Assa Abloy LCU9101 User manual

LCU9101
One-door control unit
Innehåll
Introduction.............................................................. 3
Compatible accessories............................................. 3
Motor lock..................................................................... 3
Readers........................................................................ 3
LCU9101 ................................................................... 4
LCU9101 with relay board......................................... 5
Description of the board .................................................... 6
Indications....................................................................... 7
Settings with DIP switches ................................................. 8
DIP1 Telnet................................................................... 8
DIP2 Initiate motor lock .................................................. 8
DIP3 Balanced door monitor switch .................................. 8
DIP4 Fixed IP 192.168.1.250 ........................................... 8
DIP6 Master reset and test mode ..................................... 8
Installation ............................................................... 9
Installation Relay board DAC400RC64.................................. 9
Jumper links................................................................ 10
Terminal blocks ........................................................... 11
Initiating motor lock ..................................................... 13
Connection of accessories ................................................ 14
IG559101931C.doc

2 LCU9101
Connection of direct connected motor lock....................... 14
Balanced Door monitor switch........................................ 14
Day/Night function ....................................................... 15
Blocking input ............................................................. 15
Door monitor switch (magnet) serial/parallel.................... 15
PoE (Power over Ethernet) ............................................ 16
Configuration.......................................................... 17
Introduction ................................................................ 17
Automatic configuration................................................... 17
Conditions................................................................... 17
Check list.................................................................... 18
Manual configuration....................................................... 19
Installation of drivers for USB configuration ..................... 19
Terminal software ........................................................ 20
Configuration via the terminal software ........................... 20
Terminal commands ..................................................... 23
Key handling ............................................................... 26
Technical information ............................................. 27
Dimensions.................................................................... 28
Diagram ........................................................................ 28

LCU9101 3
Introduction
LCU9101 is an IP based control unit for one door with full function
for handling of reader, electrical lock and motor lock directly.
LCU9101 is a Hi-O prepared control unit in the ARX family that
communicates with SLL encryption and handles certificates, for
the highest possible security.
LCU9101 contains all that is necessary for the door. All
connections for e.g. motor lock, reader, electric strike, exit
button, door monitor switch, alarm, door automatic etc. are to be
made here.
Compatible accessories
Motor lock
References to motor lock refers to direct control as follows:
Assa Classic 8000S, 8001S
Assa Classic 8087S
Abloy 8164-II, 8165-II, EL650-II
Assa Evolution 810S, 811S
Readers
LCU9101 handles magnetic readers, EM prox readers, Mifare
readers and Wiegand readers via interface 6390IF or via ADD ON
board 400RW22.

4 LCU9101
LCU9101

LCU9101 5
LCU9101 with relay board

6 LCU9101
Description of the board
00068e30075f
00068e30075f
WDG
A
B
C
D
Over load 12V Out
Over load RE1 12V Out
CL reader connected
RE 1
RE 2

LCU9101 7
Indications
There are LED’s on the board giving the following indications:
Power
(OK)
Green indication, indicates that system is powered.
WDG (OK) Blue indication, normal flash approx. 2 Hz
(2 flashes/sec.)
Unlit – LCU9101 is starting.
LED-lit – Error.
A(Yellow) Flashes slowly while the control unit tries to create
a connection with the ARX server. Lit when the
control unit is in contact with the ARX server.
B(Red) Lit when the control unit have messages to send to
the ARX server.
C(Green) Receiving data.
D(Green) Initiated CL motor lock found.
OL
(Overload)
Lit when the over voltage protection to 12V out,
pin +12V/0V (feeding reader etc.) is triggered.
CL (Red) Lit when readers are connected to the CL+/CL-
port.
12v Over
(Red)
Lit when the over voltage protection to 12V, via
RE1 NO/C, is triggered.
LED RE1/RE2 lit when the relay takes hold.
Link Lit at link.
Unlit when there is no link.
100M Lit at 100 Mbit communication.
Unlit when there is no 100 Mbit communication.
ACT Flashes at activity on the Ethernet port.
Unlit when there is no activity on the Ethernet
port.

8 LCU9101
Settings with DIP switches
DIP1 Telnet
If DIP1 is in position ON when LU9101 is started it is possible to
communicate with the control unit via Telnet. Used when the
control unit should be configured via the Ethernet contact.
DIP2 Initiate motor lock
DIP2 in position ON initiate “Current Loop” motor locks to work
together with control unit LCU9101. When the motor lock is
installed DIP2 is set to position ON and the control unit is
restarted. When the control unit has restarted LED “D” will turn
green when the motor lock is found and initiated. Set DIP2 to OFF
and replace a possible "Learn" jumper link on the motor lock.
DIP3 Balanced door monitor switch
DIP3 in position ON and two resistors of 2,2KΩmounted on the
door monitor switch, then restart the control unit.
DIP4 Fixed IP 192.168.1.250
Can be used when you want to set up the control unit with the aid
of a TP cable, used together with DIP1.
DIP6 Master reset and test mode
When DIP6 is set to ON the control unit performs a master reset
on all parameters at upstart and resets LCU9101 to the factory
settings, it also sets LCU9101 in test mode.
Note! When this is done the LCU9101 will lose all settings and
new information must be loaded to the LCU9101. In the test
mode you can check installed readers and lock, but not the motor
lock. Normal position for DIP6 is OFF.

LCU9101 9
Installation
The following section describes the physical installation of the
control unit and connection of accessories.
Installation Relay board DAC400RC64
To get access to all outputs and inputs relay board DAC400RC64
must be connected.
Connection of relay board is made as follows:
1. Turn off the power to LCU9101
2. Dislocate LCU9101 from the box
3. Align the contact pieces toward each other
4. Make sure that the boards are in level with each other
5. Push the boards together
6. Snap the boards to the box
7. Turn the power ON
LCU9101 + RC64 are ready for operation

10 LCU9101
Jumper links
Potential free contact
Val av NO/NC relä 1
(Ellås relä)
00068e30075f
00068e30075f
DIP-omkopplare
DIP1 Telnet ON/OFF
DIP2 I läge ON initiering motorlås
DIP3 Balanserad dörrbladslägeskontakt
DIP4 Fast IP 192.168.1.250
DIP5 Används ej
DIP6 Master reset samt testläge
12V ut (1=+, 2=-)
(12V Ut på relä 1)
12V In (1=+, 2=-)
(In spänning ut på relä 1)
Val av NO/NC relä 2
(LFK)
Hi-O terminering

LCU9101 11
Terminal blocks
RE1 NO/NC
RE1-C
RE2 NO/NC
RE2-C
CAN-H
CAN- L
+12V
0V
CL+
CL-
Button
0V
SW
AC/DC
AC/DC
1
15
10
5
Electric strike/Electric lock
(Pin 1 = +, 2 = -)
ABP (Alarm bypass)
Connection of Hi-O bus
Feeding to reader and Hi-O
components
Directly connected motor
locks and CL readers
Exit button
Door monitor switch
Feeding
LCU9101 cannot be fed with 12V!

12 LCU9101
Fri/D-N (DAC400RC64 (IN1 (6&4)).
The function is set via ARX according to following:
unlocked directly or unlocked after first passage.
Linked to 0V = Day.
Works as a free input when motor lock not is connected. In both
cases an event is generated.
Exit button Button: (11 & 12)
Unlocked when closed to 0V. The door will lock if the input
remains closed, "flank triggered".
Door monitor switch
(Door monitor:12&13)
The door is presumed closed when pin 13 is connected to 0V (pin
12), and DIP3 = OFF.
DIP3 ON = Balanced input on
Door monitor, see page 8.
OK=2,2 kΩ
When a direct connected motor lock is connected the input works
in parallel with the magnet in the lock.
LCU9101 must be restarted after
selecting DIP3 = ON Balanced mode.
Electric strike (1 & 2) Coil.
For function and current, see jumper link
field on page 9
ABPP (3 & 4) Alarm ByPass
NO = Normal mode
Blocking input (DAC-RC64 (IN3 (3&4))
The purpose of the input is to prevent access to an alarmed
section. When this input is broken the LCU9101 will be blocked.
LCU9101 will not accept exit button or valid cards.

LCU9101 13
Initiating motor lock
Assa Classic (8000S, 8001S until May -04)
Assa Classic (8087S until March -06)
Abloy (8164-II, 8165-II, EL650-II)
1. With the power off, remove the “Learn” connector (on the
motor lock), the one with the jumper on.
2. Put DIP2 in position ON.
3. Turn the power on, when LCU9101 has started and LED “D”
green is lit the motor lock is initiated.
4. Turn the power OFF and put DIP2 in OFF.
5. Replace the “learn” connector in its original location.
6. Turn the power ON.
7. Test run the lock.
Assa Evolution (810S, 811S)
Assa Classic (8000S, 8001S as from May -04)
Assa Classic (8087S as from March -06)
With the power off and the bolt in:
8. Put all DIP2 switches in ON position.
9. Turn the power on, when LCU9101 has started and LED “D”
green is lit the motor lock is initiated.
10. Turn the power OFF and put DIP2 in OFF.
11. Turn the power ON.
12. Test run the lock.
Note! When changing LCU9101, an initiation of the motor lock
must be made.
7&8 should be -> 12V (7 = plus) (8 = minus)
9&10 should be ->
(9 = plus and 10 = minus)
Note!
The voltages on the right
are approx. values
Approx. 2V x number of units.
For example one motor lock and
one reader, 2 x 2V = 4V
A unit with reverse polarity gives
approx. 0.7V
If this would be the case above,
the value would have been 2.7V

14 LCU9101
instead of 4V.
12V = broken loop
Connection of accessories
Connection of direct connected motor lock
KP1:7 Red (+12V)
KP1:8 White (0V)
KP1:9 Yellow (C+)
KP1:10 Green (C-)
Balanced Door monitor switch
DIP3 ON = Balanced IN on SW. Resistor of 2,2kΩis delivered
with LCU9101. These are the valid values for the input on
LCU9101 (12&13)
SAB Rin <1,8kΩ
OK 1,8kΩ≤Rin <3,3kΩ
ALARM 3,3kΩ≤Rin <15kΩ
SAB Rin ≥15kΩ
This function means that you get the whole chain (from alarm
central via LCU9101 to door) double balanced and the LCU9101
works as a "detector". See picture below.

LCU9101 15
LCU9101 must be restarted after selecting DIP3 = ON Balanced
mode.
Day/Night function
Function selection of Day/Night input is set in ARX (IN1 4 & 6) on
relay board DAC400RC64.
The lock turns to DAY mode according to following selection:
At first valid passage
Immediately
Blocking input
The blocking input on DAC400RC64 (IN3 3&4) has priority over
the Day/Night input. This means that the lock will lock when the
input is opened, regardless if the Day/Night input or the SW input
is closed.
Door monitor switch (magnet) serial/parallel
Input (12 & 13) If a standard electric strike with built-in magnet
can’t be used you here have a possibility to connect an external
door monitor switch. When the input is closed the motor lock get
a locking signal.
This input normally works parallel with the built-in transmitter on
the lock house post in the motor lock.
The input can also be set to work in series with a built-in magnet.

16 LCU9101
PoE (Power over Ethernet)
LCU9101 can be fed via PoE if the system has PoE switches or
PoE injectors.
The advantage with PoE is that no separate feeding has to be
connected to the door, only the Ethernet connection. With PoE
12V locks are used
See sketch below.
PoE
switch
LCU9101
Locks that can be used with PoE
Abloy 8164-II, 8165-II, EL650-II
Assa Evolution 810S, 811S
Assa Classic 8000S, 8001S
ASSA Solid 575 (12 2007 and later)
ASSA Solid 571 12V DC
ASSA Solid 514 12VDC
ABLOY 580

LCU9101 17
Configuration
Introduction
The configuration of the control unit is made in order for the unit
to make contact and communicate with the ARX ACCESS server
of the system. This communication is made via the Ethernet cable
through a computer network.
In this section the configuration of a control unit is described step
by step.
The configuration of the control unit can be made in different
ways. This depends on the type of installation you are building up
and of the current computer network. The method for
configuration is divided into two main groups:
Automatic configuration
Manual configuration
Automatic configuration
The easiest configuration method, which is recommended, is an
automatic configuration. In this section we show step by step how
the automatic configuration is performed.
An automatic configuration means that the network settings are
made with DHCP, in other words the allocation of IP number,
netmask, DNS server and router are made automatically fro a
DHCP server in the network.
Conditions
An automatic configuration requires that there is both a DNS
server and a DHCP server in the network. The server name “arx”
must also be added in the register of the DNS server. This is
usually automatic with the aid of Windows if the server computer
is named “arx”.
(To check or change the computer name in Windows: Start >
Control panel > System > Computer name.)

18 LCU9101
If you don’t know if the server name “arx” is added in the register
of the DNS server or not, you can contact the network
administrator and ask for help.
You can also check it yourself by “pinging” the computer name
“arx”. You do this in a command window by typing: ping arx.
(To open a command window in Windows: Start > Program >
Accessories > Command prompt.)
Example ”ping arx”
Check list
For an automatic configuration, follow these steps:
Start the server application ARX ACCESS Server, if it isn’t running
already.
Connect the control unit to the network by connecting a network
cable to the Ethernet contact on the CPU board.
Connect a suitable power source to the “AC/DC” inputs.
The WDOG LED flashes slowly when the control unit is starting up
and flashes faster when the control unit is running.
The yellow LED (marked A) next to the WDOG diode flashes when
the control unit is trying to get in contact with the server. This
can take a couple of seconds. When the control unit has
established contact with the server the yellow Adiode is lit.
The automatic configuration of the control unit is now finished.
You can now, for example, enter the client software ARX Client
and add the configured control unit to your installation. If
everything worked out well at the configuration the symbol for
the control unit (LCU) will turn green in the installation tree.
(For further information regarding the client software, we reefer
to “ARX ACCESS User guide”.)
If something goes wrong during the configuration according to
above, see further information in the section Troubleshooting.

LCU9101 19
Manual configuration
It is not possible to use the earlier described automatic
configuration in all installations. For example if you don’t have
any DNS or DHCP server in the network or if parts of the
installation is outside a firewall.
At a manual configuration you do all the settings yourself and
administer the addresses in the system. The manual settings
regarding the control unit is made from a terminal software on a
computer, connected with a USB cable to LCU9101.
Drivers for the USB communication with LCU9101.
USB cable: Type A to Mini type B.
In order to connect the control unit to the control unit the drivers
must be loaded to the computer, see below.
Installation of drivers for USB configuration
LCU9101 automatically starts a serial console on the USB port
when it is connected to a computer with the correct driver
installed.
USB works with “plug and play” technique. Do not plug it in and
out several times. When you disconnect the cable you should
restart
your terminal software.
Unpack the zip file “drivers LCU9101 USB”, located on the support
web, to a folder on the computer.
Installation in Windows XP:
Connect the unit to the USB port and select “Install from a list or
specific location (advanced)”. On the next page you check
“Include this location in the search” and browse to the folder with
the drivers. When Windows says that the driver isn’t certified,
select “Continue anyway” and finish the installation.
Windows Vista:
When you connect the unit the Found new hardware wizard is
started.

20 LCU9101
Select the recommended option. When Vista shows a security
warning, select “continue”, most probably the installation fails in
this step. Open the device manager in the control panel. Show
Other devices. Right click on “Gadget Serial” and select “Update
driver”.
Brows to the folder with the drivers and select next. Windows will
complain that the driver isn’t certified, select “continue anyway”.
If you want to uninstall the driver in XP or Vista, go to the device
manager and remove the unit “Gadget Serial”.
Terminal software
There are several different terminal software’s that can be used.
Below two that are common and easy to use are listed.
HyperTerminal (comes with Windows)
Teraterm (free software)
Regardless of which terminal software you use, the
communication should be set to 99600 bps, 8 bits, no parity, one
stop bit and now flow control.
(For detailed information about how the different terminal
software works, see the user guide for each software.)
Configuration via the terminal software
Configuration guide (”Setup Wizard”)
To facilitate the configuration there is a built-in guide, “Setup
Wizard”. This guide helps you setting the different alternatives for
the control unit in a correct way.
You start the configuration guide by typing setup and pressing
[Enter] in the command window of the terminal software.
What is then shown is a paragraph called “Configuration and
status”, showing information about the connected control unit and
its status.
The next paragraph, “Setup menu”, is a menu over the different
options in the configuration guide.