Genie LCM16-IP User manual

Please read these instructions carefully before operating the unit
and keep for further reference.
User Manual
Lift / Elevator TCP/IP Control
Module with 6A DC12V PSU
LCM16-IP

Index
Chapter 1 System Overview .............................................................................................................. 3
1.1 Overview ............................................................................................................................ 3
1.2 Intelligent Elevator ............................................................................................................ 3
1.3 System components ........................................................................................................... 4
1.4 Diagram ............................................................................................................................. 5
1.5 Application ........................................................................................................................ 7
Chapter 2 LCM16-IP Elevator Controller ......................................................................................... 8
2.1 Overview ............................................................................................................................ 8
2.2 Features .............................................................................................................................. 9
2.3 Specification ...................................................................................................................... 9
2.4 Wiring .............................................................................................................................. 10
2.5 socket define .................................................................................................................... 10
2.6 DIP Switch ....................................................................................................................... 13
Chapter3 ELEVATOR CONTROL EXPAND BOARDS Elevator Expand Controller Board ..... 15
3.1 Overview .......................................................................................................................... 15
3.2 Features ............................................................................................................................ 15
3.3 Specification .................................................................................................................... 15
3.4 wiring ............................................................................................................................... 16
3.5 socket define .................................................................................................................... 16
Chapter 4 FLP8104 .......................................................................................................................... 17
4.1 Overview .......................................................................................................................... 17
4.2 Features ............................................................................................................................ 17
4.3 Parameters ........................................................................................................................ 17
4.4 Wiring diagram ................................................................................................................ 18
4.5 Sockets ............................................................................................................................. 18
Chapter 5 FSC8104 .......................................................................................................................... 22
5.1 Overview .......................................................................................................................... 22
5.2 Features ............................................................................................................................ 22
5.3 Parameters ........................................................................................................................ 23
5.4 Wiring diagram ................................................................................................................ 23
5.5 Sockets ............................................................................................................................. 23
Chapter 6 Operation in sphinx ......................................................................................................... 26

Chapter 1 System Overview
1.1 Overview
With the rapid development of high technology, intelligent management has entered people's
lives. The modern city is surrounded by high-rise buildings, and the elevator has become an
indispensable tool for people to go up and down. The intelligent elevator system is a high-tech
product that integrates information management, computer control and smart card technology with
IC/ID card as medium. It is possible to control the entrance and exit of the floor, and selectively
release or prohibit the personnel who want to enter and exit the floor. It has a variety of functions
such as authorization, recording, query, statistics, anti-theft, alarm, etc., and has a very high
security capability.
The intelligent elevator management system has provided a scientific, efficient and safe
means for the implementation of modern management, and has been widely adopted. It has its
own specialties in terms of security, convenience, manageability, applicability, etc. The application
fields of intelligent elevator management systems are also becoming wider and wider. It has a
wide range of applications in factories, government agencies, intelligent buildings, smart
communities, office buildings, hotels, etc., which greatly improves the efficiency of managers and
the security level within the management area.
1.2 Intelligent Elevator
l Convenient
By authorized card to swipe on the card reader, you can reach the designated floor and it is
very easy to use.
l Adjust permissions at any time
The intelligent floor management system can adjust its permissions anytime, including
opening objects, locations, time, etc., to achieve real-time control.
l Flexible configuration
Modular design, choose the corresponding function modules as needed.
l High security
The cards in the intelligent system each have an independent key, which cannot be copied.
When the card is lost, after reported, the lost card can no longer be used. if the card is found again,
the loss can be released and the card can be used again. Each time you use the card to open the
door, you can automatically record it, which is convenient for inquiring personnel data about in
and out.
l Multi-purpose
Except the intelligent elevator management function, the KEYKING smart card can also be
used in parking, attendance, consumption and many other aspects, it reduces much investment and
costs.
l Powerful
Customized for elevator users, integrated with multiple functional modules, fully meet

customer needs.
lPermission
When the card is issued, the permission of the card is authorized. After the user enters in the
elevator and swipes the card on the card reader, the access control system determines whether the
card is valid and has the permission to reach the floor, and automatically select the corresponding
floor, and the elevator will go up to the designated floor.
lDesignated floor
The card user is authorized to reach the designated floor. After the user enters in the elevator
and swipes the card on the card reader, the access control system determines whether the card is
valid, and the elevator can go to the designated floor without pressing the elevator floor button.
Otherwise, button is invalid and the elevator is restricted.
lTemporary visitor function
Temporary cards can be issued for visitors. You can set the effective time, the floor, the
elevator, and the in-out times .When the temporary visitor leaves, you can cancel the card and
cancel the permission of this temporary card.
lMutual access function
The households swipe the card normally, the system is opened to the self-occupied floor (by
default). If the household needs to visit other friends in the same building, press the “Re-visit”
button after entering the elevator. At this time, the system enters the “mutual access mode”
working state,
lIntercom
When the visitor calls the household, after the household confirmed, the intercom system
opens the door, the elevator will be called. On the first floor, a set of floor signals is provided to
the main control board. The buttons on the floor are valid. After the vistor enter the elevator, the
corresponding floor button can be pressed to drive the elevator to the destination floor.
1.3 System components
lSphinx
lElevator Controller
lElevator Expand Controller Board
lFLP8104
lFSC8105
lReader
lOther accessories, such as printers.

1.4 Diagram

lSystem wiring

lWiring diagram when the floor signal is an external signal (such as used for the
shidean protocol)
1.5 Application
Elevator control, floor management; VIP cabinet management, cabinet control.

Chapter 2 LCM16-IP Elevator Controller
2.1 Overview
The LCM16-IP is the main component of the elevator
control system, which can independently control the 16-floors
elevator. Each LCM16-IP elevator controller can support seven
elevator control expand boards to control 128-floors elevator.
The LCM16-IP main control board works in two working
modes: normal mode and mutual access mode, adding a “mutual
access” button to each of the elevator cab; the resident swipes
the card, and the system opens the self-occupied floor (the
default home), This is the “normal mode”; if the household
needs to visit other friends in the same building, press the
“mutual access” button after entering the elevator. At this time,
the system enters the “mutual access” mode.
1. Normal mode
As shown in the following figure: the Control of floor buttons (only one floor for example):
In the above picture, S3 is the floor button on the original elevator control panel, S1and S2
are added analog buttons (relay contacts), series S1 is the NC contact of the relay we use, and S2
uses the NO contact.
Due to the needs of the system, the floor collection board also needs to collect the Working
status of each elevator. The acquisition method is shown in the following figure.
Since the original control mode or circuit of the elevator has not been changed, even if our
S2
S1
S3
Controller
Lift
Pannel

system is powered down or other conditions occur, the elevator can work normally without being
affected by the above contact. Of course, we have taken multiple security measures at the same
time (such as using a highly reliable switching power supply, adding a clutter suppressor to the
input and output ports, using hardware watchdog technology, using highly reliable TCP/IP
communication, all communication The data is based on CRC check technology, etc.) to ensure
that the system will not drop and crash.
2. Visitor mode:
2.2 Features
lusing RS485 communication, the longest distance can reach 1200m
lModular design, flexible configuration, easy to upgrade
lSeparate design by controller and card reader, high security
lThe main control board and card reader adopt RS485 and Wiegand communication
modes, and the choice is flexible.
lWiegand mode is compatible with multiple Wiegand readers on the market
lWith backup battery, data will not be lost when power is off, battery is available for 5
years
lNormal mode, mutual access mode. The controller has several working states such as
sleep, safety, NO, and NC.
lProgrammable linkage control and programmable card reader protocol settings
lDirect control of the status of each output relay
lRelay action time and card interval can be set
lWith fire Alarm signal input interface, when the fire switch signal is activated, the
elevator system does not work, and the elevator returns to the original state (the fire signal
provided by the elevator company should be a passive dry contact signal)
lThe system supports offline operation (smart) and flexible networking.
lMain functions: visitor function, mutual access function, call function
2.3 Specification
lCPU: 32-bit microprocessor
lControl floor: 16 floors (expandable to 128 floors)
lCommunication method: RS485, TCP/IP.
lCommunication rate: TCP/IP communication, rate 100M. RS485: 9600/4800, 1, 1, N
lInspection method: CRC-16
lStorage event: 100,000
lSupport card: 30,000 sheets
lWorking voltage: 12VDC, 3A

lPCB Dimension: 20 (L) × 14.5 (W) cm
lWorking temperature: -20 ° C to 70 ° C
lRelative humidity: 5% to 95%
2.4 Wiring

2.5 socket define
lPIN definition：
!"#$%&'
(%)#*+,&+"- '
.%/0*$ '

1&2%*-%&'
1&2%*-%&'
3453446'070,&+8%'
.!9:; '
<"'.!9:;'7%8+#% '
#=)&"/+>%7'
.!9:;'.%07%* '
.!9:;'.%07%* '
!"#$%&'(')*'%+'$,)"-%.&!/!(!# %
01234%(5&6%&'56'&%
.!9:; '
<" '' ?@ A 60+- '' @" //=- +#0& + "- '
7!" "' (/ %% / ! %% (! 8. 9/ '& %% ! & %% 01 234 %
(!"*'&/'& %
B@5@C65BC '
C=&,=&'
@"--%# & '' &" '' DE" "* '' F =&&" - '
GB'3HH34 '
G-,=& '' 3I '' & " '' 34I A'
GB3IHHH60+-&%-0-#%'
)J+&#2K '
GBLI HHH M+* % '' NE 0*/ K '
GBOI HHH @0- #%E '' D+*% '' N E 0*/ K'
GB34IHHHP+)+&' /"7% '
Q+%R0-7'
Q+%R0-7'*%07%*'
?"J%*A'S3LP5TB( '
3LP(@A?"J%* '
lRelay output termination method
With 16 relay passive outputs (control elevator button with normally closed end), NC1,
COM1, NO1 (normally closed, common, normally open)... NC16, COM1, NO16 are relay output
ports, elevator control panel LPU8110 and elevator panel buttons Connection method (as an
example, only the second layer of the button connection on the panel is listed, and the other floors
are connected in the same way).
The elevator panel buttons before changed:
lCommunication input interface
2 kinds of communication input interfaces, one is 100M TCP/IP, which can directly access
the controller through the Internet; the other is RS485, the longest communication distance under
the twisted pair shielded wire can reach 1200 meters.
1. TCP/IP
When using the TCP/IP connection method, you can directly connect the controller to a PC
or network switch, such as a straight line or crossover cable.

When connecting by TCP/IP, pay attention to configuring the SW2 DIP switch. DP1 and
DP2 are defined as follows:
Switch
State
Function Description
DIP 1
OFF
Write protect
ON
Configurable, writable
DIP 2
OFF
Normal
ON
Force the IP of converter to default IP 10.1.1.10
2. RS485
When using RS485 communication, it can be used with FSC8105 group controller at the
same time. FS8105 communication output terminal 485+, 485- is connected with LPU8110
communication input terminal 485+, 485- respectively. The specific wiring diagram is as follows:
lProgrammable input interface
GB'B"U'
(%)#*+,&+"- '
.%/0*$ '
GB' 3'
60+-&%-0-#%'!J+&#2'
Q2%- '') 2"*& '' #+* #=+& %7V '' & 2%'
%E%80&"* '' * % &=* -) '' & " '' &2 %'
W"=& '' " D '' #" -&*" EW '') &0&% V'
0-7'X"='#0-' ,*%))'&2%'
F=&&"- ' J +&2" =& ')J+ ,+-R ' & 2% '
#0*7U '
GB' L'
M+*%'NE0*/A'
C-#% '' + -,=& V '' &2 % '' %E %80& " *'
*%&=*-)'&"'&2%'W"=&'"D'
#"-&*"EW')&0&%V'X"='#0-'
,*%))'' &2% '' F=&& "- '' J +&2" = & '
)J+,+-R'&2%'#0*7U '
GB' O'
(+)0FE%'M+*%'NE0*/'
C-#% '' + -,=& V '' &2 % '' %E %80& " *'
*%&=*-)'&"'&2%'W-"*/0E'
#"-&*"EW')&0&%V'
X"='-%%7'
&" ' )J+,% ' & 2% ' #0* 7 ' &" ',*%))'
GB' 9HHY '
.%)%*8 %7V '' #=)& "/%* H 7%D + -%7 '
#=)&"/%*H7%D+-%7'+- '
!,2+-Z'

GB'34'
P+)+&"*' /"7%'
!2"*&'#+*#=+&V')J+,%V '
)%E%#&'W/=&=0E'0##%))'

1 2 3 4 5 6 7 8
!
!
!"#$%
DE""*W '
With 10 channels of arbitrarily programmable input points, the system defaults to 4 groups
for fixed functions as follows:
1. A set of maintenance switch inputs (IN1): All floors can pass when the maintenance
switch has a signal, until the maintenance switch signal disappears and the controller returns
to normal operation.
2. A set of fire switch trigger input (IN2): When the fire switch is triggered, all floors can
pass until the fire switch is triggered or the controller is reset to resume normal operation.
3. A group cancels the fire switch trigger input (IN3): When the fire switch is canceled, the
controller returns to normal operation.
4. A group of visitor mode selector switch (IN10): Press the button connected to the
LPU8110 board IN10 and then swipe the card to the guest mode. After swiping the card,
press all authorized floors. If you do not press this button to swipe, it is in normal mode (ie,
home mode). The system actively opens the only self-occupied floor (the self-occupied floor
number is set in the PC software)
2.6 DIP Switch
lSwitch S1（Unit ID）
The DIP switch S1 has a total of 8 bits. The first 1 to 7 bits are the address of the DIP switch,
and the DIP8 is the initialization switch. Power off or pressing the reset button will cause the
parameter to initialize.
(G?'!J+&#2'
(%)#*+,&+"- '
.%/0*$ '
(G?' 3HH['
\-+& '' G ( '
0 1 2 3
M = N*2 + N*2 + N*2 + N*2 +
4 5 6
N*2 + N*2 + N*2 !N=0 or 1
(G?':'
*%)%&] '
CMM HH ( %D0= E&'
CB HH '' . %)%& '
@E%0*'70&0V'
+-+&+0E+>0&+"-
'
Figure 2-1-5 DIP Switch 1
DIP
1
2
3
4
5
6
7
8

ID
1
ON
STATUS
RESET
2
ON
ON
COLD
3
ON
ON
^^^ '
^^ '
^^^ '
^^^ '
^^^ '
^^^ '
^^^ '
^^^ '
OFF
HOT
127
ON
ON
ON
ON
ON
ON
ON
lSwitch S2（Function）
S2 or Dip Switch 2 is the 2nd dip switch on the controllers, The functions for Dip Switch 2
are below:
Switch
State
Description
DIP 1
OFF
Write protect
ON
Configurable, writable
DIP 2
OFF
Normal
ON
Force the IP of converter to default IP 10.1.1.10
DIP 3
OFF
ON
DIP 4
OFF
TCP/IP
ON
RS485 communication, or offline mode (TCP/IP is not
available in this mode)
DIP 5
OFF
6611K Clock synchronization, no RS485 card reader
enabled
ON
enabled RS485 card reader
DIP 6
OFF
ON
DIP 7
OFF
Disable Supervisor four-state detection
ON
Enable Supervisor four-state detection
DIP 8
OFF
Disable WDT
ON
Enable WDT

Chapter3 Elevator Expand Controller Board
3.1 Overview
The elevator control expansion board is used with the
LCM16-IP elevator controller to expand the number of
elevator control floors. Each additional elevator control
expansion board can increase the number of elevator control
levels of 16 floors.
3.2 Features
lELEVATOR CONTROL EXPAND BOARDS cannot be used independently and
can only be used together with LCM16-IP
lEach expansion board can control 16-floors
lRelay output: 32 groups
lCheck in through the LCM16-IP
lThe relay of the expansion board can be directly controlled by the LCM16-IP
lThe status of each point is the same as the relay of the motherboard LCM16-IP
3.3 Specification
lExtended floor: 16 floors
lPCB Dimension: 14 (L) × 10 (W) cm
lWorking voltage: 12VDC, 3A
lWorking temperature: -20 ° C to 70 ° C
lRelative humidity: 5% to 95%.

D2 D1
D3
D2 D1
D4
D3
D2 D1
L
E
D
2
7
D4
D2
D1
D3
D2
D4
D3
3.4 wiring
8# 9#
7# 10#
6# 11#
5# 12#
4# 13#
3# 14#
2# 15#
1# 16#
3.5 socket define
lRelay output interface
32 relay passive outputs_'
NC1ACOM1 … NC16ANO16ACOM16
lExpansion board diagnostic interface
2Pin expansion board interface
INPUT is the power/signal input, OUTPUT is the expansion board power/signal output
lExpansion board extended interface
Ex1...7 is the extension position selection end of the expansion board (short connection is
valid), Ex1 is 17...32 layers, Ex2 is 33...48 layers... and so on, up to 7 ELEVATOR CONTROL
EXPAND BOARDS can be extended, each expansion board can Control 16 layers.
CS1...7 is the signal control end of the expansion board (short connection is valid), and must
correspond to Ex1 7. After this terminal is shorted, the relay of the expansion board can work.
D4
D3
D4
D4
D3
D2 D1
L
E
D
2
3
D4
D3
D2
D1
D3
D4
D1
D2
D1

Chapter 4 FLP8104
4.1 Overview
The FPU8104 floor collector combines the new building intercom technology to
develop a smart elevator management system that collects user floor signals and
elevator operating status through high-speed optocouplers, enabling visitor functions
and control and management of temporary use of temporary elevators.
The system allows the visitor to reach the tenant floor without the use of a card or
remember password without the need for a resident permit, and cannot enter other floors.
Residents still use the IC card elevator in the form of internal personnel level control:
swiping the card or entering a password. When the guest visits, the intercom system is
used to call the resident. The resident agrees that the unit door can be opened by the
intercom extension, and the elevator floor collector can also send the signal that the
guest can go to the floor. When the elevator goes down to the bottom, the guest enters the elevator.
After that, according to the authorization of the owner, press the button of the floor where the
resident lives, and then register to start the elevator, while other unauthorized floors, the visitor
cannot log in.
4.2 Features
lFloor signal collection
lElevator control status collection
lEach board can be used for 10 floors of elevators. Each additional expansion board can
add 10 floors. With the above control panel, it can efficiently manage and control 128-
story elevators.
lConnect 16 floor collectors
l1 set of relay contact output
l4 sets of extended signal input
4.3 Parameters
lCPU: 8-bit microcontroller CPU
lPower supply: 9-12VDC
lCommunication: RS485
lInspection method: CRC
lWorking temperature: -20 ° C to 70 ° C
lRelative humidity: 5% to 95%

4.4 Wiring diagram
Figure 4-1 FPU8104
4.5 Sockets
lpower
FPU8104 uses DC12V power input, and has DC5V power output
DC12V input DC5V power output
lDIP setting
The FPU8104 DIP switch consists of 8 bits, of which the first bit is used for the host and the
attached machine, the 2nd to 5th bits are used to set the host and the attached address, and the 6th
to 8th bits are reserved.