888” cannot be used!
4. Save PIN
5. Exit storage mode
6. Exit programming mode
To save multiple user PINs one after the other, repeat steps 3 and 4.
Saving user PIN (11.8)
Option 2: Assigning a user PIN to a specic memory cell (11.8.2)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number (Memory cell number), from .....
4. Conrm entry
5. Enter PIN (enter PIN), 4 to 6 digits
PIN “8888” cannot be used!
6. Save PIN
7. Exit the storage mode
8. Exit programming mode
To save multiple user PINs one after the other, repeat steps 3 to 6.
Deleting user PIN (11.9)
First option: Deleting a user PIN (11.9.1)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter PIN (enter PIN), 4 to 6 digits
4. Delete PIN
5. Exit delete mode
6. Exit programming mode
To delete multiple user PINs one after the other, repeat steps 3 and 4.
Deleting user PIN (11.9)
Second option: Deleting a user PIN via memory cell number (11.9.2)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number (Memory number), optional .....
4. Conrm entry
5. Exit delete mode
6. Exit programming mode
To delete multiple memory cells one after the other, repeat steps 3 and 4.
Overview for programming
RFID/ngerprint access system
Item no. 2615507
In the following tables, a reference to the chapter number of the main manual is given in the rst
line to make it easier for you to nd the detailed description.
Enabling/disabling programming mode (11.3)
Procedure Button combination/operation
Enter programming mode (Master code)
Exit programming mode
The master code is by default (or after resetting to factory defaults).
Changing master code (11.4)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter new master code (New master code)
4. Conrm entry
5. Enter new master code again (New master code)
6. Conrm entry
7. Exit programming mode
The master code must consist of 6 digits.
Teaching in master ngerprint (11.5.1)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number 99 for the
master ngerprint
4. Conrm entry
5. Read master ngerprint 3 times (ngerprint) (ngerprint) (ngerprint)
6. Exit teach-in mode
7. Exit programming mode
Deleting master ngerprint (11.5.2)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number 99 for the
master ngerprint
4. Conrm entry
5. Exit delete mode
6. Exit programming mode
Setting the Wiegand interface mode (11.6)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Choose mode = Use as an access system (or as a Wiegand control-
ler), factory default
or
= Use as an external card reader on a Wiegand
controller
4. Conrm entry
5. Exit programming mode

Teaching in user transponders (11.11)
First option: Automatically saving a user transponder in the next free memory cell (11.11.1)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Teach-in transponder (Read transponder)
4. Exit pairing mode
5. Exit programming mode
To teach in multiple user transponders one after the other, repeat step 3. The memory cell
number is automatically increased by one.
Teaching in user transponders (11.11)
Second option: Assigning a user transponder to a specic memory cell (11.11.2)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number (Memory number), optional .....
4. Conrm entry
5. Pair transponder (Read transponder)
6. Exit pairing mode
7. Exit programming mode
To teach in multiple user transponders one after the other, repeat steps 3 to 5.
Deleting user transponder (11.12)
First option: Deleting a user transponder via transponder (11.12.1)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Delete transponder (Read transponder)
4. Exit delete mode
5. Exit programming mode
To delete multiple user transponders one after the other, repeat step 3.
Deleting user transponder (11.12)
Second option: Deleting a user transponder via transponder number (11.12.2)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter transponder number (8/10 digits) (Transponder number) = enter an 8- or 10-digit number
printed on the transponder
4. Conrm entry
5. Exit delete mode
6. Exit programming mode
To delete multiple user transponders one after the other, repeat steps 3 and 4.
Deleting user transponder (11.12)
Option 3: Deleting a user transponder via memory cell number (11.12.3)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number (Memory number), optional .....
4. Conrm entry
5. Exit delete mode
6. Exit programming mode
To delete multiple memory cells one after the other, repeat steps 3 and 4.
Teaching in a user ngerprint (11.13)
First option: Automatically saving a user ngerprint in the next free memory cell (11.13.1)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Read ngerprint 3 times (ngerprint) (ngerprint) (ngerprint)
4. Exit pairing mode
5. Exit programming mode
To teach in multiple user ngerprints one after the other, repeat step 3.
Teaching in a user ngerprint (11.13)
Second option: Assigning a user ngerprint to a specic memory cell (11.13.2)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number (memory cell number), from .....
4. Conrm entry
5. Read ngerprint 3 times (ngerprint) (ngerprint) (ngerprint)
6. Exit pairing mode
7. Exit programming mode
To teach in multiple user ngerprints one after the other, repeat steps 3 to 5. Do not enter the
leading zero for single-digit memory cell numbers (0 to 99).
Deleting user ngerprint (11.14)
First option: Deleting a user ngerprint via ngerprint (11.14.1)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Perform the deletion process (ngerprint)
4. Exit delete mode
5. Exit programming mode
To delete multiple user ngerprints one after the other, repeat step 3.
Deleting user ngerprint (11.14)
Second option: Deleting a user ngerprint via memory cell number (11.14.2)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number (Memory number), optional .....
4. Conrm entry
5. Exit delete mode
6. Exit programming mode
To delete multiple memory cells one after the other, repeat steps 3 and 4.
Use master transponder or master ngerprint to teach in a user transponder (11.11) or user
ngerprint (11.13)
Instead of accessing the teach-in mode by entering the master code and the respective pro-
gramming code (as described above), you can hold the master transponder once in front of the
reading area or touch the ngerprint sensor once with the master ngerprint. This activates the
teach-in mode, and the LED indicator lights up yellow.
You can also exit the teach-in mode/programming mode in the same way.
Use master transponder or master ngerprint to delete a user transponder (11.12) or user
ngerprint (11.14)
Instead of accessing the delete mode by entering the master code and the respective program-
ming code (as described above), you can hold the master transponder twice in front of the
reading area or touch the ngerprint sensor twice with the master ngerprint. This activates the
storage mode, and the LED indicator lights up yellow.
The master transponder or master ngerprint must be read twice within 5 seconds to ensure the
correct activation of the delete mode.
To exit delete mode/programming mode, hold the master transponder once in front of the read-
ing area or touch the ngerprint sensor once with the master ngerprint.
Clearing all memory cells (11.15); this option clears all 890 user transponders, 10 visitor
transponders, 99 user ngerprints and the master ngerprint
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter master code (Master code)
4. Conrm entry
5. Leave delete mode
6. Exit programming mode
The master transponder is retained.

Setting the changeover contact activation time (11.16)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Changeover contact activation time ..... = 1 - 99 seconds
or
= Toggle operation
4. Conrm entry
5. Exit programming mode
The activation period in the basic default settings (or after resetting to factory defaults) is 5 sec-
onds. In toggle mode, each valid access attempt switches the changeover contact to the other
position.
Enabling or disabling protection against incorrect entries (11.17)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Select protection function = Protection function is disabled (default setting)
or
= 10-minute lock (during this time, you cannot access
the system with a valid PIN/transponder/ngerprint or via
the keypad; the master transponder and master ngerprint
have no function)
or
= Lock with alarm for 1 to 3 minutes (alarm time can
be set as described in section 11.18); lock and alarm can
be early terminated using a valid PIN, transponder or
ngerprint
4. Conrm entry
5. Exit programming mode
After enabling the function, you must set the alarm time from 1 to 3 minutes (default setting:
1 minute).
Setting the alarm time for protection function (11.18)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Set alarm time (alarm duration); from to minutes
4. Conrm entry
5. Exit programming mode
Teaching in a visitor transponder (11.19.1)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number (Memory number), optional .....
4. Conrm entry
5. Enter the number of access attempts for
a visitor transponder
(number of access attempts), from to
(the number “0” represents 10 access attempts)
6. Conrm entry
7. Pair transponder
(Read transponder)
or
(Transponder number) = enter an 8- or 10-digit number
printed on the transponder
8. Exit pairing mode
9. Exit programming mode
To teach in multiple visitor transponders one after the other, repeat steps 3 to 7. Only when all
transponders have been entered, follow steps 8 and 9 to end the pairing mode and the program-
ming mode.
Once the preset number of access attempts for the visitor transponder has been used, the ac-
cess system automatically deletes the transponder from the memory. A new visitor transponder
can now be assigned to the cleared memory cell number.
You can delete the visitor transponder before all access attempts have been used by following
the procedure for deleting user transponders referred to in section 11.12.
Saving a visitor PIN (11.19.2)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter memory cell number (Memory number), optional .....
4. Conrm entry
5. Enter the number of access attempts for
a visitor PIN
(number of access attempts), possible is .....
(the number “0” represents 10 access attempts)
6. Conrm entry
7. Enter PIN (enter PIN), 4 to 6 digits
PIN “8888” cannot be used!
8. Save PIN
9. Exit the storage mode
10. Exit programming mode
To save multiple visitor PINs one after the other, repeat steps 3 to 8.
Once the preset number of access attempts for the visitor PIN has been used, the access
system automatically deletes the PIN from the memory. A new visitor PIN can now be assigned
to the cleared memory cell number.
You can delete the visitor PIN before all access attempts have been used by following the
procedure for deleting user PINs referred to in section 11.9.
Enabling/disabling visual and acoustic indication (11.20)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter function = Beeps disabled
or
= Beeps enabled (default setting)
or
= LED disabled
or
= LED enabled (default setting)
or
= Button illumination disabled
or
= Button illumination enabled
or
= Button illumination is activated when you press the
button (the rst button press only activates the button il-
lumination); the button illumination is automatically disabled
if no button is pressed within 20 seconds (factory default)
4. Exit the setting mode
5. Exit programming mode

This is a publication by Conrad Electronic SE, Klaus-Conrad-Str. 1, D-92240 Hirschau (www.conrad.com).
All rights including translation reserved. Reproduction by any method, e.g. photocopy, microlming, or the capture in
electronic data processing systems require the prior written approval by the editor. Reprinting, also in part, is prohibited.
This publication represent the technical status at the time of printing.
Copyright 2022 by Conrad Electronic SE. *2615507_V3_1222_02_VTP_prog_en
Setting the Wiegand input data format (11.22)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter function ..... = Bit rate 26 to 44 bit (default setting
26 bit)
or
= PIN input format 4 bit (default setting)
or
= PIN input format 8 bit
or
= PIN input format 10 bit
or
= Parity bit disabled
or
= Parity bit enabled (default setting)
4. Exit the setting mode
5. Exit programming mode
For readers with a bit rate of 32 or 40 bit, the parity bit must be disabled.
Setting the Wiegand output data format (11.23)
Procedure Key combination/operation
1. Enter programming mode (Master code)
2. Enter programming code
3. Enter function ..... = Bit rate 26 to 44 bit (default setting
26 bit)
or
= PIN output format 4 bit (default setting)
or
= PIN output format 8 bit
or
= PIN output format 10 bit
or
= Parity bit disabled
or
= Parity bit enabled (default setting)
4. Exit the setting mode
5. Exit programming mode
For the Wiegand controller interface with a bit rate of 32 or 40 bit, the parity bit must be disabled.