ID Teck Co LX007 RFID With Finger Printer User Manual LX007 English 071001

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Document ID	948884
Application ID	xA3Mo3roGKa7sqqPNZOD+g==
Document Description	User Manual 1 2
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Document Type	User Manual
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Filesize	389.36kB (4867008 bits)
Date Submitted	2008-05-30 00:00:00
Date Available	2008-05-30 00:00:00
Creation Date	2008-05-30 08:28:22
Producing Software	Acrobat Distiller 8.0.0 (Windows)
Document Lastmod	2008-05-30 08:28:36
Document Title	Microsoft Word - LX007_English-071001_.doc
Document Creator	PScript5.dll Version 5.2
Document Author:	Sunny Hwang

Forced Door Open Alarm
When the door is opened by force, the door contact sensor will be activated. For this
application, you have to install the door contact sensor and properly set the door contact time
and outputs to the alarm devices. The Forced Door Open Alarm will be generated until the
alarm is disconnected.
Door Open Timeout Alarm
The Door Open Timeout Alarm will be generated when the door is open for longer than a
certain time limit, even after the door is opened followed by a normal authentication process.
The Overtime Door Open Alarm will continue to ring until the door is closed.
Anti-pass Back
If an additional proximity reader is used, the Anti-pass back mode can be applied. In the Antipass back mode, a user is not allowed to enter or exit when the user violates the one
entry/one exit rule. For example, an identical user won’t be able to enter if he or she
previously exited the door without going through a proper authentication process.
Duress Alarm
In case of duress, enter the 2-digit Duress Password and press the  key before the
normal access process. The door can be opened as usual, but the duress alarm is also
generated at the same time. The duress alarm output will be sent to the TTL output and an
alarm event will be sent to the host PC.
ARM / DISARM Function for Alarm Panel
While a device is in the ARM condition, its reader ports are all frozen and inputs to the ports
are not processed so that no one can get access to the door. When this mode is applied, the
Star LX007 / IDTECK LX007SR sends signals to other connected security devices so that
they can function accordingly.
Two Men Operation
This feature is used to configure the Star LX007 / IDTECK LX007SR to allow a certain user
(e.g. a visitor) to pass the door only when that user is accompanied by another special user
(e.g. a guide). Both of the visitor and the guide should be authorized together for access.
4 Level Individual Door Opening Time Setting
This feature is used only for setting four different door opening times.
Name Display
The Star LX007 / IDTECK LX007SR can display the user name when a user gains access.
Function Key Name Display
You can assign names for each function key via software. Using this feature, for example, you
can give certain keys names like punch-in and punch-out and tell the employees to press one
of the function keys according to the nature of their access prior to each access attempt. This
way, you will be able to identify punch-in and punch-out events on the software.
11
6.2 Product Explanation
6.2.1 Panel Description
LCD Display
Fingerprint
Scanner
System Operation
Status LED
24-key Keypad (incl. 12 function keys)
Figure: Description of LX007 Front Panel
• LCD Module: The LCD screen displays the status of the LX007.
• System Operation Status LED:
When the power is applied to the LX007, the red LED is turned on.
When the Relay #1 operates, the green LED is turned on.
When the Relay #2 operates, the yellow LED is turned on.
• 24-key Keypad: The keypad can be used to manually operate the LX007 with ease.
• Function Keys: The LX007 has 12 function keys ([F1] ~ [F12]).
6.2.2 Connection Layout
CON-2
CON-3
CON-1
CON-5
CON-4
CON-6
CON-7
Figure: Connector Layout
12
6.2.3 Color Coded & Wring Table
SIGNAL
NAME
CON-1(2PIN CONNECTOR)
I/O PORT NAME
WIRE COLOR
Main Power (+12V)
DC 12V
Red
Power Ground
GND (-)
Black
CON-5 (5PIN CONNECTOR)
RS485-RTX(+)
RS485-A(+)
Yellow wire
RS485-RTX(-)
RS485-B(-)
Gray wire
RS232-TX
TXD
Black wire with white stripe
RS232-RX
RXD
Red wire with white stripe
RS232-GND
GND
Black
CON-3 (6PIN CONNECTOR)
TTL OUTPUT #1
TTL#1, WD0
Orange wire with white stripe
TTL OUTPUT #2
TTL#2, WD1
Brown wire with white stripe
Aux Input #1
IN#1
Green
Aux Input #2
IN#2
Green wire with white stripe
Wiegand DATA 0
DATA-0
Pink
Wiegand DATA 1
DATA-1
Cyan
CON-4 (8PIN CONNECTOR)
Door RELAY(NC)
NC(1)
Blue wire with white stripe
Door RELAY(COM)
COM(1)
Gray wire with red stripe
Door RELAY(NO)
NO(1)
White wire with red stripe
Alarm RELAY(NC)
NC(2)
Purple wire with white stripe
Alarm RELAY(COM)
Alarm RELAY(NO)
COM(2)
NO(2)
White
Purple
Exit Button
EXIT
Orange
Door Sensor
CONTACT
Yellow wire with red stripe
CON-2 (3PIN CONNECTOR : Serial Printer)
RS232-RX
RS232-TX
RS232-GND
RXD
TXD
GND
Pink wire with white stripe
Cyan wire with white stripe
Black
CON-6 (4PIN CONNECTOR : Door Phone (Optional))
DP_VCC
DP_GND
DP_D0
DP_D1
Orange wire with red wire
Orange wire with black stripe
Blue
Brown
DATA-0
DATA-1
CON-7: TCP/IP RJ45 CONNECTOR
13
7. Installation Tips & Check Point
7.1 Check Points before Installation
7.1.1 Selection of Cable
The system installation cables should be connected as follows;
Figure: System Installation Layout
14
7.1.2 Recommended Cable Type and Permissible Length
Cable
Maximum
Specification
Distance
Belden #9409,
LX007 Power (DC12V)
30m
18 AWG
DC Power -> LX007
2 conductor, unshielded
Belden #9512,
22 AWG
Reader
4 conductor, shielded
150m
(Power and Data)
Belden #9514,
Exit Reader -> RF20
22 AWG
8 conductor, shielded
Belden #9512,
22 AWG
Door Contact
Exit Button
4 conductor, shielded
300m
Sensor Input
Belden #9514,
Input -> LX007
22 AWG
8 conductor, shielded
Belden #9409,
Door Lock, Alarm Device
18AWG
300m
Lock (Alarm) -> LX007
2 conductor, unshielded
Belden #9829,
RS232 Cable
24 AWG
15m
Converter -> Host P.C.
2-twisted pair, shielded
RS485 Cable
Belden #9829,
1,200m
LX007 -> LX007
24 AWG
LX007 -> Converter
2-twisted pair, shielded
: Thicker wires are needed if you connect a reader with high current consumption.
Reference
Description
7.2 Check Point during Installation
7.2.1 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.
For example, if you use 9,600 baud rate and 1,200m length of cable, the propagation velocity of
cable is 0.66 x speed of light (This value is specified by the cable manufacturer), if we assume the
reflections will damp out in three round trip up and down the cable length, the transmitted signal
will stabilize 18.6us after the leading edge of a bit. Since the data bit is captured in the middle of
the bit which is approximately 52us after the leading edge of a bit. The reflection stabilizing time
18.6us is much before the center of the bit therefore the termination resistors are not required.
However, if you install the cable to maximum length, the impedance of cable and network is
mismatched and the transmitted signal is overlapped by the reflected signal. In this case, it is
recommended to add termination resistors to the end of the receiver lines. A 120Ω resistor can
15
be used for termination resistor in parallel between the receiver lines “A” and “B” for 2 wires
RS485 system. A termination resistor of less than 90Ω should not be used and no more than 2
terminations should be used in one network system.
7.2.2 How to Connect Termination Resistors
Figure: Termination resistors for 2 wire RS485 communication system
7.2.3 Grounding System for Communication Cable
We recommend you to use a proper grounding system for the communication cables. The best
grounding method is to put the shield wire of the communication cable to the 1st class earth
grounding; however bringing the earth ground to the communication cable isn’t easy and the
installation cost increases. There are three grounding points you can find during installation;
1. Earth Ground
2. Chassis Ground
3. Power Ground
The most important point about 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 introduce
some noise and interference to communications. For better grounding, we advise you connect
ONLY one end of shield wire of communication cable to the grounding system; If you find earth
ground nearby, then connect one end of the shield wire to the earth ground; If you do not have
earth ground nearby, then find chassis ground and connect one end of shield wire to chassis
ground; If you do not find either earth ground or chassis ground, then connect one end of shield
wire to power ground. (GND of LX007) 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 give
the worst communication. Therefore, we recommend you use power ground instead of chassis
ground if that is the case.
Figure: Grounding system
16
7.2.4 Reverse Diode Connection
If you connect an inductor (Door Locks or Alarm device) to the output relays, there will be a
high surge voltage created while the inductor is turning on and off. If you do not connect a
reverse diode, the surge voltage will transfer and damage the electronic circuit of the controller.
It is strongly recommended to add a reverse diode between the inductor coils to absorb this
surge voltage.
Figure: Reverse Diode Connection
8. Installation of Product
8.1 Wall Mount (Unit: mm)
Figure: Wall Mount Layout
17
8.2 System Initialization (External Reader Port)
After the installation and connections are completed, apply power (DC12V) to the LX007 with
the initialization button held down. Then, the LCD will first display “Initialize OK? 0:No
1:Yes”. Press <1> key if you want to initialize the system. After all the initialization process is
completed, the system will be operating in the normal mode and the LCD will display “IDTECK,
LX007 [F1], Date Time”.
Press and hold the
initialization button. Put the
+12V DC power to the LX007.
Release the button when the
LCD displays “Initialize OK?”
Power ON
Initialize OK?
1: Yes 0: No
<1> KEY?
No
Yes
“SYSTEM
INITIALIZED!!!”
Normal Operation
8.3 Wall Mount Installation
1.
2.
3.
4.
5.
Position the Wall Mount to the location at which you want to install the unit and mark 4 x
drilling positions. Drill 6-32 holes for at least 4 mounting points.
Drill a 1/2” hole on the center of the Wall Mount.
Using 4 screws, install the Wall Mount to the proper location.
Take out the cable through the center hole.
After the wiring is done as explained in the next section, put the Main Unit on the Wall
Mount and screw it.
8.4 Wiring
8.4.1 Power Connection
1. Connect (+) wire of DC 12V Power Supply to Red wire.
2. Connect GND (-) wire of DC 12V Power Supply to Black wire.
8.4.2 Input Connection
Exit Button Connection
1.
2.
Connect one wire from an Exit Button to Orange wire.
Connect the other wire from the Exit Button to GND.
18
Door Contact Sensor Connection
1.
2.
Connect one wire from Door Contact Sensor to Yellow wire with Red stripe.
Connect the other wire from Door Contact Sensor to GND.
Auxiliary Input Connection
(Applicable to Aux Input #1(Green wire), Aux Input #2(Green wire with white stripe))
1. Connect one wire from Auxiliary Input Device to one of Aux Input #1 or Aux Input #2.
2. Connect the other wire from Auxiliary Input Device to GND.
Figure: Input Device Connection
2.2K Resistor Connection for Cut Off Check
You have to connect a 2.2K resistor between the input wire (e.g. Orange wire) and the
GND to apply the Cut Off Check feature. First, select whether or not to check the cutoff
status of each device from [F5 SETUP MENU] -> Cut Off Check. Second, set the desired
output that will be generated in the event of a cutoff from [F5 SETUP MENU] -> Cut Off
Alarm.
Figure: 2.2K Resistor Connection for Cut Off Check
19
8.4.3 Output Connection
Door Lock (Power Fail Safe) Connection (Door Relay)
1.
2.
3.
Connect COM wire of Door Relay, White wire with Red stripe to +12V.
Connect NC wire of Door Relay, Blue wire with White stripe to (+) wire of Door Lock.
Connect GND wire to (-) wire of Door Lock.
Door Lock (Power Fail Secure) Connection (Door Relay)
1.
2.
3.
Connect COM wire of Door Relay, Gray wire with Red stripe to +12V.
Connect NO wire of Door Relay, White wire with Red stripe to (+) wire of Door Lock
Connect GND wire to (-) wire of Door Lock.
Alarm Device Connection (Alarm Relay)
1.
2.
3.
Connect COM wire of Alarm Relay and White wire to +12V.
Connect NO wire of Alarm Relay, Purple wire to (+) wire of Alarm device.
Connect GND port to (-) wire of Alarm device.
Figure: Door Lock, Alarm Device Connection
CAUTION: You should connect REVERSE DIODES as shown in the
picture above. A desirable DIODE is a Fast Recovery DIODE
(current=min. 1A), 1N4004 - 1N4007 or similar.
8.4.4 External Reader Connection
Proximity Reader Connection
1.
2.
3.
4.
Connect (+) wire of the Proximity Reader to DC +12V.
Connect (-) wire of the Proximity Reader to GND.
Connect Data-0 wire of the Proximity Reader to the Pink wire.
Connect Data-1 wire of the Proximity Reader to the Cyan wire.
20
• Compatible Readers (External Reader):
Star LX007:
Standard 26bit Wiegand Format Proximity Readers
Standard 26bit Wiegand + 8bit Burst Format Proximity and keypad Reader
IDTECK LX007SR:
Standard 34bit Wiegand Format Proximity Reader
Standard 34bit Wiegand + 8bit Burst Format Proximity and keypad Reader
• Recommended Readers
Star LX007: RF TINY, RF10/20/30/70/500, RFK101, FGR006, FGR006EX
IDTECK LX007SR: SR10/20/30, SRK101, FGR006SRB
Figure: External Reader Connection
9. Communication
9.1 RS232 Communication Port Connection
A 9-pin connector (Serial communication connector, female) is needed to connect the LX007 with
a host PC via RS232 communication.
Please follow the steps below.
1.
2.
3.
4.
5.
Connect RS232-TX, Black wire with white stripe to the pin #2 (RXD) of the 9-pin connector.
Connect RS232-RX, Red wire with white stripe to the pin #3 (TX) of the 9-pin connector.
Connect GND, Black wire to the pin #5 of the 9-pin connector.
Plug in the 9-pin female connector to COM1 or COM2 Port of the host PC.
Install and run the LX007 Application Software.
21
Figure: RS232 Communication
9.2 RS485 Communication Port Connection
9.2.1 RS485 Connection (Standalone Unit)
An RS485/RS232 converter is needed to use the RS485 communication between the LX007
and a host PC. Please follow the steps below.
1.
2.
3.
4.
Connect RS485-RTX (+), Yellow wire to RS485-A port of the converter.
Connect RS485-RTX (-), Gray wire to RS485-B port of the converter.
Plug the RS232, 9-pin connector of the converter into the COM1 or COM2 Port of the
host PC.
Install and run the LX007 Application Software.
Figure: RS485 Connection between the LX007 and a Host PC
22
9.2.2 RS485 Connection (Multiple Units)
An RS485/RS232 converter is needed to use RS485 communication between multiple
LX007 units and a host PC. Please follow the instructions below.
First, connect all RS485 ports of LX007 units in parallel.
(Max. of 32 LX007 Units can be connected)
1. Connect RS485-RTX (+) (Yellow wire) of one LX007 to RS485-RTX (+) (Yellow wire)
of another LX007.
2. Connect RS485-RTX (-) (Gray wire) of one LX007 to RS485-RTX (-) (Gray wire) of
another LX007.
3. Set different COMM IDs for each LX007.
Second, connect one of the RS485 ports of the LX007 units to the
RS485/RS232 converter.
1.
2.
3.
4.
Connect RS485-RTX (+) (Yellow wire) of one LX007 to RS485-A port of the
Converter.
Connect RS485-RTX (-) (Gray wire) of one LX007 to RS485-B port of the Converter.
Plug the RS232 (9-pin connector) of the Converter into the COM1 or COM2 port of
the host PC.
Install and run the LX007 application software.
Figure: RS485 Communication between Multiple LX007 Units and a PC
23
9.3 TCP/IP Communication Port Connection (Optional)
An optional TCP/IP Module is needed for TCP/IP communication to the host PC. Follow the next
instruction.
1.
2.
3.
4.
Connect RJ45 plug, LAN cable of the network system to RJ45 jack of the LX007.
If you install multiple LX007 units and only one TCP/IP port is available, you may connect
one LX007 to TCP/IP and then connect all the LX007 units using the RS485 multiple
communication as shown in the below figure.
Set different COMM IDs for each LX007.
Install and run the LX007 Application Software.
Figure: TCP/IP Communication between Multiple LX007 units and a host PC
9.4 Serial Printer Connection
A 9-pin connector (Serial communication connector, female) is needed to connect the LX007 with
a serial printer via RS232 communication. Please follow the steps below.
1.
2.
3.
4.
5.
Connect RS232-TX, Cyan wire with white stripe to the pin #2 (RXD) of the 9-pin connector.
Connect RS232-RX, Pink wire with white stripe to the pin #3 (TX) of the 9-pin connector.
Connect GND, Black wire to the pin #5 of the 9-pin connector.
Plug in the 9-pin female connector to COM1 or COM2 Port of the serial printer.
Set the Print Output setting to ‘Auto Print’ or ‘Manual Print’ from [F3 SETUP MENU].
24
Figure: RS232 Communication between LX007 and a Serial Printer
10. Basic Setting
10.1 Initialization of LX007
After the installation and connections are completed, supply power (DC +12V) to the LX007
with the initialization button held down. Then, the LCD will first display “Initialize OK? 0:No
1:Yes”. Press <1> key if you want to initialize the system. After all the initialization process is
completed, the system will be operating on the normal mode and the LCD will display
“IDTECK, LX007 [F1], Date Time”.
Power ON
Initialize OK?
1: Yes 0: No
Press and hold the
initialization button. Put the
+12V DC power to the LX007.
Release the button when the
LCD displays “Initialize OK?”
<1> KEY?
No
Yes
“SYSTEM
INITIALIZED!!!”
Normal Operation
25
10.2 How to Enter the SETUP MENU
To set up the LX007 or to change the settings, you have to enter the SETUP MENU first. To do
so, press <0> key eight (or ten) times and  key on the keypad. (The Default Master ID
is ‘00000000’. For the LX007SR, it’s ‘0000000000’.)
There are 10 SETUP MENUS and you automatically enter [F1 SETUP MENU] first. You can
move to other SETUP MENUS by pressing  to  keys. For example, if you want to go
to [F2 SETUP MENU], then press  key. To enter [F5 SETUP MENU], press  key,
and so on and on. There are several SUBMENUS inside each SETUP MENU and you can
scroll up and down the SUBMENU by pressing <4> and <6> key. If you don’t press any key
within 60 seconds or if you press  key, the LX007 will exit the SETUP MENU and
return to the normal operating mode. You can change the Master ID in the [F7 SETUP
MENU].
10.3 Language Setting
Select [LANGUAGE] in [F1 SETUP MENU] then press  key to select which language to
use. The steps below show how to choose Chinese, for example.
26
10.4 Date / Time Setting
Select [SET DATE/TIME] in [F1 SETUP MENU] and enter the total of 15 digits (i.e. Year /
Month / Date / Hour / Minute / Second / Day) as shown below. The LCD will display the new
Date and Time after the time setting is completed, but the year and day will not be displayed.
The LX007 has a 24 hours system. Day codes are 1 for Sunday, 2 for Monday, 3 for Tuesday, 4
for Wednesday, 5 for Thursday, 6 for Friday and 7 for Saturday.
10.5 ID Registration
To register a User ID to the LX007, select [F7 SETUP MENU] -> [REGISTRATION]. You can
choose to register an ID a) using the card or b) by entering the PIN.
a) Registration by Card
27
b) Registration Using Keypad
NOTE| In case you make a typing mistake during the registration process, you can press the F1
button to erase the errors.
1.
Scanning – means the reader is waiting for an ID number to be entered. The number of
the card will appear with a beep sound when you present a card.
2.
ID – refers to a Personal Identification Number (PIN) that consists of 4-8 digits. Enter a 4-8
digit ID number (PIN) and press  key. (An ID number of the LX007SR consists of 4-10
digits.)
3.
PW – stands for a password that is required for verification in the RF + Password operating
mode.
4.
TA – refers to the Time Schedule code (‘00’ ~ ‘10’) for the Reader#1 (i.e. the built-in
reader). Cardholders are granted access only during the Time Intervals of the Time
Schedule code entered to this TA field. To set the Time Intervals for each Time Schedule
code, refer to the instructions on the Time Schedule Setup in the [F4 SETUP MENU]. If
you want to allow the cardholder access to the door anytime, enter the default Time
Schedule code '00' for the value.
5.
TB – refers to the Time Schedule code (‘00’ ~ ‘10’) for the Reader#2 (i.e. Exit Reader).
Cardholders are granted access only during the Time Intervals of the Time Schedule code
entered to this TB field. To set the Time Intervals for each Time Schedule code, refer to the
instructions on the Time Schedule Setup in the [F4 SETUP MENU]. If you want allow the
cardholder access to the door anytime, enter the default Time Schedule code '00' for the
value.
6.
RD – refers to the Reader Assignment code for the cardholder. Entering the code ‘0’
28

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