e DATA TLR401 Fingerprint keypad User Manual Information about modifications

e-DATA GmbH Fingerprint keypad Information about modifications

Contents

Information about modifications

TLR401 Administration
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TLR401 FINGERPRINT KEY
Manual Version 1.4
TIMELINK International GmbH
TLR401 Administration
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TIMELINK International GmbH
Mollenbachstrasse 19
D-71229 Leonberg
Phone (0 71 52) 93979-0
Fax (0 71 52) 93979-50
info@de.timelink.com
TLR401 Manual
Version 1.4
Firmware 1.150 or higher
Copyright 2008 TIMELINK International GmbH
This Manual is protected by copyright. The user manual may only be
copied within the framework of the intended usage. Any reproduction
or translations of the manual beyond this or its transmission onto
electronic media, even in extract form, is only allowed with the express
permission of TimeLink International.
TimeLink International reserves the right to make changes to the user
manual and to the devices without special notice.
TimeLink International does not accept any liability whatsoever for
direct or indirect damage, especially loss of data, that results from the
usage of the TLR401 terminal, or from the information in this Manual
TLR401 Administration
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Content
1General Comments 5
1.1 Symbols....................................................................................5
1.2 Device name.............................................................................6
1.3 Intended Usage ........................................................................6
1.4 Protection Class........................................................................6
1.5 Safety Measures.......................................................................6
1.6 Before Commissioning..............................................................6
1.7 Operation..................................................................................7
1.8 Installation and Service.............................................................7
1.9 CE Conformance ......................................................................7
2Technical Data 8
2.1 Mechanical Structure ................................................................8
2.2 Hardware Features ...................................................................8
2.3 Biometric Sensor.......................................................................8
2.4 Visual and Audible Indicators....................................................8
2.5 Connection................................................................................8
2.6 Interface....................................................................................8
2.7 Power Supply............................................................................9
2.8 Environment Conditions............................................................9
2.9 Dimensions and Weight ............................................................9
2.10 Cable Specifications .................................................................9
3Installation 10
3.1 Installation Requirements........................................................10
3.2 Condition ................................................................................10
3.3 Wiring .....................................................................................10
4Operation 11
4.1 View of the Control Elements..................................................11
4.2 Basics.....................................................................................12
4.3 Basic Operating Principles......................................................12
4.4 User Operation .......................................................................13
4.4.1 Authentication, TLR401:..........................................................13
TLR401 Administration
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4.4.2 Authentication, TLR401-iCLASS:............................................13
4.4.3 Authentication, 'Template on Card' (TLR401-iCLASS only)....13
5Wiegand Configuration - Administrator Functions 14
5.1 Change the Admin Code.........................................................14
5.2 Enrollment...............................................................................15
5.2.1 Enroll user...............................................................................15
5.2.2 Write Template onto iCLASS Card (TLR401-iCLASS only).....16
5.3 Define the Number of Digits for the User ID (optional).............17
5.4 Enable Validation of the User ID (optional)..............................17
5.5 Delete Specific User(s) ...........................................................18
5.6 Delete Entire Database...........................................................18
5.7 Select iCLASS Mode (TLR401-iCLASS only)..........................19
5.8 Define Facility Code................................................................20
5.9 Choose 37-bit or 26-bit Format ...............................................20
5.10 Reset - Manually switch to Wiegand mode..............................21
5.11 Reset - Manually switch to RS485 mode.................................21
6RS485 Configuration with NEXTOR Series Access Controller 22
6.1 Status Indication .....................................................................22
6.2 Allocation of IDs on the NEXTOR Series Access Controller....22
7Maintenance 23
7.1 Customer Service ...................................................................23
7.2 Repairs ...................................................................................23
7.3 Warranty, Limitation on Liability to Third Parties......................23
Caution: 23
Any changes or modifications not expressly approved by the party responsible for compliance
could void the user's authority to operate the this equipment. 23
8 Datasheet 24
Appendix 25
8.1 Quick Guide to Admin Functions.............................................25
8.2 Allocation of the Cable............................................................26
8.3 Wiring Requirements ..............................................................27
TLR401 Administration
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1 General Comments
1.1 Symbols
The following symbols have been used in this manual:
Helpful tips and special characteristics of the TLR401.
Careful Possible danger, which – if the warning is not observed – can
result in damage to property, or slight to moderate bodily injury.
Caution Possible danger, which - if the warning is not observed - can
result in death or serious bodily injury.
TLR401 Administration
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1.2 Device name
This manual outlines the TLR401 and the supported functions.
1.3 Intended Usage
The device may only be used under conditions and for
purposes for which it has been designed.
(See Chapter Environment Conditions)
1.4 Protection Class
The device conforms to the conditions of protection class IP65.
Protection class III EN60950-1.
Protection class IP65 DIN EN 60529
1.5 Safety Measures
The device has been built according to the current and
recognized technical safety rules EN60950-1 and left our
manufacturing facility in perfect condition. Improper handling
and operation outside the specified conditions can result in
dangers due to electrical current. This can endanger the lives of
persons and damage the device.
1.6 Before Commissioning
Inspect
the device for visible damage resulting from shipment or
improper storage. Do not commission a damaged device.
Careful The device may only be operated with DC voltage 10 to 28V DC.
The device is protected against polarity reversal.
TLR401 Administration
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1.7 Operation
Do not subject the device to any mechanical stresses such as
impacts, violent shaking or heavy loads. Impacts and shaking
can damage the electronics.
1.8 Installation and Service
The device may only be opened by trained specialists.
Disconnect the device from the power source before opening.
You may only perform repairs in collaboration with
TimeLink International.
1.9 CE Conformance
This device is manufactured according to the safety
requirements of EN 60950.
Safety of electrical equipment
European Norm EN 60950
This device complies with interference resistance criteria
according to EN 55022; EN 61000-3-2/-3; EN 55024
TLR401 Administration
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2 Technical Data
2.1 Mechanical Structure
Plastic body + metal wall mount panel
Resin sealed electronics
12 inch cable molded into body
2.2 Hardware Features
Fingerprint biometric sensor
iCLASS- reader
12-key Keypad
Beeper
4 red LEDs and 4 green LEDs
Keyboard illumination
3 Opto-Inputs
Wiegand output
RS485 host interface
2.3 Biometric Sensor
Thin optical sensor
500 dpi @ 8 bit per pixel
Active area: 0,5 x 0,9 in
Template size: 130...250 bytes
Memory: 1000 templates (optionally 6000)
2.4 Visual and Audible Indicators
4 red LED and 4 green LED user interface
Beeper (3khz)
2.5 Connection
Cable with 11 circuits
2.6 Interface
RS485 interface, 19200 Baud (8/N/1)
Wiegand Output
3 Opto-inputs, active
TLR401 Administration
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2.7 Power Supply
DC Voltage, 10...28V
Minimum 1A and complying with Limited Power Source
according to IEC/EN 60950-1
Power consumption max 5W
2.8 Environment Conditions
Temperature range 14° to 122º F
Indoor and Outdoor
Protection class IP65
2.9 Dimensions and Weight
4,5 in x 2,5 in x 2 in (H x W x D)
Approx. 0.4 lb
2.10 Cable Specifications
RS485
Shielded twisted pair cable (4000 feet max)
Examples:
1. 2x2 strands litz wire AWG24 (0.4 kcmil)
2. J-Y(ST)Y 2x2x0,6
3. CAT 5 ... 7 STP (Shielded Twisted Pair)
Wiegand
Non-twisted shielded cable (500 feet max)
Examples:
1. 10 pair shielded wire AWG22 (0.64 kcmil)
For shorter distances or using higher supply voltage:
2. 8 pair AWG24 (0.4 kcmil)
TLR401 Administration
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3 Installation
3.1 Installation Requirements
For outdoor use, determine an appropriate place for mounting
the TLR401.
Avoid mounting in direct sunlight as this may affect
the function of the biometric sensor.
Direct sunlight may overheat the TLR401.
3.2 Condition
Check the following for mounting the TLR401
Device needs proper clearance.
All cabling must be provided, electrical cable, data cable and
door opener cabling.
Power supply is provided.
3.3 Wiring
Do not install data cables parallel to cables conducting high
voltage. If unavoidable, install the data cables in conduit and
keep them at a distance of 1 yd to protect them against
electromagnetic interference.
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4 Operation
4.1 View of the Control Elements
LED
s
green
/
1-2-3-4
Execute Button #
Fingerprint Sensor
Keypad
Wall Mount Panel
Reads iCLASS cards
when held in front of
the keypad.
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4.2 Basics
The TLR401 is manufactured in two versions:
1. TLR401 with built-in biometrical sensor and keypad
2. TLR401-iCLASS with built-in biometrical sensor and keypad + embedded iCLASS reader
The TLR401 identifies authorized users by scanning their fingerprints (and optionally their
PINs and iCLASS cards). Successful identification sends a trigger signal to an access
controller within a protected area and is followed by a door lock or release.
The TLR401-iCLASS reads fingerprints and iCLASS cards alternatively.
Fingerprint authentication requires that the authorized user's fingerprints have been enrolled
in advance and that they have been linked to a unique User ID.
Enrollment can be performed on the TLR401, which stores the collected data (Templates).
The 'Template on Card' mode allows you to write Templates onto iCLASS cards (currently
16k2 cards only).
The TLR401 can either be run using the RS485 interface or the Wiegand output:
RS485 Configuration Running the reader using the RS485 interface means that
administration of the TLR401 is done on the NEXTOR Series
access controller.
All administrator functions, except for enrollment, are disabled
on the TLR401.
Fingerprint Templates are managed by the access controller
and can be distributed to the connected TLR401 readers.
Wiegand Configuration All administrator functions described in this manual, except for
enrollment, only apply to the Wiegand configuration. All settings
are entered on the keypad of the TLR401.
Fingerprint templates are stored on the TLR401 and cannot be
distributed to connected TLR401 readers.
4.3 Basic Operating Principles
General Pressing any key triggers a beep.
Release Beep tone and all LEDs flashing green
Green and Red / Green LEDs Guides an administrator through the setup menus
Red LEDs and Beeps Generally indicates an error
Error Message 3 short beeps and all LEDs flashing red 3 times indicate an error.
The desired function was not performed.
3x Key "#" Press "#" three times to reset the reader to keypad default state after typing
errors or wait for timeout (10-30 seconds, depending on status) to return to the default
position.
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4.4 User Operation
4.4.1 Authentication, TLR401:
Authorized users who's fingers have been enrolled and who's PIN have been registered are
granted access when entering:
Finger without PIN: Press => Bio-Sensor is illuminated
Apply Finger => Green LEDs (Access granted)
Finger plus PIN: Press => Bio-Sensor is illuminated
(Wiegand) Apply Finger => LEDs flash (Waiting for PIN entry)
Enter PIN => Green LEDs (Access granted)
Finger plus PIN: Press => Green and Red LEDs 1 and 4 flash (Waiting for PIN entry)
(RS485) Enter PIN => Bio-Sensor is illuminated
Apply Finger => Green LEDs (Access granted)
4.4.2 Authentication, TLR401-iCLASS:
Authorized users who's fingers have been enrolled and who's iClass cards and PIN have been
registered on the access controller are granted access when entering:
Finger: as above
Card without PIN: iCLASS card => Beep and short green signal (Indication card was read)
=> Green LEDs (Access granted)
Card plus PIN: iCLASS card => Beep and short green signal (Indication card was read)
(Wiegand) => LEDs flash (Waiting for PIN entry)
Enter PIN => Green LEDs (Access granted)
Card plus PIN: iCLASS card => Beep and short green signal (LEDs 2/3) (Indication card was read)
(RS485) => Green and Red LEDs 1 and 4 flash (Waiting for PIN entry)
Enter PIN => Green LEDs (Access granted)
4.4.3 Authentication, 'Template on Card' (TLR401-iCLASS only)
Authorized users who's fingers have been stored onto their card and who's iCLASS cards and PIN
have been registered on the access controller are granted access when entering:
Card without PIN: iCLASS card => LEDs flash green.
Beep when finished reading the card (Indication card was read)
=> Green LEDs (Access granted)
Card plus PIN: iCLASS card => LEDs flash green.
Beep when finished reading the card (Indication card was read)
=> LEDs flash (Waiting for PIN entry)
Enter PIN => Green LEDs (Access granted)
The TLR401-iCLASS reads fingers and iCLASS cards alternatively without having to switch
between operating modes.
If a mistype occurs on the keypad simply press the “#” three times to reset and start over.
The various operating modes are configured in the administrator’s menu as described in section 5.
TLR401 Administration
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5 Wiegand Configuration - Administrator Functions
With the exception of enrollment all administrator functions described in this section only
apply to the Wiegand configuration, i.e. connecting the TLR401 to the access controller via
Wiegand.
Administration of the TLR401 with Wiegand is done on the reader. The Fingerprint Key user
interface is comprised of the keypad, fingerprint reader and iCLASS reader as input devices
and the LEDs and beeper as output devices.
The administrator functions allow administrators to configure the operating modes and the
Admin code.
TIMELINK delivers the device with the default Admin Code '1234'.
In addition to the Admin Code each device has a fixed access code. This code corresponds
with the device’s serial number, a 12-digit hexadecimal code, which is printed on the back of
the reader. The 12-digit code serves as a basis for calculating the access code if your
Admin Code is lost. In this case please contact TIMELINK.
5.1 Change the Admin Code
The default Admin Code is '1234'.
For security reasons it is advisable to change the Admin Code!
The Admin Code can be a 4-digit to 8-digit code.
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Function Menu 14 # Green 1+2 flashing Beep
Change Admin Code 15 # Green 2+3 flashing Beep
(Default = 1234) 4 - 8 digits # Green 1+2 flashing Beep
Finalize by 3 x # ###
or wait for Timeout
For security reasons the
default Admin Code
should be changed. (see below)
neuen Code übersc
hrieben werden.
TLR401 Administration
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5.2 Enrollment
The TLR401 assigns 2 different fingers (e.g. left index finger, right index finger) to the
unique User ID of a person. Each of the 2 fingers must be scanned 3 times by the
Fingerprint Key reader. The biometric sensor reads fingers best when placing your finger on
the sensor with some pressure.
3 x +3 x
5.2.1 Enroll user
The fingers of a new user are enrolled by entering the following on the reader's keypad:
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Enter Enrollment Code 12 # Green 1+2+3+4 flashing
Enter User ID * xxxxx # Green 1 flashing Sensor Red
Apply 2 Fingers 3x if successful:
Green 1+2+3+4 flashing
Finalize by 1 x # #
or wait for Timeout
Entering a User ID with an incorrect number of digits, an already existing User ID, or variant
IDs with Validation enabled and also if your fingers already have been scanned will prompt
an error message (all red LEDs flashing three times) and cause the reader to return to it's
default position.
* With Validation enabled enter your User ID a second time. After the first entry of your User
ID and the '#' key, the four green quickly flashing LEDs indicate the reader to expect your
User ID for a second time.
Bright daylight may affect the function of the biometric sensor.
Shadowing the sensor with your hand will help.
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5.2.2 Write Template onto iCLASS Card (TLR401-iCLASS only)
Setting the reader to 'Template on Card' is required for this operation (see "Choose
iCLASS Mode", page 19) and the reader must 'know' the encryption of your iCLASS cards.
The 'Template on Card' mode does not store fingerprint templates to the TLR401 but
writes them onto iCLASS cards instead. The reader identifies authorized users by
comparing the fingerprint templates stored on the card with the scanned finger of the card
holder. If the two match the reader will send the facility code and card number to the
controller.
'Template on Card' may be expedient where storing biometric data is prohibited. In
addition this mode offers a good alternative using biometric readers in a Wiegand
configuration as users will not have to enroll on multiple readers.
At this point 'Template on Card' only works with 16K2 iCLASS cards and in a Wiegand
configuration.
The TLR401-iCLASS will store the fingers of a new user onto iCLASS cards when entering
the following on the keypad:
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Enter Enrollment Code 16 # Green 1 flashing Sensor Red
Apply 2 Fingers 3x if successful:
Green 1+2+3+4 flashing
Apply Card
until the writing process is completed Green 1 flashing Sensor Red
Enroll next finger or
Finalize by 3 x # ###
or wait for Timeout
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5.3 Define the Number of Digits for the User ID (optional)
Here the length of the User IDs (Default = 5 digits) can be set to a value between 2 and 9
digits.
In the process of enrollment User IDs need to be entered as a personal and unique ID.
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Function Menu 14 # Green 1+2 flashing Beep
Number of Digits for User ID 16 # Green 3+4 flashing Beep
(Default = 5) 2 - 9 digits # if successful:
Green 1+2 flashing Beep
Finalize by 3 x # ###
or wait for Timeout
5.4 Enable Validation of the User ID (optional)
This menu allows you to enable the validation of the User ID for enrollment to eliminate
incorrect entries.
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Function Menu 14 # Green 1+2 flashing Beep
Validation of User ID 22 # Green 3+4 flashing Beep
Enable 1 # Green 1+2 flashing Beep
or Disable (Default) 0 # Green 1+2 flashing Beep
Finalize by 3 x # ###
or wait for Timeout
TLR401 Administration
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5.5 Delete Specific User(s)
This function allows you to remove a single user (User ID with its fingerprints) or several
users of your choice from memory.
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Delete Specific User(s) 13 # Green 1+2+3+4 flashing
User ID xxxxx # if successful:
Green 1+2+3+4 flashing Beep
Optional: More User IDs xxxxx # Green 1+2+3+4 flashing Beep
Finalize by 3 x # ###
or wait for Timeout
5.6 Delete Entire Database
Caution
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Enter Delete Database 1357 # Red 1+2+3+4 flashing Beep
Press key to confirm if successful:
Green 1+2+3 Beep
Finalize by 3 x # ###
or wait for Timeout
If you see red LEDs after pressing this indicates the database was not deleted and the
procedure needs to be repeated.
This function deletes all users of the reader's database!
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5.7 Select iCLASS Mode (TLR401-iCLASS only)
In its default setting the iCLASS mode is activated on TLR401-iCLASS readers. This mode
reads fingerprints and iCLASS cards alternatively.
This menu allows you to disable the iCLASS module or to enable the 'Template on Card'
mode instead (cp. "Enrollment with 'Template on Card' enabled, page 16).
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Function Menu 14 # Green 1+2 flashing Beep
iCLASS Menu 24 # Green 3+4 flashing Beep
Enable iCLASS (Default) 1 # Green 1+2 flashing Beep
or Enable 'Template on Card' 2 # Green 1+2 flashing Beep
or Disable iCLASS 0 # Green 1+2 flashing Beep
Finalize by 3 x # ###
or wait for Timeout
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5.8 Define Facility Code
These settings only apply to the trigger signal of the reader's biometric sensor sent to the
access controller. The Facility Code of iCLASS cards is sent to the access controller
untouched and independent of these settings.
In a Wiegand configuration you can set the Facility Code of the biometric sensor according
to your requirements. The Default Facility Code for 37-bit is '830'.
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Function Menu 14 # Green 1+2 flashing Beep
Define Facility Code 20 # Green 3+4 flashing Beep
1 – 5 digits # Green 1+2 flashing Beep
37-bit (Default = 830) 0 … 65535 #
26-bit (Default = 1) 0 … 255 #
Finalize by 3 x # ###
or wait for Timeout
Caution
5.9 Choose 37-bit or 26-bit Format
These settings only apply to the trigger signal of the reader's biometric sensor sent to the
access controller. The Facility Code of iCLASS cards is sent to the access controller
untouched and independent of these settings.
In a Wiegand configuration the format of the biometric sensor's trigger signal to the access
controller can be defined (e.g. Set the biometric sensor's format to the 26-bit format if HID
cards with 26-bit standard format are used).
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Function Menu 14 # Green 1+2 flashing Beep
Choose Format 19 # Green 3+4 flashing Beep
37-bit with Facility Code 0 # Green 1+2 flashing Beep
(Default)
26-bit with Facility Code 1 # Green 1+2 flashing Beep
Finalize by 3 x # ###
or wait for Timeout
If both fingers and iCLASS cards are employed in a Wiegand
configuration your range of fingerprint User IDs must not overlap
with your range of card numbers!
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5.10 Reset - Manually switch to Wiegand mode
This function allows you to reset the TLR401 to its factory defaults. All settings like the
changed Admin Code, the enabled Validation of the User ID will be affected. Users however
will remain untouched.
The reader will be set to Wiegand mode.
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Enable Wiegand Mode 1 # Device resets to all defaults
and reboots
5.11 Reset - Manually switch to RS485 mode
This function allows you to manually set the TLR401 to RS485 mode. All settings will be
reset. The reader indicates its' offline status by the red flashing LED 4. The TLR401 will
automatically go online once it is connected via RS485 to a controller of the NEXTOR
series.
Admin Mode # 99 # Green 1+2
Default Admin Code 1234
or enter your Admin Code xxxx # Green 1+2+3
Enable RS485 Mode 2 # Device resets and signals its'
RS485 offline status
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6 RS485 Configuration with NEXTOR Series Access Controller
For detailed information on the administration in the RS485 configuration please turn to the
manuals of the NEXTOR Series access controllers.
The TLR401 is controlled by the NEXTOR Series access controller. Administrator functions
are carried out on the access controller.
For security reasons the identification of the templates is processed by the TLR401.
Templates are managed by the NEXTOR Series access control system and can be
distributed to the connected TLR401 readers.
6.1 Status Indication
"Always Open"
All 4 green LEDs are permanently on, further input is accepted.
"Always Closed"
All 4 red LEDs are permanently on, no further input is accepted.
Offline Display
Offline = LED 4 flashing red, no further input is accepted.
User Input is also temporarily disabled when the reader is synchronizing data from the
NEXTOR Series access controller. This is indicated by LEDs 2 and 3 flashing red.
6.2 Allocation of IDs on the NEXTOR Series Access Controller
On a RS485 data bus the devices are distinguished by a device ID (address). The NEXTOR
Series access controller recognizes serial numbers of TLR401 readers on the bus line.
These serial numbers are 12-digit hexadecimal codes (e.g. C03859110000) printed on the
back of the readers. The access controller assigns the two reader IDs, ID-0 and ID-1, based
upon the serial numbers according to the following rationale:
1. The NEXTOR Controller recognizes two unassigned serial numbers:
The lower value of the two is assigned to ID-0
The higher value of the two is assigned to ID-1
2. The NEXTOR Controller recognizes an already assigned serial number and one
unassigned serial number:
The assigned serial number will keep its ID assignment
The unassigned serial number will be assigned the available ID (0 or 1)
3. Both serial numbers are assigned by the NEXTOR Controller:
The devices keep their ID assignment
The NEXTOR Series access controller allows you to change the automatic allocation.
It is good practice to make note of the serial numbers for
each reader location during installation.
TLR401 Administration
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7 Maintenance
Caution Danger of electric shock! Disconnect the device from the
power supply before opening and before connecting cables.
7.1 Customer Service
First Response
identify defects and
causes
Contact the TimeLink hotline in the event of any device error.
Have the following ready before placing your call:
Serial number of the TLR401
Customer details
What troubleshooting steps have you already taken to
correct the error?
LED status
Device and controller errors
What occurred before the error?
7.2 Repairs
Careful
You may only undertake repair work after coordination with
TimeLink International.
7.3 Warranty, Limitation on Liability to Third Parties
In accordance with national statutory regulations at the place
where the device is installed
Caution:
Any changes or modifications not expressly approved by the party responsible for compliance
could void the user's authority to operate the this equipment.
TLR401 Administration
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8 Datasheet
Credentials iCLASS card reading
Template on card
Biometric (fingerprint)
PIN Code
Host Interface
RS485
Wiegand
Biometric Features:
Search Modes 1 to 1 identification
1 to many verification
Response/Reads
Enrollment <= 1 sec
Identification <= 1 sec
Verification <= 0.8 sec
FAR & FRR adjustable
Sensor Thin optical sensor
500 dpi @ 8-bit per pixel
Active area: .55 x .87 in (14mm x 22mm)
Templates
Template Size: ~130 to 250 bytes
Storage Capacity: 1000 or 6000 templates by model (not valid for template on card)
Power
10 bis 28V DC / 67mA -160mA
Operating Temperature
0 to 122 F (-18 to 50 °C)
Relative Humidity
0 to 95%,
Mechanical
NEMA IP65 rated
Metal Mounting Plate
Resin-sealed hard plastic enclosure
Color Options
Black, Silver and White
Dimensions
4.7 x 2.4 x 1.8 in (120 x 60 x 45 mm)
TLR401 Administration
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Appendix
8.1 Quick Guide to Admin Functions
Enter Functions Page
# 99 # Open Admin Mode
1234 # Enter Default Admin Code (or your Admin Code)
1 # Reset - Manually switch to Wiegand Mode 21
2 # Reset - Manually switch to RS485 Mode 21
12 # Enroll user 15
16 # Write Template onto iCLASS Card (TLR401-iCLASS only) 16
13 # Delete Specific User(s) 18
1357 #Delete Entire Database 18
14 # Open Function Menu
15 # Change the Admin Code (4-8 digits) 14
Default = 1234
24 # Select iCLASS Mode (TLR401-iCLASS only) 19
Default = 1 0 = disabled
1 = enabled
2 = enable 'Template on Card'
16 # Define the Number of Digits for the User ID (2-9 digits) 17
Default = 5
22 # Enable Validation of the User ID 17
Default = 0 0 = disabled
1 = enabled
19 # Choose 37-bit or 26-bit Format 20
Default = 0 0 = 37-bit
1 = 26-bit
20 # Define Facility Code 20
Default = 830 0 - 65535 (37-bit)
Optional
Default = 1 0 - 255 (26-bit)
TLR401 Administration
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8.2 Allocation of the Cable
Connectors on the Door Unit
Color Purpose RS485 Wiegand
Shield Shield
Yellow RS485A X38/X39 (3)
Black of Yellow RS485B X38/X39 (2)
Red DC in + 12...24V X36/X37 (+) X36/X37 (+)
Black of Red DC in (–) X36/X37 (–) X36/X37 (–)
White Wiegand out D1 X38/X39 (2)
Brown Wiegand out D0 X38/X39 (3)
Black of Brown Wiegand ground X38/X39 (1)
Blue Green LEDs (Opto-In 1) X15/X17 (1)
Black of Blue Beeper (Opto-In 2) X16/X18 (1)
Black of Green Red LEDs (Opto-In 3)
Green Tamper Switch-NO
Remarks:
The wires are arranged in twisted pairs, one colored wire with a black wire respectively.
The Opto-Inputs are activated, when connected to "Wiegand Ground" (e.g. when used as a
Wiegand reader "Opto-In-1" enables the green LEDs, "Opto-In-2" the beeper and "Opto-In-3" the
red LEDs).
"Wiegand out D0/D1" is open collector to "Wiegand ground".
The "tamper switch" switches to "Wiegand ground" (Normally open).
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8.3 Wiring Requirements
Notice:
Do not install data cabling parallel to high voltage cables. If unavoidable install data cabling in
conduit and keep a distance of 3 ft. to protect from electromagnetic interference.
RS485
Shielded twisted pair cable (4000 feet max) e.g.:
1. 2x2 strands litz wire AWG24 (0.4 kcmil)
2. J-Y(ST)Y 2x2x0,6
3. CAT 5 ... 7 STP (Shielded Twisted Pair)
Wiegand
Non-twisted shielded cable (500 feet max) e.g.:
1. 10 pair shielded wire AWG22 (0.64 kcmil)
For shorter distances or using higher supply voltage:
2. 8 pair AWG24 (0.4 kcmil)
Consider whether or not to supply power with the data cable. Long distances require an increased
gauge of cable. Supplying power locally or having an extra power cable pull may be preferable.
Because of voltage drop over longer distances use of a 24V power source is the recommended
choice.
Example for calculating the power supply wiring:
1. AWG22 cable (0,34 mm2):
Loop resistance ca 115 ohm / km
TLR401 current with 12V = 0,2A
Cable length 150m
Voltage drop: 115 ohm / km * 0.15km * 0,2A = 3.45V
The supply voltage should be 15V in this case
2. AWG24 cable (0,25 mm2):
Loop resistance ca 180 ohm / km
TLR401 current with 12V = 0,2A
Cable length 150m
Voltage drop: 180 ohm / km * 0.15km * 0,2A = 5,4V
The supply voltage should be 18V in this case
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TLR401 Administration
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