20201021171429542954

Manual of GAA21750AK3 elevator service tool
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——————————————————————
Mechanical Design
2
Mechanical Design
The mechanical design of the Service Tool is shown in Flgure 21.
The Service Tool consists of two rows display with 16 columns
each
And a keyboard with 16 keys.
The Tool is connected to the LCB_II over a RS 422 serial communication line.
MCS-LCB_II 调试方法
MCS-LCB_II
Service Tool Manual
Main Level Keys
————————————
M - MODULE
F - FUNCTION
S - SET
LCB II – Menu
System=1 Tools=2
Shift Keys
№.
M
F
S
7
8
9
7
7
7
4
5
6
7
7
7
1
2
3
7
7
7
0
GO
clea
7
7
7
0
1
2
3
-
OFF
ON
UP
DOWN
4
5
6
7
8
9
-
DISP IN
SEL OUT
DISP STATE
ENT CALL
TEST
ENTER
GO BACK
Shift key
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Short
Keys
-S4
-S5
-S6
-S7
-S8
-S9
Hex
Keys
-A
-B
-C
-D
-E
-F
3
——————————————————————
3
Tree Structure
Tree Structure
All Service tool functions are organized under the tree –structure – structure
Which you can see in Figure 3-1.
It is divided in a SYSTEM path ,where you have access to the main service
Tool functions – STATUS (system monitoring)
- TEST (event monitoring tests) and
- SETUP(setup of system environment),and in a TOOLS path.
The TOOLS pass contains the Service Tool functions which supports installation and maintenance of the
elevator.
LCB_II - Menu
SYSTEM - Menu
STATUS - Menu
TEST - Menu
TOOLS - Menu
SETUP - Menu
Search IO
Calls
Event
Install
Erase IO
Inputs
Diagnosis
RSL
Setup INST
Outputs
Part
Allowed
Opr.Memory
Group
RSL
POS
ICSS
Selftest
DCS Run
Cmd
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ELD
4
——————————————————————
4 LCB_II Menu System
Menu System
4.1 OVERVIEW
The Menu System allows you to access the single Server Tool functions if you choosethe
right path through the Tree-Structure by pressing the displayed key.(number 1,2,3… 8)
If there is only one number to choose .you can call the function also with the Shift Key
‘ENTER’.
You can toggle between the different Menus using the „GO ON‟ or „GO BACK‟ key if
the „>‟character indicates a hidden menu.
The „CLEAN‟ key lets you jump one step back.
If you want to jump back to the one of the three Main Level of the
architecture,(MONITOR, FUNCTION or SET) you can do it with the „M‟,‟F‟ or „S‟ Main
Level Key.
The LCB_II Menu System is shown in Figure 4 – 1.
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Power on
SELF TEST
- OK - MECS - MODE
M
M
LCB_II - Menu
System=1
Tools=2
1
F
2
SYSTEM – Menu >
Status = 1
Test= 2
TOOLS – Menu >
1 = Search IO
SYSTEM – Menu >
Setup = 3
TOOLS – Menu >
2 = Erase IO
TOOLS – Menu >
3 = Setup INST
1
S
2
STATUS – Menu >
Calls = 1
Input = 2
TOOLS – Menu >
9 = Opr.Memory
3
SETUP – Menu >
Install =1 RSL = 2
TEST – Menu >
Events = 1 Diag = 2
STATUS – Menu >
Output = 3 Group = 4
TEST – Menu >
Part = 3 RSL = 4
STATUS – Menu >
ICSS = 5 Cmd = 6
SETUP – Menu >
Allowed = 3 POS = 4
SETUP – Menu >
DCS – RUN = 5 ELD=6
TEST – Menu >
Selft = 5
1
INSTALL – Menu >
01
System
2
Allowed – Menu >
01 Enable
Allowed – Menu >
02 Cut Call
Allowed – Menu >
03 Card_Rd
Figure 4 – 1 :Menu System
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4.1.1 System Path
M
LCB_II - Menu
1
F
2
System - Menu
2
1
S
Status - Menu
1
Calls
2
Input
3
Output
4
Group
5
ICSS
6
Cmd
(31)
(33)
(34)
(35)
(36)
1
Event
2
Diagnosis
3
Part
4
RSL
5
Self test
System - Menu
(16)
(38)
(40)
(42)
(43)
(44)
(36a)
Setup - Menu
(37)
1
Install - Menu
1
System
2
OCSS
3
Group
4
Drive
5
Doors
6
Position Ref.
7
Cargo
8
Emergency
9
Security
Go on
(转下页)
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(61)
3
Test - Menu
(37)
(28)
(15)
Test
(47)
2
RSL
3
Allowed - Menu
Legend:
1
(50)
1
Enable
2
Cut Call
3
Card Reader
Service Tool Key.
Menu System
Function
4
POS
5
DCS Run
6
ELD
(56)
(58)
(16) Page Number
Figure 4 – 2:System Path Overview
4.1.2
(60)
Tools Path
M
LCB_II - Menu
1
F
System - Menu
2
Tools - Menu
(61)
1
Search IO
2
Erase
3
Setup INST
4
Opr. Memory
S
Legend:
1
Service Tool Key
Function
Menu System
(16) Page Number
Figure 4 – 3:Tools Path Overview.
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(52)
4.2 LCB_II – Menus
4.2.1 Power On
SELF TEST
- OK – MECS - MODE
M
Figure 4 – 4 : Power On Display / Keys
4.2.2 LCB_II - Menu
After Power On the Service Tool software runs an internal selftest.
The display shown in figure 4 – 4 indicates a synchronized communication
with the LCB_II and a successful selftest.
The Service Tool is in operation now.
M
-
Key MODULE:
Transition to the LCB_II – Menu.
LCB_II – Menu
System=1 Tools=2
Key Sequence
M
1
LCB_II - Menu
System=1
Tools=2
2
Go
on
Figure 4 - 5
LCB_II – Menu / Keys
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2
1
M
1
Key 1: transition to the SYSTEM – Menu
Key2 : transition to the TOOLS – Menu
2
2
shift Key UP :display the current
<toggle key> Controller Type
and Drive Type.
(UP)
Go
on
Go
on
(GO BACK)
1
(ON)
M
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Key GO ON :displays the current
<toggle key> stop signal(s)
LCB_II – Menu
MCS120 Sol.V >
LCB_II – Menu
Stop on : U / DIS
(see document : Service Tool
reference List / Info Messages)
Shift key ON: displays the current
state of the
programmable
Short Key S9
Shift key OFF: removes display
See:4.3 Short Keys
Shift key and MONITOR:
Displays the revision and date of
the Service Tool Firmware.
LCB_II – Menu
SVT – Key PROG: on
VERS:GOD616G28
6 – JUL - 1990
4.2.3
SYSTEM - Menu
M-1
Key Sequence
1
2
3
SYSTEM – Menu >
Status=1
Test=2
M
Figure 4 – 6 :SYSTEM – Menu / Keys
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1
-
Key 1: Transition to the STATUS – Menu
2
-
Key 2: Transition to the TEST – Menu
3
-
Key 3: Transition to the SETUP – Menu
M
-
Key MODULE: back to LCB_II – Menu
(level M)
clear
-
Key CLEAR: back to LCB_II – Menu
(one step back)
Clear
4.2.4 STATUS – Menu
M–1–1
Key Sequence
1
5
goon
STATUS – Menu >
Call = 1
Input = 2
goon
(go back)
M
1
6
goon
goon
-
Key1 or Key2: Call of service Tool function Calls or input.
Key3 or Key4: Call of service Tool function Output or Group.
Key5:
Call of service Tool function ICSS.
Key6:
Call of service Tool function Cmd.
-
Key GOON / Shift Key GOBACK:
Toggle through STATUS – Menu
notice: („>‟indicates Menu – Toggle)
- Key MODULE: back to LCB_II Menu
(level M)
F
- Key FUNCTION: back to SYSTEM - Menu
(level F)
- Key CLEAR: back to SYSTEM - Menu
(one step back)
clear
STATUS – Menu
>
Output = 3 Group = 4
M
clear
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F
4.2.5 TEST – Menu
Key Sequence
M–1–2
1
5
TEST – Menu
>
Events= 1
Diag=2
clear
goon
Figure 4 – 8: SETUP – Menu / Keys
1
-
5
goon
goon
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F
Key 1 or 2: Transition to the Events – or Diagnosis – Func.
Key 3 or 4: Transition to the Part – or RSL – Func.
Key 5:
Call of Selftest.
- Key GOON / Shift Key GOBACK:
Toggle though SETUP - Menu
notice: („>‟indicates Menu – Toggle)
M
- Key MODULE: back to LCB_II – Menu
(level M)
F
- Key FUNCTION: back to SYSTEM - Menu
(level F)
clear
M
- Key CLEAR: back to SYSTEM - Menu
(one step back)
TEST – Menu >
Part = 3
RSL = 4
clear
4.2.6
SETUP - Menu
Key Sequence
M–1–3
1
5
goon
goon
SETUP – Menu >
Install = 1
RSL = 2
(GOBACK)
Figure 4 – 9:SETUP – Menu / Keys
-
1
6
goon
goon
(GOBACK)
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M
F
clear
Key 1 or 2: Transition to the INSTALL – Menu or RSL – Func.
Key 3 or 4: Transition to the ALLOWED – Menu or Pos – Func.
Key 5 or 6: Call of Service Tool Function DCS – Run or ELD – Func.
- Key GOON / Shift Key GOBACK:
Toggle through SETUP - Menu
Notice: („>‟indicates Menu – Toggle)
M
- Key MODULE: back to LCB_II - Menu
(level M)
F
- Key Function: back to System - Menu
(level F)
clear
- Key CLEAR: back to System - Menu
(one step back)
SETUP – Menu >
Allowed = 3
POS = 4
4.2.7
Install - Menu
M–1–3-1
Key Sequence
1
clear
9
…
Install Menu
01 System
>
Figure 4 – 10:Install – Menu / Keys
9
…
M
F
(ENTER)
goon
goon
(GOBACK)
M
F
S
clear
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S
- Key … Key 9: Call of the Service Tool function INSTALL –SYSTEM
… Install – Security.(Please call Install – Test with Key ENTER)
- Shift Key ENTER: Call of the displayed Service Tool function.
clear
1
goon
goon
-
Key GOON / Shift Key GOBACK:
Toggle through INSTALL - Menu
notice : („>‟indicates Menu – Toggle)
- Key MODULE: back to LCB_II – Menu (level M)
- Key FUNCTION: back to SYSTEM – Menu (level F)
- Key SET: back to SETUP – Menu (level S)
- Key CLEAR: back to SETUP – Menu (one step back)
clear
4.2.8
ALLOWED – Menu
M–1–3-3
Key sequence
1
clear
3
ALLOWED – Menu
01 Enable
(ENTER)
>
goon
goon
(GOBACK)
Figure 4 – 11: ALLOWED – Menu / Keys
1
clear
3
…
F
goon
- Key GOON / Shift Key GOBACK:
Toggle through ALLOWED - Menu
M
- Key MODULE: back to LCB_II – Menu (level M)
F
- Key FUNCTION: back to SYSTEM – Menu (level F)
S
- Key SET: back to SETUP _Menu (level S)
clear
S
- Key 1: Call of the Service Tool function Allowed - Enable
… Key 3: …or the other 2 function of the ALLOWED - Menu
- Shift Key ENTER: Call of the display Service Tool function
(ENTER)
goon
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M
- Key CLEAR: back to SETUP_ Menu (one step back)
clear
4.2.9
TOOLS – Menu
M-2
Key sequence
1
clear
9
TOOLS – Menu
1= Search IO
(ENTER)
>
goon
M
goon
clear
(GOBACK)
Figure 4 – 12:TOOLS – Menu / Keys
- Key 1: Call of Service Tool function Search IO.
- Key 2,3 or 9: Call function Erase IO, SETUP INST or Opr. Memory
1
9
…
clear
- Shift Key ENTER: Calls the displayed Service Tool function.
(ENTER)
goon
goon
(GOBACK)
M
clear
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- Key GOON / Shift Key GOBACK:
Toggle through TOOLS - Menu
notice: („>‟indicates Menu – Toggle).
- Key MODULE: back to LCB_II – Menu
(level M)
- Key CLEAR: back to LCB_II – Menu
(one step back)
TOOLS – Menu >
02 = Erase IO
4.3 Short Keys
S4 – S9
Short Keys
The Short Keys provide direct access to certain, often used Service
Tool functions, eliminating the need to step through the menu structure.
The Service Tool functions Input, Call, Install, Alter and Events
are assigned to the Standard Short Keys S7 (Shift 7),S8 (Shift 8),S4
(Shift 4),S5 (Shift 5)and S6 (Shift 6).
Short Key S9 (Shift 9) is a free programmable key to store any posi
tion of the Tree – Structure as a sixth Short Key.
Once you have stored S9 (by pressing S9at the desired position)you
Can reset it only on level M (LCB_II – Menu)
LCB_II Menu
System = 1
Tools = 2
7
DISP
STATE
M
7
8
9
F
4
5
6
S
1
2
3
0
Goon
clear
Figure 4 – 13 : Short Keys S4 – S9.
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8
ENT
CALL
4
5
DISPIN
SELout
1
2
S4 = Install
S5 = RSL
S6 = Event
S7 = Input
S8 = Calls
S9 = PROG
9
TEST
6
3
4.3.1 Standard Short Keys
LCB_II - Menu
TOOL - Menu
SYSTEM - Menu
Search IO
STATES - Menu
TEST - Menu
SETUP - Menu
Erase IO
S8
Calls
S6
S4
Events
Install
Setup INST
Inputs
S7
Diagnosis
S5
RSL
Opr.Memory
Figure 4 – 14: Standard Short Keys S4, S5, S7, S8 and S9.
Example:
A – 00 IDL ST ] [ ] [
-----------------------------------u
d
l
ux
------------------------------------
8
The current function may be STATUS / Output
- Short Key S8: Direct call of function STATUS / Calls.
(see chapter: 5.1.2)
(S8)
A – 00 IDL ST ] [ ] [
----------------------------------------u
d
l
ux
-----------------------------------------
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4.3.2 Programmable Short Key S9
Short Key
PROG S9
LCB_II - Menu
TOOL - Menu
SYSTEM - Menu
Search IO
STATES - Menu
TEST - Menu
SETUP - Menu
Erase IO
S8
Calls
S6
Events
S4
Install
Setup INST
Inputs
S7
Outputs
9
Diagnosis
Part
5
S5
RSL
Opr.Memory
Allowed
Figure 4 – 15: Standard Short Keys and Short Key S9
In Figure 4 – 15 you can see the function of Short Key S9.
In this example the function STATUS / Outputs is set to the Short
Key S9 function. Now S9 is acting like a Standard Short Key.
In Figure 4 – 15 the current position is SETUP / RSL. Now you can
call function STATUS / Output with Short Key S9.
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Example
Function STATUS / Output (see chapter: 5.1.4)
Should be set as a Short Key function:
First you have to call STATUS / Output.
A – 00 IDL ST ] [ ] [
----------------------------------------u
d
l
ux
-----------------------------------------
9
(S9)
Short Key S9: Position STATUS / Output is set to the Short Key
S9 function
- Key MODULE and Shift Key ON:
The status of Store Key S9 is displayed on the LCB_II – Menu.
1
M
LCB_II - Menu
SVT – Key PROG : on
(ON)
notice :
- Short Key S9 and LCB_II – Menu:
Reset of Short Key S9.
9
LCB_II – Menu
SVT – Key – PROG : off
(S9)
IO I AD P AD P
>0000_ _ _ _ _ _ _ _ _ _ _
9
(S9)
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Now you can toggle between any function
(SETUP / RSL (see chapter: 5.2.2))
and STATUS / Output.
- Short Key S9: Call of function
STATUS / Output.
A – 00 IDL ST ] [ ] [
u
d
l
ux_ _ _
5
——————————————————————
Service Tool Functions
5 Service Tool Functions
All the Service Tool functions are divided into 4 groups, the STATUS,
TEST, and SETUP and Tools functions.
LCB_II – Menu
System = 1 Tools = 2
SYSTEM – Menu >
Status = 1 Test = 2
STATUS – Menu >
Call = 1
Input = 2
STATUS – Functions
TEST – Menu >
Events = 1 Diag = 2
SETUP – Menu >
Install = 1 RSL = 2
TEST – Functions
SETUP – Functions
Figure 5 – 1: STATUS-, SETUP-, and TOOLS- paths
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TOOLS – Menu >
1 = Search IO
TOOLS - Functions
5.1 STATUS – Functions
*************
Key Sequence
M–1–1
STATUS – Menu >
Call = 1 Input = 2
goon
STATUS – Menu >
Output = 3 Group = 4
STATUS – Menu >
ICSS = 5 CMD = 6
clear
1
6
2
A-00 IDL ST ] [ ]
[ C> U00D00 A 1C
3
4
5
Calls – function
CMD – Func.
A–00 IDL ST ] [ ]
[INS ?? dw DFC
Input – Function
A-00 IDL ST ] [ ] [
u
d
l
ux
A-00 IDL ST ] [ ] [
****************
ICSS IS ONLINE
ICSS2 IS OFFLINE
Output – Function
Group – Function
ICSS – Func.
Figure 5 – 2 : STATUS – Functions
In the following all the STATUS – functions are explained.
There are the Calls,Input,Output,Group,ICSS and CMD functions to control the elevator calls and monitor the software
status and system I/O „s.
A – 00 IDL ST ] [ ] [
The first row always displays the Software Status.
It gives information about
- the car identifier in group
- the direction of the moving cabin.
- the current position.
- the Operational Control software State, and
- the Front and Rear Door State.
C> U00D00 A 1 C
------------------------------
Please find in chapter 5.1.1 the exact description of
The Software Status Display (Row one)
Figure 5 – 3:Software Status
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A-00 IDL ST ] [ ][
?:CLD1 ?:CLD2
5.1.1
Software Status Display
Car identifier
A
B
C
A – 00 IDL ST ] [ ]
[ C> U00D00 A 1C
Direction
A – 00 IDL ST ] [ ]
[ C> U00D00 A 1C
Position
A – 00 IDL ST ] [ ]
[ C> U00D00 A 1C
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Description
stop / direction not defined
car is moving in UP direction
car is moving in DOWN direction
00
**
Description
actual level (level 0)
position not defined
OCSS mode
IDL
Description
current OCSS – mode (ldle)
see document:
Service Tool Reference List /
Operation Modes
MCSS status
Description
ST
Doors states
][][
A – 00 IDL ST ] [ ]
[ C> U00D00 A 1C
First car of group / Simplex
second car in group
third car in group
—
U
D
A – 00 IDL ST ] [ ]
[ C> U00D00 A 1C
A – 00 IDL ST ] [ ]
[ C> U00D00 A 1C
Description
current MCSS – state (Stop)
See document:
Service Tool Reference List /
Motion States
Description
front / rear door state:
] [ for Closed
[ ] for Open
< >for Opening >< for Closing
** for door state not defined
Event Messages in Status Display
A – 00 INS IN ] [ ]
[ C>
U00D00 A 1C
A – 00 > TCI – LOCK !
C>
U00D00 A 1C
In additional a blinking Event Message will be displayed during
Software Status Display if one of the following events occurs and
The elevator is blocked.
Examples:
Event Message
>TCI – LOCK !
>LS-FAULT !
>start DCS
!
>ACS is on !
>1LS + 2LS !
Leave Top of Car „ function on
1LS / 2LS check negative
Door Check Sequence not opr. yet
Anti Creeping Switch is operated
1LS and 2LS is operated
(see document: Service Tool Reference List / Event Messages)
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4.1.2
Call – Function
Key Sequence
Short Key
A – 00 IDL ST ] [ ]
[ C>
U00D00 A 1C
Figure 5-4: Calls – Function
Enter a call
1)
- you can enter a Car Call ,UP Hail Call,
Down Hall Call or Emergency Hospital Call
- Monitoring of:
- number of Upper and Lower Call Demands
- Load Status
- number of cars available in group
- power supply
Calls
Call Type / Level Number
1)
C
U
D
E
Car Call
Up Hall Call
Down Hall Call
Emergency Hospital Call
2)
02
entered call (level 2)
A u 00 NOR FR ] [ ]
[ C>02 U00D00 A 1C
goon
Calls S8
In Figure 5-4 you can see the display of function Calls.
The first row displays the Software Status
(see: 5.1.1).
The second row controls the Elevator Calling System.
2)
goon
M–1–1-1
- Key GOON / Shift Key GOBACK : Toggle trough the Call Types
C–U–D–E
(GOBACK)
clear
2
(ENTER)
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- Key number for desired level (2)
- Shift Key ENTER: Termination to enter the desired (type, level)
call
1)
2)
A u 00 NOR FB ] [ ]
[ C> U01D00 A 1C
Call Demands
1)
01
number of UP-Call demands
2)
00
number of DOWN-Call dements
Load Status
A u 00 NOR FR ] [ ]
[ C> U01D00 A 1C
A
F
P
O
D
ANS load
full load
peak load
overload
default load
Cars Available In Group
A u 00 NOR FR ] [ ]
[ C> U01D00 A 1C
A u 00 NOR FR ] [ ]
[ C>
U01 D00 A 1C
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1-3
number of cars available in group
C
E
Power Supply
Normal power supply
Emergency power supply
4.1.3
Input – Function
Key Sequence
Short Key
M–1–1–2
Input
S7
In Figure 5-5 you can see the display of function Input.
A – 00 IDL ST ] [ ] [
ins es
dw DFC
The first row display the Software Status
(see: 5.1.1).
Figure 5-5:Input – Function
The second row monitors the System Inputs
- Lower case letters of the input name stands for „Function = OFF‟ and upper case letters for „function
= ON‟
- Up to four signals are displayed in one row .you can skip to the next / previous group with Key GOON
/ GOBACK.
- Each group is assigned to a functional block. Both can be displayed with Shift Key ENTER.
Please refer to the list of available System Inputs.
(see document: Service Tool Reference List)
goon
goon
- Key GOON / Shift Key GOBACK:
Skip to the next / previous group of the System Inputs.
(GOBACK)
A – 00 IDL ST ] [ ] [
md
aes
2
(UP)
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3
(DOWN)
- Shift Key UP / Shift Key DOWN:
<toggle keys>
Row one: Display of the functional block and the current group.
Block
:System
Group 1 :Safety Chain
SY1 Safety Chain
ins es dw DFC
5.1.4 Output - Function
Key Sequence
M–1–1-4
In Figure 5-7 and 5-8 you can see the display of
Function Group.
A – 00 IDL ST ] [ ] [
B – 03 IDL ST ] [ ] [
Figure 5-7:Group – Function
The first row displays the Software Status. of the
Controller the Service Tool is connected with.
The second row displays the Software Status of one
of the other Controllers in the group.
(see :5.1.1 Software Status)
A – 00 IDL ST ] [ ] [
***
***
***
***
Figure 5-8:Group - Function
(Simplex)
goon
goon
- Key GOON / Shift Key GOBACK:
Skip to the next / previous Controller in the group.
(GOBACK)
A – 00 IDL ST ] [ ] [
C – 07 IDL ST ] [ ] [
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5.1.5 Group – Function
Key Sequence
M- 1 – 1 – 4
In Figure 5 – 7 and 5 – 8 you can see the display of
function Group.
A – 00 IDL ST ] [ ] [
B – 03 IDL ST ] [ ] [
Figure 5-7: Group – Function
The first row displays the Software Status. of the controller the Service Tool is connected with.
The second row displays the Software Status of one of
the other Controllers in the group.
(see: 5.1.1 Software Status)
A – 00 IDL ST ] [ ] [
*** *** *** ****
Figure 5-8: Group – Function
(Simplex)
goon
goon
- Key GOON / Shift Key GOBACK:
Skip to the next / previous Controller in the group.
(GOBACK)
A – 00 IDL ST ] [ ] [
C – 07 IDL ST ] [ ] [
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5.1.6 ICSS - Function
Key Sequence
M– 1 – 1 - 5
In Figure 5-9 you can see the display of function ICSS.
ICSS
ICSS2
IS
IS
ONLINE
OFFLINE
The first row displays the status of first ICSS.
The second row displays the status of the second ICSS.
Figure 5-9 : ICSS - Function
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5.1.7 Command – Function
Key Sequence
The first row displays the Software Status
(see : 5.5.1)
A – 00 IDL ST ] [ ]
[ F : CLD1 R : CLD1
goon
goon
M–1–1-6
The second row displays the Commands which are
send to the internal Subsystems.
(see document : Service Tool Reference List /
Commands)
- Key GOON / Shift Key GOBACK:
Skip to the next / previous group of commands
(GOBACK)
A – 00 IDL ST ] [ ]
[ MC: GoTo
To : 00
1)
Display Field
1)
2) CLD1
3) CLD2
A – 00 IDL ST ] [ ]
[ F : CLD1 R : CLD2
2)
Discription
Software Status
command for front door
command for rear door
3)
1)
Au00 NOR FR ] [ ]
[ MC : GoTo
To : 00
2)
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3)
Display Field
Discription
1)
2) GoTo
3) 00
Software Status
Motion command
Actual Target (**=invalid)
M–1–2
TEST – Menu >
Event = 1 Diag = 2
1
2
3
4
5
clear
00000 total runs
00000 minutes on
Event – Function
Diagnosis – Function
Part – Function
RSL – Funtion
Figure 5-10: TEST – Functions
In the following all the TEST – functions are explained.
There are the Events, Diagnosis, Part, RSL and Selftest functions,
which are the most used functions for service and maintainace.
Short Key S6 is assigned to call the Event – function.
The Diagnosis – function operates the diagnosis parameter stored in
The EEPROM after Power – OFF.
Part displays the configuration number of EPROM and EEPROM,
RSL and Selftest are functions to test the hardware of the LCB_II.
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Selftest – Func.
5.2.1 Event – Function
Key Sequence
Short Key
00000
00000
M–1–2–1
Event S6
The Event – Function support the maintenance of
The elevator.
It displays - the total number of runs
- the elapsed time since Power On
- information about each event:
- event text
- the number of event
- the elapsed time since last
occurrence
- the car position where the last
event occurred
Please refer to the list of Event Messages:
(see document: Service Tool Reference List)
total
runs
minutes on
1)
global information
00000
00000
total
runs
minutes on
1) 00000
number of elevator runs
2) 00000
number since Power On
2)
goon
goon
- Key GOON / Shift Key GOBACK: Skip through the list of recorded
event messages.
(GOBACK)
00000
00000
total
runs
minutes on
No events
logged
00000
00000
total
runs
minutes on
0400
c002
RSL
parity
t00001 p**
No
a) no event recorded
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more event
logged
b) one event recorded
Event logging
1
0400
c002
2)
RSL parity
t00001 p**
3)
event logging
4)
1)
1.row
2) 002
3) 00001
4)
**
event text
number of event since last occurrence
elapsed time since last occurrence
(minutes)
car position where event occurred
finally
(** = position not defined)
Event reset
- Shift Key ON:
Reset the displayed event.
1
Erase Value
0400
RSL
(ON)
clear
?
parity
- Shift Key ENTER:
Termination of the reset
Function.
(ENTER)
Erase
Value
done !
?
- Shift Key UP:
Reset the entire event
Logging.
2
(UP)
clean
Erase Events
n=0 y=1 >
1
(ENTER)
clear
?
- Key 1 and ENTER and
Key 2 and ENTER :
Termination of the reset
Function.
2
(ENTER)
clear
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Erase
Events
Please wait!
- Key CLEAR:
back to Test - Menu
?
5.2.2 Diagnosis - Function
Key Sequence
M–1–2-2
In Figure 5-12 you can see the display of function Diagnosis.
The first row displays the name of the current diagnosis parameter.
01 DIAG ACT - T
000 : 00 : 00 : 34
Figure 5-12 : Diagnosis - Function
The second row shows the value of the diagnosis parameter.
- You can skip to the next / previous diagnosis parameter with Key GOON / GOBACK
- With Key UP you can display a short legend for the time values.
- The displayed parameter can be reset to zero using the key sequence ON/UP and ENTER.
Please refer to the list of Diagnosis Parameters.
Diagnosis Parameter display
Example of a time parameter
1)
2)
02 DIAG TOT - T
003 : 17 : 22 : 57
3)
4)
5)
Display Field
1) 02
2) TOT-T
3) 003
4) 17
5) 22
6) 37
Description
Parameter no.
Parameter name
No. of months
No. of days
No. of hours
No. of minutes
Display Field
Description
6)
Example of a time parameter
1)
2)
03 DIAG UP - CNT
000000079
3)
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1) 03
2) UP-CNT 3)
000000079
Parameter no.
Parameter name
No. of occurrences
Diagnosis parameter reset
- Shift Key ON:
Reset the displayed event
1
Erase Value ?
02 DIAG TOT - T
(ON)
- Shift Key ENTER:
Termination of the reset
function.
clear
(ENTER)
2
- Shift Key UP
displays a short legend of
the time value – if a time –
value was displayed before.
(UP)
2
- Shift Key UP(a 2,time):
Resets the entire event
Logging.
(UP)
Erase Value ?
done !
mon : d : h : min
003 : 17 : 22 : 57
Erase Events
n=0 y=1
>
clear
1
(ENTER)
clear
- Key and ENTER and
- Key and ENTER:
Termination of the reset
Function.
2
(ENTER)
clear
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-
Key CLEAR:
back to Test - Menu
Erase Events ?
Please wait!
?
5.2.3 Part – No. - Function
Key Sequence
M–1–2–3
The Part – No. – Function display the current software version
of the EPROM and EEPROM.
No. GAA30082AAC
29 – Apr – 94 08:29
It also displays the date and the time of the LCB_II software
release.
Figure 5-13 :Part – No. – Function
- Key GOON / Shift Key GOBACK:
Toggle between the displays
of the EPROM version
and the display that shows
the EPROM version and
the date / time of the
release.
goon
goon
(GOBACK)
EE=E47NS9528
No. GAA30082AAC
29 – Apr – 94
08:29
clear
- Key CLEAR: back to Test - Menu
1)
3)
2)
software version / date / time
1)
E
4)
EE=E47NS9528
No. GAA30082AAC
29 – Apr – 94 08:29
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1)E47NS9528
EEPROM version
2)GAA 30082
AAC
EPROM version
3)29 – Apr – 94
4)08:29
date and time of the release
5.2.4 RSL – Test - Function
ADR = _ _ _ _ _ _ _ _ _ _
Key Sequence
M–1–2–4
The RSL – Test – Function can be used to test the remote
Stations.
After the address of the Remote Station is entered,
- the four Input Pins are monitored and
- the four Output pins can be set.
Figure 5-13 : RSL / Test - Function
Enter the RSL – address
1
2
- Key 1,5: Input Keys of the
RSL - address
ADR=15
clear
clear
- Key CLEAR: deletes the last input if you want to correct
the number.
- Shift Key ENTER: termination of the input operation
The current status of the
Input – and Output pins of
The entered RSL address is
displayed.
Change address, pin and output
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-
ADR=15
IN : off
BIT = 1
OUT : off
- Key GOON / Shift Key GOBACK:
Skip to the next /
Previous address.
goon
goon
ADR = 16
IN : off
2
BIT = 1
OUT : off
- Shift Key UP / Shift Key DOWN:
Skip to the next /
Previous bit.
3
ADR = 16 BIT = 2
IN : off
OUT : off
1
0
-
clear
-
1)
ADR = 16
IN : off
3)
4)
(on = action / off = not active)
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ADR = 16 BIT = 2
IN : off
OUT : on
Key CLEAR:
back to Test - Menu
2)
BIT = 2
OUT : on
5.2.5 Selfest - Function
Shift Key ON / Shift Key OFF:
Toggle of the Output Pin: on / off
RSL: Status
1) ADR
RSL address(decimal)
2) BIT
RSL - pin
3) IN
RSL Input Pin Status (Monitor)
4) OUT
RSL Output Pin Status
Key Sequence
M–1–2–5
PR ? EE ? RA ?
RS ?_ _ _ _ _ _
Function Selftest can be used
- to test the memory of the LCB_II board and
- to check the Remote Serial Link.
The test will start as soon as the Selftest - Function
Is called.
Figure 5-14: Selftest - Function
PR + EE - RA ?
RS ?_ _ _ _ _
PR + EE + RA +
RS 16aR0000
RS – Remote Station Test
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The flashing question mark indicates which part of
the test is currently active (RA):
- PR EPROM - test
- EE EEPROM - test
- RA RAM-test
- RS Remote Serial Link test
The single results are displayed as:
- (+)for Test successfully finished
- ( -)for Test not successfully finished
Please notice that for the EE – test a checksum written
into the EEPROM is verified .So, the first call of the
test with a new EEPROM will result a (-)
The RS – test will give some information about single
Remote Station.
- if they are setup but not available
- if they are responding
- if they are parity errors
RS - test
PR + EE + RA +
RS 16aR0000
goon
goon
16
RSL - address
A
B
available
(IO-No. is defined)
not available
R
responding (Hardware is okay)
r
not responding
000
parity error counter
- Key GOON / Shift Key GOBACK : Skip through the list of
Remote Station which signals
- not available or
- not responding or
- parity errors.
PR + EE + RA +
RS 48Ar000
- If there was at least one
entry in the list ,the display
for Test not successfully
finished ( - ) occurs.
clear
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- Key CLEAR:
back to Test - Menu
PR + EE + RA +
RS -_ _ _ _ _ _
5.3
SETUP - FUNCTION
Key Sequence
SETUP – Menu >
Install=1
RSL=2
M–1–3
goon
SETUP – Menu >
Allowed=3 POS=4
clear
SETUP – Menu >
1
Install – Menu >
01
System
000 System
new
TOP
=004>
Install – Function
SETUP – Menu >
RSL - Function
2
6
3
ALLOWED – Menu >
01 Enable
at CUDE CUDE P R
00 1100 0000 0 0
Allowed – Function
4
5
to Floor : Display
press ENTER
ELD - Function
SETUP
OLD NEW
PCS L 00 = 010 > 000
POS - Function
to start DCS
press ENTER
DCS - Function
Figure 5-15 : SETUP - Functions
In the following all the SETUP – function are explained.
The Install , RSL , Allowed , POS and ELD functions are used to set the parameters
and masks of the EEPROM whereas the DCS Run function has the task to check if
every open door opens the safety chain.
There are four different groups of Setup Parameters to define the elevator environMent:
- Installation Patameter
- RSL – IO Numbers
- Allowed Masks
- Position Indicator Parameter
- ELD - Display
The DCS – Function is used to test the well installed Door safety chain after startup
and setup phase.
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5.3.1 Install - Function
Key Sequence
Short Key
M–1-3
Install S4
Function Install is used to set the Installation parameter.
The parameters are divided into 8 groups .The Install
Menu gives access to each group .(see : 4.2.6)
INSTALL – Menu
01 - System
>
000 System new
TOP
=0 0 4 >
Figure: 5-16: Install – Function
1)
The range of each parameter is defined and controlled
By software.
The storage operation is disabled if the cabin is moving.
(see : document: List of Installation Constants)
3)
Element – No. / Group / Name
000 System
new
TOP
=004 >
2)
goon
goon
1)
000
element – No of group
2) System
current group name
3)
name of current Install Parameter
TOP
- Key GOON / Shift Key GOBACK :Skip through the assigned
Group of Installation
Parameter (System)
001 System
new
LOBBY
=001 >
clear
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- Key CLEAR:
back to Install - Menu
Enter a new parameter
1)
2)
Input: Install Parameter
000 System
new
TOP
=004>- - -
1) 004
current value of Install parameter
2) 000
input field for new Parameter
- Key 3.2: Input Keys of the new Parameter (32)
3
2
000
TOP
clear
System
new
=004 > 032
- Key CLEAR : deletes the last input if you want to correct
the number.
000 System
new
TOP
=004 > 003
clear
- Shift Key ENTER: Termination to store the Install Parameter
into the EEPROM
(ENTER)
000 System
new
TOP
=003 >
notice : For security reasons the storage operation is disable if
the cabin is moving.
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5.3.2 RSL – Function
Key Sequence
Short Key
IO I AD P AD P
>- - - - - - - - - - - - - - - -
Figure 5-17 : RSL – Function
M–1–3–2
RSL S5
The arrow IS pointing to the input field of the IO Number. After you entered the IO-Number the curRent RSL information stored in the EEPROM is displayed.Now you can change the RSL – Addr.and the
RSL – Plug.
The Invert Bit can not be changed . It is set by software For RSL – Adr. 0-4 it is always set to zero.
(see document : List of Inputs and Outputs)
Enter the IO - Number
- Key 2.2.2: Input Keys of the
desired IO – Number (222)
2
2
2
IO
I AD P AD P
> 0222_ _ _ _ _ _ _ _ _ _
clear
clear
(ENTER)
- Key CLEAR: deletes the last
input if you want to correct
the number.
- Shift Key ENTER:
Termination of the IO – number input:
IO
I AD P AD P
0022=0
57 2>
The current information
store in the EEPROM is displayed:
IO : IO – Number
AD: Remote Station – Addr.
I : Invert Bit
P: Remote Station – Plug
Note: Once a IO – Number is defined, it is stored in the system.
clear
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- Key CLEAR : clear the
display to enter a new IOnumber.
IO
I AD P AD P
>_____________
Change the IO - Number
- Key GOON / Shift Key GOBACK: Skip to the next / previous
IO – Number.
goon
goon
(GOBACK)
2
- Shift Key UP / Shift Key DOWN: Skip to the next / previous IO
Number with defined RSL – Addr. and RSL – Pin/Plug.
3
Enter new RSL - Parameter
1)
2)
Input: RSL - Parameter
IO I AD P AD P
0032 = 0 04 2>_ _ _ _ _
0
9
3
clear
clear
(ENTER)
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1)
AD
new RSL – Addr.
2)
P
new RSL – Pin/Plug
- Key 0,9,3:Input Keys of
RS – Addr.: 04 and
RS – Pin : 2
IO I AD P AD P
0032 = 0 57 2 > 04 2
- Key CLEAR : deletes the last input if you want to correct
the number.
- Shift Key ENTER : Termination of the RSL – Parameter input
operation.
5.3.3 Allowed – Function
ALLOWED – Menu
01 Enable
Key Sequence
M–1–3-3
Function Allowed is used to set the Floor Table
Masks.
The masks are divided into 3 groups:
- Enable
- Cut_Call
- Card Rd.
The Allowed Menu gives access to each group.
>
at CUDE CUDE P R
00 1100
0000 0 0
Figure 5.18: Allowed - Function
Enable Display
1)
2)
3)
4)
Enable Display
5)
1) at
at CUDE CUDE P R
front door
Enable Mask
00 1100
0000 0 0
and
The Enable Masks (CUDE) allows the
Elevator to run to a certain level depending
On the regarding call.
If the Parking Bit is set to 1, parking at a
Certain level is not allowed (Group applic.)
The Reduced Landing No. indicates that
The above floor is a Short – or Medium loading.
The velocity (profile) is a function of the number
(1,2,3 or 4,5,6).
Cut_Call Display
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level number (0)
2) CUDE
3) CUDE
-C
-U
-D
-E
real door Enable Mask, with:
- Car Call
- Up Hall Call
- Down Hall Call
- Emergency Hospital Call
( 1 = allowed / 0 = not allowed )
4) P
Park Bit:
( 1 = allowed / 0 = not allowed)
5) R
Reduced landing No.:
- Short Run
(1,2,3 = profile)
- Medium Run (4,5,6 = profile)
1)
2)
3)
Cut_Call Display
4)
at CUDE CUDE Op
00 0100
0000 0
The Cut_Call Masks (CUDE) are used to
suppress the Enable Mask if a Cut_Call
signal (CHCS…) occurs.
The indication Parking with door open
defines the door state during parking.
1) at
2) CUDE
level number (0)
front door Cut_Call Masks and
3)
CUDE
rear door Cut_Call Masks, with:
-C
- Car Call
-U
- Up Hall Call
-D
- Down Hall Call
-E
- Emergency Hospital Call
(1 = allowed / 0 = not allowed)
4)
OP
Parking with door open
0 = both doors closed
1 = only front door closed
2 = only rear door open
3 = both doors open
Card_Rd ,display
1)
2)
3)
4)
at CUDE CUDE Sb
00 0010
0000 0
The Card_Rd Masks (CUDE) are used to
Reach certain floors with magnetic card
(Card Reader Operation).
The indication Special door open button
Defines the operation of the Special Door
Open Button.
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Card_Rd Display
1) at
level number (0)
2) CUDE
front door Card_Rd Masks and
3) CUDE
rear door Card_Rd Masks, with
-C
-U
-D
-E
4) Sb
- Car Call
- Up Hall Call
- Down Hall Call
- Emergency Hospital Call
(1 = allowed / 0 = not allowed)
Special door open button
0 = both SDOB disabled
1 = only front SDOB enabled
2 = only rear SDOB enabled
3 = both SDOB enabled
Change the level
goon
-
Key GOON / Shift Key GOBACK: Skip to the next level number
goon
(GOBACK)
clear
at CUDE CUDE P R
01 1110
0000 0 0
-
Key CLEAR:
Back to Allowed - Menu
-
Key 0,1,0…:Input Keys of
All the number (10) of the
current row.
Enter new Allowed – Parameter
0
1
0
at CUDE CUDE P R
01 > 010 _ _ _ _ _ _ _
(…)
clear
clear
(ENTER)
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-
Key CLEAR: deletes the last input if you want to correct
The number
-
Shift Key ENTER: Termination of the Allowed – Parameter input
Operation.
OTIS 2000 - Openings and Dummy Doors
For the controller types MCS120 / MCS220 (OTIS2000)
Openings and Dummy Doors are defined as follows:
- The Openings are determined by Software regarding to
the level Arrangement done with Function AllowedEnable and the following Rule:
at CUDE CUDE P R
00 1100 0000 0 0
Count the Front – and Rear Doors for each Level
beginning at Front / Level 0
- A Dummy Door is an option to define the same Level
Arrangement for every elevator in Group applications.
- Shift Key UP:
<toggle key>
Display of the determined
Openings.
2
F : 00
R: - -
2
0
0
(…)
clear
(ENTER)
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at Front Door of Level 0 : Opening 0
at Rear Door of Level 0: no Opening
- Key 2,0,0…:Input Keys of
all the number (10)of the
current row.(level 1)
2000 is the Code for a
Dummy Door.
- Shift Key ENTER:
Termination of the AllowedParameter input operation.
The new determined Openings
are displayed.
F : 01
R: 02
at F:00 R : -- P R
00 1100 0000 0 0
at F : 0 1 R : - - P
01 > 200
at F : 01 R : 02
01 2000 1110
at Front Door of Level 1 : Opening 1
at Rear Door of Level 1 : Opening 2
R
PR
0 0
5.3.4 POS - FUNCTION
Pos . Ind.
at : L 00
new
>
= 10
M–1–3-4
Key Sequence
Function POS is used to set the digits of the Position
Indicator.
For each level a left (L) and a right (R) digit is provided to indicate the floor.
The range of each digit is defined in the table below.
Figure 5-19 POS - Function
3)
Pos . Ind
At : L 00 = 10
>
1)
goon
goon
(GOBACK)
new
2)
4)
Input : POS digits
1)
L
left digit
R
right digit
2)
00
level number (00)
3)
10
current value of Pos.Ind.digit
(10 = blank)
4)
new
input field for new value.
- Key GOON /
Shift Key GOBACK :
Skip first to the next /
previous digit and then to
the next / previous level.
Pos . Ind .
new
At : R 00 =00 >
Pos . Ind .
At : L 00 =10 >
clear
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- Key CLEAR:
back to Setup - Menu
new
ENTER a new digit
- Key 1,5: Input Keys of the desired digit ( 15 = E )
(see: Reference List below)
1
5
Pos . Ind .
at : R 00
=10
new
>15
- Key CLEAR: deletes the last input if you want to correct
the number.
clear
- Shift Key ENTER: Termination of the input operation
clear
The current information
Stored in the EEPROM
Is displayed:
(ENTER)
Pos . Ind .
at : R 00
=15 >
new
Reference List
value
symbol
value
symbol
value
0
1
2
3
4
5
6
7
8
9
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
(blank)
A
B*
C
D*
E
F
G*
H
I*
20
21
22
23
24
25
26
27
28
29
( * for 16 – segment only! )
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symbol
J*
K*
L
M*
N*
O
P
Q*
R*
S
value
30
31
32
33
34
35
36
37
38
39
symbol
T*
U
V*
W*
X*
Y*
Z*
5.3.5 Door Check Sequence
Key Sequence
M–1–3-5
The Door Check Sequence (DCS) – Function is a safety feature for OTIS 2000 Controllers
MCS120 and MCS220 (M), It insures that all hoist way door contacts are installed correctly and will
Open the safety chain.
Until the Door Check Sequence is finished successfully it is only possible to move the car in inspection
mode. Normal runs are disabled.
Calibrating an LSVF without speed encoder before DCS
For LSVF (-W) without speed encoder it is necessary to calibrate the drive package in Inspection an
Normal mode before the DCS can be done.
In an Installation with LSVF or LSVF – W without Advanced Door Opening and without Relieving
the following display appears:
Allow Normal = 0
Start DCS
= 1
0
1
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- Key 0:
- Key 1:
From now on 5 normal runs are allowed to calibrate the
drive package
Start the DCS immediately.
Direction
- 00 DW : clsd ] [ ]
[ open front door
U
D
Position
- 00 DW :clsd ] [ ]
[ open front door
- 00 DW :clsd ] [ ]
[ open front door
- 00 DW :clsd ] [ ]
[open front door
00
**
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stop / direction not defined
car is moving in UP direction
car is moving in DOWN direction
Description
actual level (level 0)
level position not defined
DW status
Description
DW: clsd
DW active (switch closed, door closed)
dw:opnd
DW passive (switch opened, door open)
Door status
Description
][][
DCS action
- 00 DW :clsd ] [ ]
[ open front door
Description
open front door
check DW input
close front door
open rear door
check DW input
close rear door
up to next level
front / rear door status:
] [ for Closed
[ ] for Open
< > for Opening
>< for Closing
** for door state not defined
Description
(listed are the current actions of the
automatic DCS – run)
If a failure occurred the error is displayed in the 2nd row. The 1st row shows the status including
The level number where the error was detected:
- 01 DW : opnd ] [ ]
[ Front Door Error
Error message
Description
Front Door Error
Rear Door Error
aborted by ENTER
Door opening err
DW not closed
Position error
Door Closing Err
(listed are the possible
error message of the
automatic DCS – run)
After successful completion of the DCS the success message is displayed
DCS successful
Press GOON >
(as reminder what has
to be done next)
Check PES GTC . . .
Press GOON >
(to leave DCS run)
goon
goon
1
to start normal
press GOON
(GOBACK)
LCB_II - Menu
System = 1 Tools = 2
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>_
5.3.6 ELD - Function
Key Sequence
M–1–3-6
The ELD – Function is used to define the “Customer Message” of the OTIS 2000 - ELD
For each floor the Customer Message can be displayed (Floor Display)
modified (Edit Display and Default Display)
or store into EEPROM (Store Display).
Block diagram
1)
2)
3)
00 < FLOOR ALL < ELD
BASEMENT
clear
<
>
Send to ELD
enter
clear
4)
00
5)
Floor Display
1) 00 level number <GOON,GOBACK>
2) ALL Edit – Mode:
<UP, DOWN>
ALL:all characters available
A-Z: only A-Z
0-9: only 0-9
&/): only&(),- / : <>
SPE:only A A A C /E HEX:
all characters available
Using hex input
mov: move the string to the left
of the right
current: Customer Message:
BASEMENT
Edit Display
4) T selected character <GOOM,GOBACK>
5) T selected string position<UP,DOWN>
T<
ALL ELD
BASEMENT ?
enter
enter
clear
enter
Store Display
on
00
confirm the storage operation with
Key <ENTER>
write E2 P?
BASEMENT
6)
7)
8)
00 00 < ELDdef > ENG
LOBBY
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Defaut Display
No. of Default Message
<GOON,GOBACK>
7)ENG Select Language
ENG english
GER german
ITA italian
8)
selected Default Message
(see Reference Table below)
6)00
Floor Display: Select Floor and Edit Mode
00 < Floor All < ELD
BASEMENT
- Key 0-9 ,GOON ,GOBACK:
Selects, decreases or increases the Floor Number (level)
- The current Customer Message which is stored in the EEPROM
will be display on the Service Tool (line two).
0
9
goon
goon
01 < Floor All < ELD
_ _ _ _ FLOOR 1_ _ _
9
(GOBACK)
2
3
(UP)
(DOWN)
- Key UP/DOWN:
Selects the Edit-Mode ,which will be used in Edit – Display.
01 < Floor A-Z < ELD
FLOOR 1
clear
2
- Key ENTER: Transition to Edit Display
(ENTER)
01 1 <
clear
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- Key Clear:
Back to Setup – Menu.
Modified Message will be sent to the ELD – Module.
A – Z < ELD
FLOOR ?
Edit Display : Modify Customer Message
00 T<
All ELD
BASEMENT
2
3
(UP)
(DOWN)
- Key UP / DOWN:
The second row display the current Customer Message.
Use Key UP / Down to select the position of current string
you want to modify. The position is marked with a bliking “?”
The selected Character is displayed in the Edit – Field of row one.
00 N <
All ELD
BASEME?T
goon
goon
- Key GOON / GOBACK:
Skips through the character set using the selected step width.
(Key - No)
(GOBACK)
00 0 <
All ELD
BASEME?T
1
9
clear
- Key 1 – 9:
Skips through the character set using the selected step width.
(Key-No.)
-Key ENTER:
Tramsition to Store Display to store the string into EEPROM.
(ENTER)
1
(ON)
clear
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-Key ON:
Transition to Default Display
To use predefined Customer
Messages.
(see Reference Table below)
00 00 < ELDdef > ENG
LOBBY
-Key CLEAR:
Back to Floor Display e,g. to change the Edit – Mode. The current
Message will be buffered.
Edit Modes HEX and mov
HEX Display
1)
2)
HEX Display
1) Y
2) 59
0 0 Y < 59 HEX ELD
LOBB?
3)
Edit - Field
HEX - Field
Display the HEX - Value of the selected character
selected Character (Y < - > ?)
3)
clear
- Key UP / DOWN:
Selects the string position you want to modify.
clear
(UP)
(DOWN)
- Key GOON / GOBACK:
Skips through the character set of Edit – Mode ALL to select the
new character.
goon
goon
(GOBACK)
0
- Key 0…F:
Input of 2 digits Hex – Code in HEX – Field to define the new character
(see Reference Table below).
F
…
Mov Display
0 0 GOON >
LOBBY
ELD
F
F
F
(GOBACK)
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- Key GOON / GOBACK :
The display message will be shifted to the right/left.
It‟s easy way the center the message on the ELD.
Default Display: Use of predefined messages
00 00 < ELDdef > ENG
LOBBY
2
3
F
F
(UP)
(DOWN)
goon
goon
2
(GOBACK)
0
9
- Key GOON / GOBACK:
Skips through the Default Message List.
(see Reference Table below)
- Key 0 – 9
Two digits input to select the Default Message by entering
the List – No.
(see Reference Table below)
- Key ENTER:
Transition back to Edit Display.
The desired Default Message will be buffered.
clear
on
clear
(OFF)
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- Key UP / DOWN:
Selects the language of the Default Message (ENG,GER,ITA)
- Key CLEAR, OFF:
Back to Edit Display without buffering the changes.
Reference Tables for ELD - Function
DEFAULT MASSAGES
NO.
ENG
0
LOBBY
1
BASEMENT
2
PENTHOUSE
3
FLOOR
4
RECEPTION
5
EXIT
6
GARAGE
7
SECRETARY
8
RESTAURANT
9
CAFETERIA
10
GARAGE
11
POOL
12
SAUNA
13
DOCTOR
14
0 123 456 789
15
: . () <> / - , & ‟
16
ABCD EFGH IJKL
17
MNOP QRST UVWXYZ
Ä Á Å Ç Ø ö /E
18
19
empty string
GER
ERDGESCHOSS
KELLER
DACHTERRASSE
ETAGE
EMPFANG
AUSGANG
TIEFGARAGE
SEKRETARANT
RESTAURANT
KAFFESTUBE
PARKHAUS
SCHWIMMHALLE
SAUNA
ARZT
0 123 456 789
: . () <> / - , & ‟
ABCD EFGH IJKL
MNOP QRST UVWXYZ
Ä Á Å Ç Ø ö /E
ITA
TERRANO
SOTTERRANEO
ATTICO
PLANO
RICEZIONE
USCITA
POSTEGGIO
SEGRETERIA
RISTORANTE
CAFFETERIA
POSTEGGIO
PISCINA
SAUNA
DOTTORE
0 123 456 789
: . () <> / - , & ‟
ABCD EFGH IJKL
MNOP QRST UVWXYZ
Ä Á Å Ç Ø ö /E
HEX – CODE TABLE
ASCII
HEX
ASCII
HEX
ASCII
Blank
&
(
)
,
.
/
:
<
>
20
26
28
29
2C
2D
2E
2F
2A
3C
3E
0
1
2
3
4
5
6
7
8
9
30
31
32
33
34
35
36
37
38
39
A
B
C
D
E
F
G
H
I
J
K
L
M
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HEX ASCII
41
42
43
44
45
46
47
48
49
4A
4B
4C
4D
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
HEX
ASCII
4E
4F
50
51
52
53
54
55
56
57
58
59
5A
Ä
Á
Å
Ç
A-E
Ø
ö
HEX
80
81
82
83
84
85
86
87
M-2
5.4 TOOLS – Function
Key Sequence
TOOLS – Menu >
01 Search IO
TOOLS – Menu >
02 erase IO
goon
TOOLS – Menu >
01 Setup IO
F
TOOLS – Menu >
09 Opr. Memory
clear
1…9
Search : IO
Adr: 00 / Pin: 0
?
Erase – IO : Pass
n=0 y=1 / Enter
1: Search – IO
2: ERASE – IO
?
Setup Inst
?
n=0 y=1 / Enter
7: Setup – INST
A-00 IDL ST ] [ ]
[ 00000
9: Opr.Memory
Figure 5-12 :TOOLS - Functions
In the following all the TOOLS – functions are explained.
It is a list of 4 functions that makes the installation, debugging and
maintenance of the elevator easier.
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clear
5.4.1 Search – IO - Function
Search – IO _
Adr: 00 / Pin: 0
?
Figure 5-22: Search – IO - Function
M–2–1
Key Sequence
Function Search – IO displays which IO – numbers
Are assigned to a certain RSL – address / pin.
After input of Adr.and pin and termination with
ENTER the Search Run begins and will be indicated
with the change of : (?) - > (!).
The find of an IO – number interrupts the Search Run
and the number is displayed. ENTER will continue
the Search Run
Enter Adr. And Pin
- Key 1,5,3: Input Keys of RSL – Adr.and Pin
1
5
Search – IO
?
Adr: 15 / Pin: 3
3
clear
clear
3
(ENTER)
- Key CLEAR: deletes the last input for correction
- Shift Key ENTER:
Termi- nation of the input
opera- tion and start of
the Search Run.
Possible Results:
(a) no IO – number found
Search – IO
no match !
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Search - IO
Adr : 15 / Pin; 3
!
(b) first IO – number found
Search – IO
?
>15 3 < ro: 0676_
The first IO – number is found :
Search – IO
?
> 15 3< IO : 0676
clear
IO :0676
Now you can continue the Search Run with ENTER
It is also possible to edit the Adr./Pin display > 15 3 <
Search – IO
!
> 15 3 < IO: 0676
- Shift Key ENTER:
Continue the Search Run.
(ENTER)
If you want to edit the Pin Number ,press:
clear
4
clear
- Key CLEAR ,to delete
the last input
- Key 4, to enter the new pin
Search – IO
> 15 4 < IO: 0676
?
- Shift Key ENTER , to continue the Search Run
(ENTER)
Search – IO
!
> 15 4 < IO: 0676
If there is no more IOnumber defined,the
no more match! – display comes up
clear
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- Key CLEAR:
back to TOOLS - Menu
Search – IO
!_
no more match !
5.4.2 Erase – IO - Function
Erase IO Part ?
n=0 y=1 / Enter_
Figure 5 – 23: Erase IO_Part
M–2–2
Function Erase IO_Part can be used to set the IOPart of the EEPROM to default.
You have to confirm twice to start the function, beCause after the run all the previous definitions are
lost!
(see document: List of inputs and Outputs)
- Key CLEAR: back to TOOLS - Menu
clear
0
Key Sequence
clear
clear
- Key 0 and Shift Key ENTER: back to TOOLS - Menu
(ENTER)
1
clear
- Key 1 and Shift Key ENTER
First Confirmation
Earse IO Part
n=0 y=2 / ENTER
?
(ENTER)
clear
0
- Key 0 and Shift Key ENTER : back to TOOLS - Menu
(ENTER)
clear
2
(ENTER)
- Key 2 and Shift Key ENTER
Second Confirmation to
start the function.
During the run the displayed
counter is counting down to zero.
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Erase IO Part
Please Wait : 107
!
5.4.3 Setup install - Function
Setup Install
n=0 y=1 / Enter
Figure 5 – 24: Erase Install
?
Key Sequence
M–2–3
Function Erase Install can be used to set the Install
Part of the EEPROM to default.
You have to confirm twice to start the function.because after the run all the previous definitions are
lost!
(see document: List of Installation Constants)
- Key CLEAR: back to TOOLS - Menu
clear
clear
0
- Key 0 and Shift Key ENTER
First Confirmation
(ENTER)
clear
1
- Key 1 and Shift Key ENTER
First Confirmation
(ENTER)
clear
0
Setup Install
N=0 y=2 / Enter
?
- Key 0 and Shift Key ENTER : back to TOOLS – Menu
(ENTER)
clear
2
(ENTER)
- Key 2 and Shift Key ENTER
Second Confirmation to
Start the function.
During the run the displayed
Counter is counting down to zero.
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Setup Install
Please Wait :
!
12
5.4.4 Operate Memory
M–2-9
Key Sequence
Function Operate Memory can be used to monitor and
Change the memory. (You can change only the RAM.)
To enter hexadecimal number the Hex Keys are available
The Short Keys (see chapter: 4.3) are not active.
(!) Please notice that the Operate Memory function is
provided only for software debugging.
LCB_II
System = 1
-
Menu
Tools = 2
7
8
9
4
5
6
No.
M
7
8
9
F
4
5
6
S
3
2
1
0
goon
clear
0
1
2
3
Shift
-
Keys
OFF
ON
UP
DOWN
4 - DISP IN
5 - SEL OUT
67 - DISP STATE
8 - ENT CALL
9 - TEST
ENTER
GOBACK
Shift Key
Figure 5 – 25: Hex Keys
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HEX Keys
-
A
B
C
D
E
F
The first row of Figure 5 – 26 display the Software
Status (see:5.1.1)
The second row displays the input field for the desired Memory Address.
After the address is entered is entered. the next two bytes of
memory are displayed.
A – 00 IDL ST ] [ ]
[00000
Please notice that PLM – words are stored in the order:
LOW – byte / HIGH - byte
Figure 5-26 : Opr.Memory
Enter the memory address
7
2
- Key 2.Shift Key 5:Input Keys
of the desired Memory
Address (2D Hex)
A – 00 IDL ST ] [ ] [
0002D
- Key CLEAR:deletes the last input if you want to correct
the number.
clear
- Shift Key ENTER:
Termination
of the input operation.
clear
A – 00 IDL ST ] [ ]
[ 0 0 0 2 D : 2143
(ENTER)
Operate Memory : Monitor
A – 00 IDL ST ] [ ]
[ 0 0 0 2 D : 2143
1)
low byte of word
at address 0002D
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2)
high byte of word
at address 0002E
1) 0 0 0 2 D
desired memory address (2D Hex)
2) 2 1 4 3
memory contents of address
2D and 2E
Change the memory address
goon
goon
(GOBACK)
2
(UP)
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3
(DOWN)
- Key GOON / Shift Key GOBACK:
Skip to the next / previous
Memory address
(last four digits).
- Shift Key UP / Shift Key DOWN:
Skip to the next / previous
address in steps of 10000h
(first digit).
A – 00 IDL ST ] [ ]
[ 0 0 0 2 E :_4 3 BA
A – 00 IDL ST ] [ ]
[ 1 0 0 2 E : 5B7D
Change the memory contents
- Shift Key SELECT:
„>‟ indicates the input field
„------‟ are placeholders for
the up to four digits of the
new byte resp.two bytes.
5
(SELECT)
A – 00 IDL ST ] [ ] [
0 0 0 2 D : ABCD> - - - -
Depending on how many digits are entered the first byte or both or both bytes
are stored. The first up to two digits form the first byte and the next up to row
digits the second byte.
Examples of changing the old contents ABCD:
Keys
goon
goon
(ENTER)
New memory contents
ENTER
----
ABCD
1.ENTER
-1--
01CD
1.2 ENTER
12--
12CD
1.2.3 ENTER
12-3
1203
1.2.3.4 ENTER
1234
1234
- Key GOON / Shift Key GOBACK:
Aborts changing of
memory contents.
A – 00 IDL ST ] [ ]
[ 0 0 0 2 D : ABCD
(GOBACK)
clear
Display
- Key ENTER:
Storing the new byte
resp.two bytes.
A short appearing “+” behind
the entered byte resp. two
bytes acknowledges the
successful storing
failure (e.g.memory address
is out of RAM area).
A – 00 IDL ST ] [ ] [
0 0 0 2 D : ABCD>12 – 3+
A – 00 IDL ST ] [ ] [
0 0 0 2 D : 1203
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