IDTECK LX006 User manual

User’s Manual
LX006
Fingerprint Identification
Proximity Reader

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TABLE OF CONTENTS
1. IMPORTANT SAFETY INSTRUCTIONS .......................................................................................................................... 4
2. FEATURES....................................................................................................................................................................... 5
3. SPECIFICATION .............................................................................................................................................................. 7
4. IDENTIFYNG SUPPLIED PARTS .................................................................................................................................... 9
5. PRODUCT EXPLANATION ............................................................................................................................................ 10
5.1 PANEL LAYOUT .................................................................................................................................................. 10
5.2 CONNECTION LAYOUT...................................................................................................................................... 10
5.3 COLOR CODED & WIRING TABLE .................................................................................................................... 11
6. INSTALLATION TIPS & CHECK POINTS ...................................................................................................................... 12
6.1 CHECK POINTS BEFORE INSTALLATION ........................................................................................................ 12
6.1.1 CABLE SELECTION ................................................................................................................................ 12
6.1.2 RECOMMENDED CABLE TYPE AND PERMISSIBLE LENGTH OF CABLE ......................................... 12
6.1.3 READER CONNECTION ......................................................................................................................... 12
6.2 CHECK POINTS DURING INSTALLATION......................................................................................................... 13
6.2.1 TERMINATION RESISTOR ..................................................................................................................... 13
6.2.2 HOW TO CONNECT TERMINATION RESISTORS................................................................................. 14
6.2.3 GROUNDING SYSTEM FOR COMMUNICATION CABLE...................................................................... 14
7. INSTALLATION OF THE PRODUCT.............................................................................................................................. 15
7.1 WALL MOUNT DRAWING................................................................................................................................... 15
7.2 INSTALLATION OF WALL MOUNT ..................................................................................................................... 15
7.3 SYSTEM INITIALIZATION ................................................................................................................................... 16
7.4 COMMUNICATION ID SETTING......................................................................................................................... 17
7.5 WIRING ............................................................................................................................................................... 18
7.5.1 WIRING LAYOUT..................................................................................................................................... 18
7.5.2 POWER WIRING ..................................................................................................................................... 18
7.5.3 INPUT WIRING ...................................................................................................................................... 19
7.5.4 OUTPUT CONNECTION ......................................................................................................................... 20
7.5.5 EXTERNAL READER CONNECTION ..................................................................................................... 21
8. COMMUNICATION......................................................................................................................................................... 22
8.1 RS232 COMMUNICATION PORT CONNECTION...................
8.2. RS485 COMMUNICATION PORT CONNECTION............................................................................................. 22
8.2.1 RS485 COMMUNICATION PORT CONNECTION (SINGLE CONNECTION) ........................................ 22
8.2.2 RS485 COMMUNICATION PORT CONNECTION (MULTIPLE CONNECTION) .................................... 23
8.3 TCP/IP COMMUNICATION PORT CONNECTION ............................................................................................. 24
9. BASIC SETTING ............................................................................................................................................................ 25
............................................................................................. 22

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9.1 INITIALIZATION OF LX006 ................................................................................................................................. 25
9.2 COMMUNICATION ID SETTING......................................................................................................................... 25
10. OPERATION MODE..................................................................................................................................................... 26
10.1 MASTER CARD REGISTRATION MODE ......................................................................................................... 26
10.1.1 MASTER CARD REGISTRATION ......................................................................................................... 26
10.1.2 MASTER CARD CHANGE..................................................................................................................... 26
10.1.3 MASTER CARD FUNCTION. ................................................................................................................ 26
10.2 REGISTRATION / DELETION MODE ............................................................................................................... 26
10.2.1 REGISTRATION MODE FUNCTION ..................................................................................................... 26
10.2.2 USER CARD REGISTRATION .............................................................................................................. 26
10.2.3 USER CARD DELETION ....................................................................................................................... 28
10.3 READER MODE ................................................................................................................................................ 28
10.3.1 READER MODE FUNCTION................................................................................................................. 28
10.3.2 AUTHORIZATION .................................................................................................................................. 28
10.4 READER INDICATOR ....................................................................................................................................... 29
10.5 DEFAULT SETTINGS ........................................................................................................................................ 30
11. OUTPUT FORMAT ....................................................................................................................................................... 31
11.1 WIEGAND OUTPUT (DEFAULT)....................................................................................................................... 31
11.2 ABA TRACK Ⅱ(SELECTABLE USING THE SOFTWARE).............................................................................. 31
11.3 OUTPUT MODE................................................................................................................................................. 32
11.3.1 NORMAL OUTPUT MODE..................................................................................................................... 32
11.3.2 EXTENSION OUTPUT MODE (SET BY APPLICATION SOFTWARE) ................................................. 33
12. APPENDIX.................................................................................................................................................................... 33
13. FCC REGISTRATION INFORMATION......................................................................................................................... 37
14. WARRANTY POLICY AND LIMITATION OF LIABILITY............................................................................................... 38
15. HOW TO MAKE RMA REQUEST (AFTER SALES SERVICE) .................................................................................... 39

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1. IMPORTANT SAFETY INSTRUCTIONS
The description below is to keep user’s safety and prevent any product damage. Please fully read
these instruction and use the product properly.
Danger: This symbol indicates that incorrect handling of the product may result in
serious injury or death.
Warning: This symbol indicates that incorrect handling of the product may result
in injury or property damage.
- Only use the standard voltage (DC +12V/ 350mA).
(When supplying DC power to the device, we recommend that you use the adapter or SMPS that
come standard with the device.)
- If the product emits smoke or smells, stop using the product. Unplug the product from DC power
source and contact nearest service center.
- Do not install the product in humid, dust (metallic dust) and sooty place.
- Do not install the product in a place subject to high/ low temperature or high humidity
- Do not install the product with tools such as driver in hand when power has been supplied.
- Do not drop liquid like water and give a shock severely.
- Do not place magnetic objects near the product.
- Do not replace the wiring cables installed by experts.
- Do not use the product near direct sunlight and heating apparatus.
- If you want to relocate the installed product, turn power off and then move and reinstall it.
- Do not use the product near flammable spray or objects.
- Do not disassemble, repair or modify the product by yourself. If the product needs service or
repair, contact nearest service center.
- If liquid has been spilled on the product, unplug it and contact nearest service center.
- Do not clean the product with water. Clean gently with dry cloth or towel.
- Do not use chemicals such as benzene, thinner or acetone for cleaning.
Cautions about power
Cautions about installation
Cautions about usage
Cautions about cleaning

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2. FEATURES
Fingerprint Recognition Proximity Reader
The LX006 is a Fingerprint and Proximity Reader compatible with existing proximity readers. The
LX006 has a built-in proximity reader and fingerprint module so that the access is only allowed when
the personal ID and fingerprint are authorized and this integrated system gives you high and reliable
security. The LX006 can register up to 200,000 User IDs and 1,000(default)/ 2,000(optional) /
4,000(optional) fingerprint users.
Easy Installation
LX006 can be easily installed on flat wall or the door frame.
1:1 Verification and 1:N Identification
User can select operation mode between 1:1 Verification and 1:N Identification for his convenience.
RF Only Mode and RF + FINGER Mode
The LX006 has two operation modes when it is operated as a reader.
- RF Only Mode
In the RF Only Mode, only card authorization is needed to grant access. If a card is authorized,
the corresponding card ID will be transmitted to the controller.
- RF + FINGER Mode
In the RF + Finger Mode, both card and fingerprint authorization is needed to grant access. If a
fingerprint is authorized, the corresponding card ID will be transmitted to the controller. If user’s
fingerprint is not registered, the mode is automatically working as ‘RF Only’
Network Communication
The LX006 can establish network communication via RS232 / RS485 and built in TCP/IP internal
module.

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Card Number Output Format
When a fingerprint is authorized, the corresponding card number is transmitted to the controller via
26/34Bit (SR) Wiegand or ABA Track II according to the output type setting. It is set by application
software.
Card Number Input Format
The LX006 receives the card number from the external reader while the LX006 contains a built-in
proximity reader inside. The LX006 receives the card number in 8bit Burst or 26bit Wiegand or ABA
Track II format. It is set by application software.
User Registration and Deletion Using Master Card
User can register and delete IDs using Master Card without application software. Also the master
card is used to toggle the LX006 between the reader mode and the registration/deletion mode.
Firmware Upgrade
Use can upgrade firmware using application software
Voice Message Generation and Tamper switch
Voice Message notices users whether the LX006 is normally operating or not.
When someone has broken the installed LX006 by force, Temper Switch transmits corresponding
data to the Host PC to prevent theft.
Plenty of Application Software
There are plenty of application software for LX006, STARWATCH STANDARD, STARWATCH
ENTERPRISE, STARWATCH DUAL PRO I, II, STARWATCH iTDC PRO I, II, STARWATCH LX
ACCESS PRO II, STARWATCH ENROLLMENT PRO. If you use LX006 which has linked with the
third party access controller, visit IDTECK’s homepage (www.IDTECK.com) and download
STARWATCH FINGERPRINT ENROLLMENT PRO via download center.

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3. SPECIFICATION
Model
LX006
CPU
32bit ARM9 and Dual 8bit Microprocessor
Memory
Fingerprint
Module
Program Memory
2MByte Flash Memory for 1000 Fingerprints
6MByte for 2000/4000 Fingerprints
Data Memory
8MByte SDRAM
Controller
Program Memory
128KByte Flash Memory
Data Memory
256KByte Flash Memory
32KByte SRAM
User ID
10,000 User IDs
Fingerprint User
1,000 / 2,000 / 4,000 Fingerprint Users
Reader Data Output Format
26Bit Wiegand,
ABA Track II
Reading Time (Card)
30ms
Verification / Identification Time
Less than 1sec. / Less than 2sec.
Power / Current
DC +12V / Max.290mA
External Reader Port
1 port
(26bit Wiegand, 4/8bit Burst for PIN,
ABA Track II)
Communication
RS232 / RS485 (Max.32ch)
TCP/IP
Baud Rate
57,600bps (Recommended)/9,600bps/
19,200bps/38,400bps (Selectable)
Input Port
3ports(LED, Buzzer, Application Mode Control )
Output Port
3ports(Error-Output, OK-Output, Tamper-Output)
(Open Collector Output Format)
LED Indicator
3 Array LED Indicators (Red, Green and Yellow)
Beeper
Piezo Buzzer
Operating
Temperature
Fingerprint Module
-15to +60C (+5to +140F)
RF Reader
-35to + 65C (-31to +149F)
Operating Humidity
10% to 90% Relative Humidity Non-condensing
Color / Material
Black, Red, Gray, Silver, Dark Gray, Gold and Gold
with Black / Polycarbonate
Weight /
Dimension (W x H x T)
230g(0.51lbs)/
69mm x 127mm x 43mm
Certification
FCC, CE, KC, ROHS
Language
English(Default),
(Other Language Support Available)

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Read Range
Model
IDC80
IDC170
Read
Range
LX006
Maximum of 4 inches
(10cm)
Fingerprint Module Specification
Resolution
500dpi
Capture Image Size
356 X 292 pixels
Extraction Image Size
248 X 292 pixels
Sensing Area
12.7 X 14.9mm
Scanner
High Quality Optical Sensor
FAR(False Acceptance Ratio)
0.001%
FRR(False Reject Ratio)
0.1%
ESD(Electro Static Discharge)
±8KV
Verification Time
Less than 1sec.
Identification Time
Less than 2sec.

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4. IDENTIFYNG SUPPLIED PARTS
Please unpack and check the contents of the box. If any of flowing items is missing, please contact
nearby contributor. (Optional accessories, if purchased, may be included in the package.)
LX006 Wall Mount Master Card
(1 ea) (1 ea) (1 ea)
User’s Manual 12v dc adapter (option)
(1 Copy) (DVE DSA-60W-12 1)
Cable
300mm 2P –1 ea
300mm 6P –1 ea
300mm 8P –1 ea
150mm 8P –1 ea
Screw
3 X 30 mm –2 ea
3 X 6 mm –1 ea
3.5 X 12 mm –2 ea
Plastic Anchor 6 x 30 mm –2 ea

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5. PRODUCT EXPLANATION
5.1 PANEL LAYOUT
(Figure: Panel Codes)
5.2 CONNECTION LAYOUT
(Figure: Connecter Arrangement)
CON-1
CON-2
CON-3
CON-4
Tamper SW
DIP SW
Status LED
Fingerprint
Scanner
Speaker
Proximity Reader

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5.3 COLOR CODED & WIRING TABLE
I/O PORT NAME
SIGNAL NAME
WIRE COLOR
CON-1: Power (2PIN Connector)
Power (+12V)
DC +12V
Red
Ground
GND (-)
Black
CON-2: In/Output (6PIN Connector)
EX Input Wiegand DATA0
EX-DATA0
ABA Track II Data In
Pink
EX Input Wiegand DATA1
EX-DATA1
ABA Track II Clock In
Cyan
NC
Brown
NC
Blue
RS4
85
RS485-A(+)
RS485-A(+)
Yellow
RS485-B(-)
RS485-B(-)
Gray
CON-3: In/Output (8PIN Connector)
Wiegand DATA 0
DATA-0
ABA Track II Data Out
Green
Wiegand DATA 1
DATA-1
ABA Track II Clock Out
White
ERROR SIGNAL OUT
ERROR SIGNAL OUT
ABA Track II CLS Out
Orange
OK SIGNAL OUT
OK SIGNAL OUT
Orange with Black stripe
TAMPER OUT
TAMPER OUT
Purple
EX_LED_CONTROL
EX_LED_CONTROL
Blue with White stripe
EX_BUZZER_CONTROL
EX_BUZZER_CONTROL
White with Red stripe
EX_SYS_CHANGE_IN
EX_SYS_CHANGE_IN
Gray with Red stripe
CON-4: TCP/IP (8PIN Connector) RJ45 Cable Connection

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6. INSTALLATION TIPS & CHECK POINTS
Please refer to information below to stably operate the LX006.
6.1 CHECK POINTS BEFORE INSTALLATION
6.1.1 CABLE SELECTION
(Figure: System configuration)
6.1.2 RECOMMENDED CABLE TYPE AND PERMISSIBLE LENGTH OF CABLE
* Thicker wires are required if you connect the reader with high current consumption.
6.1.3 READER CONNECTION
If you install the reader in a long distance between the ACU and the reader, you should be aware
there could be voltage drop between ends of GND wire. For example, if you connect a reader with
100mA current consumption at 100m distance (assume to using DC resistance of cable of
100Ω/100m) and the reader power is supplied from the ACU, the voltage drop of the GND wire will
be 1V. In this case, the Wiegand data signal cannot be measured lower than 1V.
No
Description
Cable
specification
Maximum
distance
1
LX006 Power (DC+12V)
DC Power -> LX006
Belden #9409,18 AWG
2 conductor, unshielded
3m
*2
RS232 Cable converter->Host P.C.
Belden #9829, 24 AWG
2-twisted pair, shielded
15m
3
RS485 Cable
LX006 -> LX006
LX006 -> Converter
Belden #9829, 24 AWG
2-twisted pair, shielded
1,200m
POWER
POWER

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The most of ACU is capturing the signal by the voltage level of data input. 1V is the critical point
whether the ACU read the data logic “1” or logic “0” therefore the reader output cannot be read
correctly from the ACU.
There will be two methods to reduce the voltage drop and ACU can read data correctly.
Reduce the DC resistance of GND wire;
Using thick cable or add more wires to GND wire in parallel. If you connect 4 wires in parallel for
GND, the DC resistance of GND wire will be reduced to 1/4 of single wire.
Use separate power for the reader;
Disconnect +12V wire from the ACU and connect external power supply to the reader nearby. There
will be no current flow through the GND wire and no voltage drop between ends of GND wire.
(Figure: When Sharing a Single Power Supply for Multiple Units)
(Figure: When Using a Separate Power Supply for the LX006)
6.2 CHECK POINTS DURING INSTALLATION
6.2.1 TERMINATION RESISTOR
Termination resistors are used to match impedance of the network to the impedance of the
transmission line being used. When impedance is mismatched, the transmitted signal is not completely
absorbed by the receiver and a portion of signal is reflected back into the transmission line.
The decision whether or not to use termination resistors should be based on the cable length and data
rate used by the communication system.
ACU
POWER
ACU

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6.2.2 HOW TO CONNECT TERMINATION RESISTORS
(Figure: Termination resistors for 2 wire RS485 communication system)
6.2.3 GROUNDING SYSTEM FOR COMMUNICATION CABLE
We recommend proper grounding system on the communication cable. The best method for grounding
system is to put the shield wire of the communication cable to the 1st class earth grounding; however it
is not so easy to bring the earth ground to the communication cable and also the installation cost is
raised. There will be three grounding point where you can find during installation;
1, Earth Ground 2. Chassis Ground 3. Power Ground
The most important point for grounding system is not to connect both ends of shield wires to the
grounding system; in this case there will be a current flow through the shield wire when the voltage
level of both ends of shield wire is not equal and this current flow will create noise and interfere to
communications. For the good grounding, we recommend you to connect ONLY one end of shield wire
of communication cable to grounding system; If you find earth ground nearby, connect one end of
shield wire to earth ground; If you do not have earth ground nearby, find chassis ground and connect
one end of shield wire to chassis ground; If you do not find both earth ground and chassis ground, then
connect one end of shield wire to power ground. (GND of LX006).
Note that if the chassis ground is not properly connected to the earth and floated from the ground level,
then grounding to the chassis ground will make the worst communication; in this case we recommend
you to use power ground instead of chassis ground.
(Figure: Grounding system)

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7. INSTALLATION OF THE PRODUCT
7.1 WALL MOUNT DRAWING
(Unit: mm)
(Figure: Wall Mount)
7.2 INSTALLATION OF WALL MOUNT
- Place the Wall Mount on the desired position on the wall and mark the locations of the 2 screw holes.
- Drill a hole in the center of the Wall Mount for cable.
- Take out the cable from the center of hole.
- Wire cable to four connecters and then perform initialization and set communication ID.
- By using of one screw on the bottom, fix the Wall Mount with LX006.

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7.3 SYSTEM INITIALIZATION
Initialize the system using the DIP switch on the rear of the product.
1. Disconnect the power supply.
2. Position the DIP switch on the rear of the product to ON (upside) and apply power to the
product.
3. The product sounds a beep once with a voice message, and proceed with the hardware
initialization process.
4. When the initialization is done, the product sounds a beep three times with a completion
message output.
The product keeps sounding the beep until you change the communication address.
5. Use the DIP switch to specify the BOARD ID.
Refer to “7.4 COMMUNICATION ID SETTING”.
6. You must specify the communication address and register the master ID.
•After fixing the LX006 on the wall mount, you can’t initialize the system by this procedure.
But you can initialize it through Application Software
•If you initialize the system using software, all data except for the IP setting returns to the
default.
•If you initialize the hardware system, all data settings return to the factory default. (including
IDs, fingerprint data, master ID, card number output format, IP)
•If the communication address is set to 255, the initialization process gets started
immediately
Cautions

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7.4 COMMUNICATION ID SETTING
LX006 can upload/ download user’s information by application software and adjust setting values.
Communication ID is the unique communication address to recognize each LX006 in the software so
each communication ID on the same communication loop must not be duplicated.
There is 8-bit DIP switch on the back of LX006 for communication ID setting and each channel of
DIP switch has assigned address values. The communication ID is calculated by the sum value of
each bit set to “ON” position. Communication ID can be set from ‘0’ to ‘255’. Refer to examples below
to set communication ID.
Each communication ID in the same communication loop must not be duplicated. If the same
communication IDs are on the loop, it may cause communication error.
Example 1
Example 2
Example 3
1+2 = 3
(Communication ID = 3)
4+32 = 36
(Communication ID = 36)
128= 128
(Communication ID = 128)
(Figure: Communication ID Setting Example)
Cautions

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7.5 WIRING
7.5.1 WIRING LAYOUT
7.5.2 Power Wiring
1. Connect +12V (+) wire of Power to Red wire of LX006
2. Connect GND (-) wire of Power to Black wire of LX006
You can use separate power supplies for the LX006 and the Controller; however, the GND(-)
wire must be connected to the Black wire, in any case.
Cyan
Pink
8bit Burst
26bit/34bit(SR)
Wiegand
DATA1
DATA0
DC +12V
GND(-)
External reader
HUB
Red
Black
Yellow
Gray
Purple
Green
White
Orange
Orange with Black stripe
White with Red stripe
Gray with Red stripe
Blue with White stripe
RJ45
ABA Track II
Wiegand
System Mode Control
LED Control
Buzzer Control
Authentication input
CLS
DATA1
DATA0
DC12V
GND(-)
CLK
DATA
TAMPER
Controller
RS485-A(+)
RS485-B(-)
Authentication error input
Cautions

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7.5.3 INPUT WIRING
External LED Control Connection
Connect the LED Control Input wire (Blue wire with White stripe) to the NO port of controller relay
output, and GND to the COM port. Set I/O of the controller; then you can control tuning on and off the
green LED. While the LED control is working, the green LED stays on.
The controller can use the I/O setting to set the LED controller so that it displays the additional LED
status for authorized/unauthorized access. For more information about the I/O setting of the controller,
refer to the controller’s user manual.
External Buzzer Control Connection
Connect the Buzzer Control Input wire (White wire with Red stripe) to the NO port of controller relay
output, and GND to the COM port. Set I/O of the controller; then you can generate beep sound. While
the buzzer control is working, the product keeps sounding beep.
The controller can use the I/O setting to set the buzzer controller so that it sounds the additional beep
for authorized/unauthorized access. For more information about the I/O setting of the controller, refer
to the controller’s user manual.
External Input Device Connection (System Operating Mode Change through External Input)
Connect the System Mode Control wire (Gray wire with Red stripe) to the NO port of controller relay
output, and GND to the COM port. Set I/O of the controller; then you can control the system mode.
While the system mode is controlled, RF Only mode is operated.
With I/O or time schedule setting, the controller can switch system operation mode in a specific time
section. For more information about the I/O setting of the controller, refer to the controller’s user
manual.
(Figure: Input Connection)
POWER
12V
GND
Buzzer Control
White with Red stripe
LED Control
Blue with White stripe
System Mode Control
Gray with Red stripe

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7.5.4 OUTPUT CONNECTION
Wiegand DATA Output Connection
1. Connect Wiegand Data 0 wire (Green wire) to Wiegand Data 0 terminal of the Controller.
(Used for DATA when ABA Track II is output)
2. Connect Wiegand Data 1 wire (White wire) to Wiegand Data 1 terminal of the Controller.
(Used for CLOCK when ABA Track II is output)
3. The GND(-) wire must be connected between the LX006 and the Controller.
Access Error Signal Connection
- Connect the Access Error Signal wire (Orange wire) to the Access Error Input terminal of the
Controller. (Used for CLS when ABA Track II is output)
Access OK Signal Connection
- Connect the Access OK Signal wire (Orange wire with Black stripe) to the Access OK Input
terminal of the Controller. (Not used when ABA Track II is output)
(Figure: Wiegand Output Connection)
(Figure: ABA Track II Output Connection)
ACU
OK Signal Out (Orange with Black stripe)
Error Signal Out(Orange)
)
DATA1(White)
)
DATA0(Green)
POWER
12V
GND
ACU
CLS (Orange)
CLOCK(White)
)
DATA(Green)
)
POWER
12V
GND(-)