Hardware EN
CODE1282345678
HARDWARE
MA06-01-1-01
Hardware
CODE1282345678
Table of Contents
1
About this document........................................................................................................ 3
2
Hardware .......................................................................................................................... 4
2.17.1
2.17.1.1
2.17.1.2
2.17.1.3
2.17.2
2.17.2.1
2.17.2.2
2.17.2.3
2.17.3
2.17.3.1
2
KMDOT – Dot Matrix Display ...................................................................................... 34
KMDOTL............................................................................................................................................... 34
KMDOTS .............................................................................................................................................. 35
User guide ........................................................................................................................................... 36
KMTFT – TFT display .................................................................................................... 37
KMTFT4.3 ............................................................................................................................................ 37
KMTFT2.8 ............................................................................................................................................ 38
User guide ........................................................................................................................................... 39
KMARROW - Arrow display ......................................................................................... 41
User guide ........................................................................................................................................... 41
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Hardware
1
CODE1282345678
About this document
1.1 Document information
Modification no
01
02
03
04
05
06
07
Modification date
Modified by
Legal owner
KLEEMANN HELLAS S.A.
Title
Date of issue:
06/12/2022
GENIUS20 HARDWARE
Chapter
1-2
3
Language: ENG
Created by:
G. Kitsou
Version: 1.13
Approved by:
P. Garoufalis
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Hardware
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CODE1282345678
Hardware
KMPRO - Processor board
KMPRO is the main board of the GENIUS20 controller and it essentially controls the operation of the
whole lift. Its terminals are described in the following image and table.
GENIUS20 processor board
Technical data:
Dimensions (WxHxD) = 78x210x32,2 mm (35mm in depth with plug-in terminals)
32-bit Cortex - M7 CPU, 216 MHz clock frequency
❑ Program memory 2 MB flash + 32Mbit external Flash
❑ Working memory RAM 512kB, Battery backup (SRAM 4 kB + external 128 kB)
❑ Storage battery CR 1220, 3 V
❑ Parameters stored on exchangeable SD card
❑ Parameters loadable via USB port
❑ Diagnostic LEDs
❑ Supports 4 different communication ports:
❑
❑




Group connection,
COM-server connection,
DCP,
CANOpen.
Drive monitoring (PTC, maximum pressure, minimum pressure, controller fault, brake
contacts)
❑ Functions for emergency call system
❑
4
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LED displays and buttons
RST
LED8
LED1
LED7
LED6
LED5
LED4
LED 1: Supply
All voltages levels: available (on)
LED 8: Processors:
ST1 – ST3 - Processor 1 statuses
LED 2: GENIUS20 CBUS:
CBUS – Car bus active (enable/data flashing)
RST button:
KMPRO reset button
LED3
LED2
LED 3: GENIUS20 LBUS:
LBUS – Landing bus active (enable/data
flashing)
LED 4: Selection signals:
SUZ = Ζone magnetic switch
LED 5: Recall activation
RDN = recall down movement
RUP = recall up movement
REC = recall mode
LED 6 – LED 7: Processors:
ST5 – ST4 - Processor 2 statuses
5
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Block
Terminal
IO
X1
X2
X3
X4
X5
X6
XK1
XK2
XK3
XK4
XK5
XK6
XK7
XK8
XK9
XK10
XK11
XK12
6
OT1
OT2
RDN
RUP
REC
CH1
CL1
SUZ
B1
A1
DCP A
DCP B
G.A
G.B
G.Y
G.Z
Lbus
Cbus
+
CH2
CL2
IO1
IO2
IO3
IO4
IO5
IO6
IO7
IO8
IO9
IO10
IO11
IO12
IO13
IO14
IO15
IO16
IO17
I
I
I
I
I
Description
Connection to KMREL board
Connection to the travelling simulator
Connection to COM server
Connection to KMSFT board
Connection to the hand terminal /KMWIFI board
USB port
Overtemperature 1 (P.49)
Overtemperature 2 (P.50)
Downwards movement in recall mode (P.47)
Upwards movement in recall mode (P.46)
Recall mode (P.45)
CAN-BUS 1
Bottom/zone magnetic switch
Absolute encoder signal / Top magnetic switch
Absolute encoder signal / Upper prefinal switch
DCP connection
Connection to the Group Board
Landing bus connections
Car bus connections (KMCTB)
24VDC supply
CAN-BUS 2
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
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XK13
XK14
XK15
XK16
7
IO18
IO19
IO20
IO21
IO22
IO23
IO24
IO25
IO26
IO27
IO28
IO29
IO30
IO31
IO32
+Bat
-Bat
AL
+EV
CH3
CL3
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Battery connection (12VDC)
I
Alarm input
Emergency supply (+12VDC)
CAN-BUS 3
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Gateway function:
In the KMPRO board there are indication LEDs that provide information of the connection between
KMGTW board and the Genius20 controller. These indications are described in the following picture.
LED displays
KMGTW Status
LED
LED display
ON
ST1
Toggle every 100ms
Toggle every 500ms
Toggle every 1sec
OFF
8
Gateway status
Normal operation.
Τhe Gateway is functional.
Τhe Gateway is busy.
KMGTW initialization status.
No signal.
The connection with the Gateway is lost.
No response from Gateway.
Check physical connection or Gateway power supply.
ST2
-
-
ST3
-
-
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KMREL - Relay board
Technical data
❑
❑
❑
❑
❑
❑
❑
❑
Dimensions (WxHxD) = 78 x 170 x 36 mm
6 safety circuit queries via opto-couplers
1 light voltage query via opto-coupler
Safety circuit
Phase monitoring
Indication possibilities without display
Relay for shaft light switching
2 freely programmable relays
GENIUS20 relay board
LED displays:
There is also a LED indication for the following, declaring whether the corresponding input/relay
has been activated or not:
❑
❑
❑
❑
❑
❑
❑
❑
L1 - Phase L1 active (LED on)
L2 - Phase L2 active (LED on)
L3 - Phase L3 active (LED on)
L4 - Light voltage L4 active (LED on)
Safety points S1-S6
Monitoring input MON
KMT, KR1, KR2, KSL and KEN relays
K5, K6 and K7 safety relays
DIL switch:
❑
9
S1 - Test of safety relays K5, K6, K7
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Relays:
❑
❑
❑
❑
❑
Block
K5, K6, K7 - Safety relays
KEN - Slow contactor activation
KSL - Shaft light relay
KMT - Mute safety relays
KR1-KR2 - Freely programmable relays (24VDC, 1 change-over)
Terminal
IO
X1
XK1
XK2
XK3
XK4
XK5
XK6
10
Description
Connection to KMPRO
N1
L1
L2
L3
N2
L4
NO
C
NC
NO
C
NC
NO
C
OD
NOUT
EN
S1
S2
Phase monitoring
Single phase circuit (Lighting)
O
Freely programmable relay KR1
O
O
Freely programmable relay KR2
O
O
O
I
I
I
S3
I
S4
I
S5
I
S6
I
MON
NIN
I
I
Shaft light connection (6A)
Shaft voltage input
Moving with open doors (Relevelling or door preopening function)
Neutral output connection (main contactors)
Slow contactor activation
1st feedback point of the safety chain
2nd feedback point of the safety chain
Intermediate feedback point of car door contacts (in case of EN 81-20
and two doors with common opening)
3rd feedback point of the safety chain (Car Door Contacts)
Intermediate feedback point of landing door locks (in case of EN 81-20
and two doors with common opening)
4th feedback point of the safety chain (Landing Door Locks) – End of
safety chain
Monitoring input
Incoming neutral connection
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TFT colour touch display
Technical data
❑
❑
❑
❑
❑
❑
TFT touch 4.3”
72 MHz CPU frequency
512 kB FLASH program memory
64 kB SRAM working memory
RS485 interface, 10-pole ribbon cable connector or optionally 8-pole modular jack
Dimensions (WxHxD) = 92 x 150 x 10 mm
The TFT colour touch display serves for operation, programming, error analysis as well as direction
and position indication for emergency rescue.
GENIUS20 hand terminal
For more information regarding GENIUS20 hand terminal, refer to the GENIUS20 Menu issue.
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KMCTB – Car Top Revision Board
KMCTB is placed inside the car top revision box. It communicates with the main board via BUS and it
is used for the connection of all functional elements which are installed in the car such as the door(s)
operator(s), the emergency call system, the load control device, the arrival gong device etc. The
board terminals are described in the following table.
GENIUS20 Car Top Revision Board
Block
XK1
XK2
XK3
XK4
XK5
12
Terminal
IO
FL
OVL
+
KE2/C
KE2/NO
KS2/C
KS2/NO
OB2
KE1/C
KE1/NO
KS1/C
KS1/NO
OB1
AL
ES
IDN
IUP
INS
DT2
I
I
Description
Full load (C.48.1)
Overload (C.48.2)
24VDC
Door open signal during evacuation (Rear Door) (C.50.1)
Door nudging (Rear Door) (C.50.2)
I
Obstruction (Rear Door) (C.50.3)
Door open signal during evacuation (Front Door) (C.49.1)
Door nudging (Front Door) (C.49.2)
I
I
I
I
I
I
I
Obstruction (Front Door) (C.49.3)
Alarm signal
Emergency Stop (C.48.3)
Inspection mode – Downwards movement (C.48.4)
Inspection mode – Upwards movement (C.48.5)
Inspection mode activation (C.48.6)
Common voltage for XK4:1-5.
Door Motor Overtemperature (Rear Door) (C.50.4)
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Block
XK6
XK8
XK9
XK10
XK11
XK12
XK13
13
Terminal
IO
CL2
OL2
DC2
+
DO2
DT1
CL1
OL1
DC1
+
DO1
+
S
L4
KFN
KCL
IO1
IO2
IO3
IO4
IO5
IO6
IO7
IO8
+EV
AL
S
+
+EV
AL
S
+
AL
+EV
I
I
O
O
I
I
I
O
O
Description
Close limit switch (Rear Door) (C.50.5)
Open limit switch (Rear Door) (C.50.6)
Common voltage for XK5:1-3 and XK2:5
Door Close signal (Rear Door) (C.50.7)
+24VDC
Door Open signal (Rear Door) (C.50.8)
Door Motor Overtemperature (Front Door) (C.49.4)
Close limit switch (Front Door) (C.49.5)
Open limit switch (Front Door) (C.49.6)
Common voltage for XK6:1-3 and XK3 :5
Door Close signal (Front Door) (C.49.7)
+24VDC
Door Open signal (Front Door) (C.49.8)
BUS connection to the controller board (KMPRO)
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I
Lighting circuit phase
Car Fan (NO contact) (C.48.7)
Car Light (NO contact) (C.48.8)
Freely programmable input/output (C.51.1)
Freely programmable input/output (C.51.2)
Freely programmable input/output (C.51.3)
Freely programmable input/output (C.51.4)
Freely programmable input/output (C.51.5)
Freely programmable input/output (C.51.6)
Freely programmable input/output (C.51.7)
Freely programmable input/output (C.51.8)
+12VDC
Alarm signal (COP A)
BUS connection to the 1st COP board (KMCOP)
I
+12VDC
Alarm signal (COP B)
BUS connection to the 2nd COP board (KMCOP)
O
Alarm signal
12VDC
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KMCOP – Car Operating Panel Board
KMCOP is the main board of the Car Operating Panel (COP). It is connected via BUS cable and is
interconnected to the Car Operating Panel extension board (KMCOPXTB). The board connections are
described in the following table.
GENIUS20 Car Operating Panel Board
Block
XK1
XK2
XK3
XK4
XK5
14
Terminal
+EV
AL
S
+
NC
C
S
+
S
+
IO1
IO2
IO3
IO4
IO5
IO6
IO7
IO
O
Description
+12VDC
Alarm signal
Bus connection to the Car Top Revision Box (KMCTB)
Alarm filtering (NO contact) (C54.5)
Bus connection to the voice unit
Bus connection to the COP display
I/O
I/O
I/O
I/O
I/O
I/O
I/O
Freely programmable input/output (C53.1)
Freely programmable input/output (C53.2)
Freely programmable input/output (C53.3)
Freely programmable input/output (C53.4)
Freely programmable input/output (C53.5)
Freely programmable input/output (C53.6)
Freely programmable input/output (C53.7)
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IO8
I/O
Freely programmable input/output (C53.8)
The connectors for the COP buttons are described in the following table. For each connector, there is
a respective LED on the board, displaying its status. If the LED is on, it means that the respective I/O
is activated.
Connector
J1
J2
J3
J4
J5
J6
J7
J8
J9
J10
J11
J12
J13
15
Pin
+
IO1
+
IO2
+
IO3
+
IO4
+
IO5
+
IO6
+
IO7
+
IO8
+
DO1
+
DC1
+
DO2
+
DC2
+EV
AL
IO
Description
24VDC button supply
I/O
Call button (C.55.1 / C.59.1)
24VDC button supply
I/O
Call button (C.55.2 / C.59.2)
24VDC button supply
I/O
Call button (C.55.3 / C.59.3)
24VDC button supply
I/O
Call button (C.55.4 / C.59.4)
24VDC button supply
I/O
Call button (C.55.5 / C.59.5)
24VDC button supply
I/O
Call button (C.55.6 / C.59.6)
24VDC button supply
I/O
Call button (C.55.7 / C.59.7)
24VDC button supply
I/O
Call button (C.55.8 / C.59.8)
24VDC button supply
I/O
Door Open button (Front Door) (C.54.1)
24VDC button supply
I/O
Door Close button (Front Door) (C.54.2)
24VDC button supply
I/O
Door Open button (Rear Door) (C.54.3)
24VDC button supply
I/O
Door Close button (Rear Door) (C.54.4)
12VDC button supply
I/O
Alarm button
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Addressing
In case of two car operating panels, the second KMCOP receives the address 59 in car bus. To change
the address of KMCOP from 55 to 59 the following jumper should be short circuited.
17
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KMCOPXTB – Car Operating Panel External Board
KMCOPXT B is the extension board of the Car Operating Panel board (KMCOP). It is interconnected to
the Car Operating Panel board (KMCOP) via bus cable. The board connections are described in the
following table.
GENIUS20 KMCOPXTB
The connectors for the COP buttons are described in the following table. For each connector, there is
a respective LED on the board, displaying its status. If the LED is on, it means that the respective I/O
is activated.
Connector
XK1
J1
J2
J3
J4
J5
J6
J7
J8
18
Pin
+
S
+
IO1
+
IO2
+
IO3
+
IO4
+
IO5
+
IO6
+
IO7
+
IO
Description
Bus connection with KMCOP
24VDC button supply
I/O
Call button
24VDC button supply
I/O
Call button
24VDC button supply
I/O
Call button
24VDC button supply
I/O
Call button
24VDC button supply
I/O
Call button
24VDC button supply
I/O
Call button
24VDC button supply
I/O
Call button
24VDC button supply
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IO8
I/O
Call button
Addressing
Car bus addresses: 56– 62
JP1- JP4 are used for addressing of KMCOPXTB.
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KMBUS4 – Bus module
The KMBUS4 bus module provides 4 electronic inputs/outputs of 24V in npn design. 64 KMBUS4
modules each can be connected to car bus and landing bus. The KMBUS4 can be installed in the shaft
or in the cabin. In general, the GENIUS20 bus consists of two lines for power supply to the modules
and one line for the signals.
Structure and functions:
❑
❑
❑
❑
❑
4 freely programmable inputs/outputs,
4 I/O status LEDs of inputs/outputs,
Buzzer,
1 LED for the operating mode indication.
LED flashes: KMBUS4 is OK.
The jumpers JP1 - JP32 are used for addressing (0 - 63).
GENIUS20 Bus module
Block
XK1
XK2
Terminal
+
S
+
IO1
IO2
IO3
IO4
IO
Description
BUS connection
24VDC supply
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Addressing
Normally the following address ranges are used to address the KMBUS4.
Landing bus addresses:
0 – 63: address range for landing modules.
Car bus addresses:
0 – 47: address range for landing modules of door side 2 (in case of selective external door control).
48-63: address range for modules in the lift car.
20
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KMBUS8 – Bus module
The KMBUS8 bus module provides 8 electronic inputs/outputs of 24V in npn design. 64 KMBUS8
modules each can be connected to car bus and landing bus. The KMBUS8 can be installed in the shaft
or in the cabin. In general, the GENIUS20 bus consists of two lines for power supply to the modules
and one line for the signals.
Structure and functions:
❑
❑
❑
❑
❑
❑
8 freely programmable inputs/outputs,
8 I/O status LEDs of inputs/outputs,
Buzzer,
1 LED for the power supply indication.
LED flashes: KMBUS8 is under power supply.
1 LED for the operating mode indication.
LED flashes: KMBUS8 is OK.
The jumpers JP1 – JP32 are used for addressing (0 - 63).
GENIUS20 Bus module
Block
XK1
XK2
XK3
21
Terminal
IO1
IO2
IO3
IO4
+
IO5
IO6
IO7
IO8
+
S
-
IO
Description
Common voltage
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
24VDC supply
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
BUS connection
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KMSFT board
The KMSFT board is used to support GENIUS20 lock function. It is connected to the processor board
(KMPRO) through X1 terminal.
GENIUS20 KMSFT board
Structure and functions:
❑
❑
❑
22
X1 terminal for connection to KMPRO board.
1 LED for the power supply indication.
LED flashes: is under power supply.
1 LED for the power supply indication.
LED flashes: connection to KMPRO board is established.
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KMWIFI – WIFI board
KMWIFI board can be installed in the controller’s cabinet to create a wireless network for the
connection of Genius App. The KMWIFI board is provided by Kleemann to support the Genius App on
request. For more information regarding Genius20 App, refer to the Genius App manual.
GENIUS20 KMWIFI board
Structure and functions:
❑
❑
❑
RJ45 port: Connection to KMPRO board via ethernet cable,
Connected antenna for network’s scope,
1 LED (PWR) for the power supply indication.
LED on: KMWIFI is under power supply.
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KMGTW - IoT gateway board
KMGTW board is the gateway that is used for the data transmission to Kleemann IoT platform.
Below, you can find more information regarding the technical data of the board.
GENIUS20 KMGTW board
Technical data:
❑
❑
❑
Block
XK1
XK2
XK3
XK4
XK5
24
Dimensions: (WxH) 72mm x 140mm
Diagnostic LEDs
Fuse (F1) for overcurrent protection
Terminal
0V
24V
9V
C0V
IN1
ALF
EOA
C24
O1
O2
O3
CH
CL
B
A
IO
I
I
I
O
O
O
Description
Input 0V
Input 24V
Output 9V
Common 0V
Freely programmable input
Alarm filtering input
End of alarm
Common 24V
Freely programmable output
Freely programmable output
Freely programmable output
CAN-BUS
RS485 HI
RS485 LOW
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LED Displays
LED PWR:
LED on: KMGTW is under power supply
LED B_ERROR:
LED on: KMGTW stopped functioning because the
battery level has dropped below a certain limit.
LED B_CHR:
LED on: Battery is charging.
LED CLOUD:
LED blinking rate (within 1 minute upon power on):
Fast: Mobile carrier signal is absent
Slow: Weak signal
LED indication (after 1 minute upon power on):
LED on: The connection to Kleemann IoT platform is
active.
LED COP: COP alive
LED on: KMGTW communication with the
KMALM in COP is active.
LED 4G: 4G activity
LED on: Connection to 4G network / sending data.
LED ALM: Alarm on
LED on: Alarm is activated
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Terminal resistor for CAN-BUS
The terminal resistor that is highlighted in the picture above should always be activated in KMGTW
through the corresponding jumper.
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KMALM – Alarm modules
The KMALM board serves as the alarm module of the Genius Safety Line system. The several KMALM
PCBs communicate to each other and to KMGTW via RS485. Below, you can find more information
regarding the technical data of the board.
GENIUS20 KMALM top view
GENIUS20 KMALM bottom view
Technical data:
❑
❑
❑
❑
❑
Block
XK1
XK2
27
Dimensions: (WxH) 55mm x 100mm
1 communication port: RS-485
Diagnostic LEDs
Built-in alarm button, microphone and speaker
Fuse (F1) for overcurrent protection
Terminal
9Vdc
0V
A
B
9Vdc
IO
Description
9Vdc
0V
RS485 LOW
RS485 HI
9Vdc
MA06-01-1-01
Hardware
CODE1282345678
Block
XK3
XK4
XK5
XK6
Terminal
0V
A
B
IN1
0V
AL1
AL2
YL
GN
IL1
IL2
IO
I
Ι
O
O
O
O
Description
0V
RS485 LOW
RS485 HI
Freely programmable input/output
Common 0V
Alarm Button
Common 0V
Yellow LED (pictogram)
Green LED (pictogram)
Induction Loop
Jumpers connection:
Depending on the location of each KMALM board, there is a different connection of Jumpers as
depicted in the following images. One Jumper is used for the address of each board (ADDR) and it is
bridged in the cases where KMALM is located under the Car and on the Car top. It is not used on the
KMALM located on Car Operating Panel (COP).
Furthermore, for the activation of terminal resistor (TERM) there is a connection with a second Jumper
in the KMALM board located under the Car as depicted in the following picture.
All the above cases are presented in the following photos.
KMALM under the Car
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Hardware
CODE1282345678
KMALM on Car top
KMALM on Car Operating Panel (COP)
NOTE
In Maison100 case there is only one KMALM board located on Car Operating
Panel (COP), in which the terminal resistor is activated from a Jumper in TERM
location.
LED displays:
LED PWR:
LED on (red): The KMALM board is under
power supply.
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LED ACT:
LED on (green): The connection of KMALM board
with the Gateway is active.
MA06-01-1-01
Hardware
CODE1282345678
KMGROUP – Group board
KMGROUP board is used in case of installations with group lifts for the connection of lifts’ controllers.
In KMGROUP can be connected up to 8 lifts. The connection with each KMPRO board is achieved
through RS-422 ports (8 ports in total, 1 for each lift).
Structure and functions:
❑
❑
❑
❑
❑
S1: Reset button,
Buzzer,
Micro SD card slot,
USB stick port,
Port for the connection of GENIUS20 Hand terminal for the configuration or check of
parameters for Group lifts.
GENIUS20 Group board
Block
Terminal
XK1 -XK8
+V
Y
Z
A
B
GND
XK9
XK10
30
IO1
IO2
IO3
IO4
IO5
IO6
IO7
IO8
IO
Description
Communication ports for connection with KMPRO board of each lift
of the group
CAN bus connection port
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
MA06-01-1-01
Hardware
CODE1282345678
KMVOC – Voice announcement board
KMVOC board is used for the voice announcement of floors and can be installed either on COP or
Revision.
GENIUS20 KMVOC board
Structure and functions:
❑
❑
❑
❑
31
XK1: Bus connection,
SP: Speaker’s connection,
VOL: Volume adjustment,
Micro SD card slot for the loading of the floor announcements.
MA06-01-1-01
Hardware
CODE1282345678
KMAD – Bus cable adaptοr
KMAD adaptοr is used for the branch of Bus Cable to each Landing Operating Panel or Hall Lantern.
The number of KMAD adapters per landing varies depending on the number of LOPs and Hall
Lanterns.
GENIUS20 KMAD
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Hardware
CODE1282345678
KMCANB – CANBus adaptοr
KMCANB is the connection point between all bus modules, either in the shaft or in the car, and the
main controller. KMCANB gathers all necessary information from peripheral modules via Genius bus
and transmits it to KMPRO via CANBUS. This solution is mainly used in cases with large travel distance,
in order to overcome the existing limitations in the bus system.
GENIUS20 KMCANB board
Structure and functions:
❑
❑
SW1: Address dip switches
JP1,2 : Terminal resistor jumpers
The board terminals are described in the following table:
Block
XK1
XK2
XK3
33
Terminal
+
CH
CL
CBUS
LBUS
IO
Description
24VDC supply
CAN bus connection (Can High)
CAN bus connection (Can Low)
Genius Bus connection to the landing bus system
Genius Bus connection to the car bus system
MA06-01-1-01
Hardware
CODE1282345678
Displays
2.17.1 KMDOT – Dot Matrix Display
The KMDOTL is a Dot Matrix Display that may be installed in the Car Operating Panel or in the Hall
Lantern.
GENIUS20 Dot Matrix Display
Block
XK1
XK2
34
Terminal
+
S
+
IO1
IO2
IO3
IO4
IO
Description
BUS connection
24VDC supply
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
MA06-01-1-01
Hardware
CODE1282345678
KMDOTS is a Dot-Matrix Display that may be installed in the Landing Operating Panel or in the Hall
Lantern.
GENIUS20 Dot Matrix Display
Block
XK1
XK2
35
Terminal
+
S
+
IO1
IO2
IO3
IO4
IO
Description
BUS connection
24VDC supply
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
MA06-01-1-01
Hardware
CODE1282345678
KMDOT display can be installed with either vertical or horizontal orientation. To change the orientation
of the display, short-circuit H/V Jumper (Horizontal/ Vertical). Specifically, when the jumper is shortcircuited the orientation is vertical and when it’s not short-circuited the orientation is horizontal.
Every KMDOT Display can receive an address in the correspondent bus. By short-circuiting Jumper
JPP display’s software version and address appear. In order to change display’s address, use IO1
and ΙΟ2 as described below.
36
❑
ΙΟ1: Increase the address by tens,
❑
ΙΟ2: Increase the address by unit.
MA06-01-1-01
Hardware
CODE1282345678
2.17.2 KMTFT – TFT display
KMTFT4.3 is a TFT display that may be installed in the Car Operating Panel or in the Hall Lantern. The
display has a Micro SD card slot for loading the parameters that are set to be displayed.
GENIUS20 TFT 4.3’’ Display
Block
XK1
XK2
37
Terminal
+
S
+
IO1
IO2
IO3
IO4
IO
Description
BUS connection
24VDC supply
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
MA06-01-1-01
Hardware
CODE1282345678
KMTFT2.8 is a TFT display that may be installed in the Landing Operating Panel or in the Hall Lantern.
The display has a Micro SD card slot for loading the parameters that are set to be displayed.
GENIUS20 TFT 2.8’’ Display
Block
XK1
XK2
38
Terminal
+
S
+
IO1
IO2
IO3
IO4
IO
Description
BUS connection
24VDC supply
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
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Hardware
CODE1282345678
In order to be able to modify the Display Settings it’s necessary to enter the display’s menu. To enter
the menu, follow the steps below:
❑
Short-circuit TA Jumper,
❑
Touch TFT display on its lower right side.
In this way, TFT display’s menu opens and the following picture appears on screen. Navigation is
now available.
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Display’s menu contains various settings including address modification (0-63), switch of display’s
orientation (Vertical /Horizontal). In order to change those and various other settings, enter the
General menu.
To change the orientation of the display, change the status of the parameter mentioned below.
To modify the address of the display, enter the desired address in the parameter mentioned below
and choose whether the display is going to be used in COP or LOP.
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Hardware
CODE1282345678
2.17.3 KMARROW - Arrow display
KMARROW is an arrow display that can be installed in the Landing Operating Panel in combination
with 2 call buttons. Display is used in order to show the direction of lift.
GENIUS20 Arrow Display
Block
XK1
XK2
Terminal
+
S
+
IO1
IO2
IO3
IO4
IO
Description
BUS connection
24VDC supply
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
Freely programmable input/output
To change the address of KMARROW display use the Jumpers 1-32 to set the desired address (0-63).
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