Gira 2617 Series Manuel utilisateur
Operating Instructions
Fingerprint reader
2617 ..
3
3
Contents
Device description ........................................................5
Device presentation......................................................6
Areas of application......................................................7
Operation .....................................................................9
Acknowledgement signals..........................................10
Start-up sequence ......................................................11
Connection terminals..................................................12
Installation................................................................. 13
Optimal positioning of finger ......................................14
Basics for the teaching-in of a finger ..........................15
Teaching-in first administrator ....................................16
Teaching-in user finger for relay 1 ..............................18
Teaching-in user finger for relay 2 ..............................19
Teaching-in a further administrator .............................20
Deleting administrator ................................................22
Deleting user finger ....................................................24
Switching illumination of contact surface on/off .........25
Switching acknowledgement tones on/off ................. 26
Setting switching time of relays..................................27
Reset to factory settings – delete all assignments.......28
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4
Integration in the door communication system...........29
Connection to door communication system................30
Assignment
User-specific switching actuator/door opener.............32
Assignment of user-group switching actuator/
door opener................................................................33
Relays/actuators – what switches when?....................34
5 rules for selecting the correct mode ........................35
Assigning mode to an individual user finger ...............36
Assigning mode to a user finger group .......................37
Examples
Example 1: Starting up stand-alone function ..............38
Example 2:
Starting-up door communication system ....................39
Example 3: Integrating in door communication
system without speech function .................................42
Removal alarm............................................................43
Table for start-up documentation................................44
Procedure when the administrator is no longer
available .....................................................................46
Technical data ........................................................... 47
Entsorgung.................................................................48
Warranty ................................................................... 48
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5
Device description
The fingerprint reader provides access control based on
the biometric features of the human finger. Using high-
frequency technology, it evaluates the structures of the
deepest layers of skin on the finger. The sensor can
detect signs of life in the human finger. The fingerprint
reader can be used as a stand-alone function, e.g. at indi-
vidual doors or gates. It can also be integrated into the
Gira door communication system.
Different fingers can be assigned to the two integrated
zero-voltage two-way switch relays. This makes it possi-
ble to carry out different switching processes, e.g. index
fingers for door opening and thumbs for switching the
outside light. The fingerprint reader can administer up to
99 fingers. The fingers can be taught-in via direct config-
uration at the device without a PC and without program-
ming software.
The fingerprint reader is installed indoors (IP 20) in
conjunction with System 55 cover frames and outdoors
(IP 44) with Gira TX_44 cover frames.
i
Incompatibility between item components
The components (inserts and top units) of items 2617 ..
and 2607 .. are not compatible with each other. I.e. only
inserts and top units of the same item match!
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6
Device presentation
5
4
3
2
1
5
6
4
3
2
1
Gira TX_44
1 Connection cable for door
communication system
2 Flush-mounted insert (fin-
gerprint reader)
3 Gira TX_44 cover frame,
bottom section (not
included in scope of sup-
ply)
4 Fingerprint reader
5StatusLED
6 Gira TX_44 cover frame,
top section (not included
System 55
1 Connection cable for door
communication system
2 Flush-mounted insert
3 System 55 cover frame
(not in scope of supply)
4 Fingerprint reader
5 Status LED
7
7
Areas of application
Use as individual device
In this case the existing zero-voltage relay contacts
within the flush-mounted insert are used, e.g. for a door
opener with own power supply.
i
Unsuitable for use as individual device
in safety-relevant areas
Not recommended for opening of outside doors espe-
cially in safety-relevant areas, as door may be opened
when fingerprint reader is expanded via bridging of
open contacts.
1 Fingerprint reader
2 Door opener
3 Power supply
24 V DC
4 Power supply
of door opener
2
2
2
1
2
4
3
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8
Use in door communication system
The fingerprint reader can be connected to the door com-
munication system via the enclosed connection cable.
The fingerprint reader can thus control e.g. the door
opener contact of the control device or can trigger the
switching action of a switching actuator.
i
Protecting control device from unauthorised
access
In safety-relevant areas the control device should be
securely installed (locked) to prevent unauthorised
access.
2
2
2
1
2
34
1 Hands-free feature surface-mounted
home station
2 Flush-mounted door station with
fingerprint reader
3 Audio control device
4 Door opener
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9
Operation
To operate the fingerprint reader, only
the one-time laying on of the previously
taught-in finger is necessary.
The LED lights up red when the finger is laid on. During
this time the fingerprint is read. After the short acknowl-
edgement tone, the finger can be removed. While the fin-
gerprint is being compared to saved fingerprints, the LED
lights up orange. If the finger is recognised the LED lights
up green and a long acknowledgement tone is heard
(positive acknowledgement signal). At the same time the
previously specified switching action is executed.
An unauthorised or unassigned finger is indicated with a
red LED and 3 short acknowledgement tones (negative
acknowledgement signal).
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360° contact surface for finger
Taught-in fingers are detected in any
position (360° contact surface). The
optimum positioning of the finger (see
graphic) is preferable.
i
Acknowledgement tones can be switched off
Acknowledgement tones occurring during operation
can be switched off (see Page 26).
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10
Acknowledgement signals
The fingerprint reader generates different acknowledge-
ment signals during operation and start-up:
Positive acknowledgement signal
3The fingerprint reader generates a long acknowledge-
ment tone, the LED simultaneously lights up green.
Negative acknowledgement signal
3The fingerprint reader generates 3 short acknowledge-
ment tones, the LED simultaneously lights up red.
Administrator mode activated
3The LED lights up orange.
In door communication system:
Programming mode activated
3The fingerprint reader generates a short acknowledge-
ment tone, the LED flashes orange.
Programming mode terminated
3The fingerprint reader generates a short acknowledge-
ment tone, the LED is off.
i
Acknowledgement tone off
If the acknowledgement tone is switched off (see
Page 26), there are no more acknowledgement tones.
The acknowledgement signals then occur solely via the
LED.
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