Operation instruction

Lift control LC 2005

Copyright as per DIN ISO 16016.

Manufactured under licence of C. Haushahn GmbH & Co. I Subject to modification.
 Published by SLC Sautter Lift Components
GmbH & Co. KG
Borsigstrasse 26
70469 Stuttgart I Germany

Phone: +49 (0) 711.86062 0

Fax: +49 (0) 711.86062 501
Service: +49 (0) 173.679 18 42
E-Mail: info@slc-liftco.com
Homepage: www.slc-liftco.com

Issued 01.2007

Document-No. 300.000.040

Licence Manufactured under licence of C. Haushahn GmbH & Co.

Copyright © 2007 SLC Sautter Lift Components GmbH & Co. KG

This manual is protected by copyright fort he publisher and all

rights are reserved.

This manual may not be reproduced in any way or copied by

means of electronical copying methods, either as a whole or in
part, without written permission from the publisher.
Translating the material also comes under the definition of
copying.
Index

Index

1 Display and Operation ...................................................................................................................... 1

1.1 Operating keys .................................................................................................................................... 1
1.2 Operating display ................................................................................................................................ 2
1.2.1 Lift status ............................................................................................................................................. 3
1.2.2 Encoder/position status, status of shaft switches ............................................................................... 4
1.2.3 Datum/Uhrzeit, Betriebszähler ............................................................................................................ 5
1.3 Menu display and parameterizing ....................................................................................................... 5
1.3.1 Menu display ....................................................................................................................................... 6
1.3.2 Menu navigation .................................................................................................................................. 6
1.3.3 Display and setting of parameters....................................................................................................... 7
1.3.4 Displaying a list of parameters ............................................................................................................ 8
1.3.5 Dialogues ............................................................................................................................................ 8
1.4 Lift control with keys ............................................................................................................................ 9
1.4.1 Travel commands................................................................................................................................ 9
1.4.2 Door control......................................................................................................................................... 9
1.4.3 External control ................................................................................................................................... 9
2 Fault diagnosis ................................................................................................................................ 10
2.1 CPU-board ........................................................................................................................................ 10
2.1.1 Fault display ...................................................................................................................................... 11
2.1.2 Assignment and interpretation of the I/O map .................................................................................. 12
2.1.3 Input map of the CPU........................................................................................................................ 13
2.1.4 Output map of the CPU ..................................................................................................................... 14
2.2 Bus modules...................................................................................................................................... 20
2.3 Description of blinking sequences..................................................................................................... 20
2.4 Drive menu ........................................................................................................................................ 22
2.5 Shaft menu ........................................................................................................................................ 23
2.6 Door parameter menu ....................................................................................................................... 24
2.7 Configuration menu ........................................................................................................................... 25
2.8 Group menu ...................................................................................................................................... 26
2.9 Service menu ................................................................................................................................... 27
2.10 Commissioning menu........................................................................................................................ 28
2.11 Password menu................................................................................................................................. 28
3 Commissioning ............................................................................................................................... 29
3.1 Before switching-on........................................................................................................................... 29
3.2 Switching on ...................................................................................................................................... 29
3.3 Parameterization ............................................................................................................................... 29
3.4 LON-networt ...................................................................................................................................... 30
3.5 Shaft teach-in .................................................................................................................................... 30
3.5.1 Shaft teach-in with encoder............................................................................................................... 31
3.6 Checking of the level position ........................................................................................................... 33

I
Display and Operation

1 Display and Operation

Setting and operating of the control is to be made by means of the

4-line LC-display and the 8 operating keys.
The display and operating device can be divided into 2 catagories:

Operation display and control with hotkeys

Menu display and parameterization

LON RESET
PROGRAMM LON
-A1

X8 RS422
MC3000-CPU 173.033.015
X5 SSI-IN

Aussen-
steuerung Switch for external
+ :Parameter EIN

+ :Statusanzeige
AUS control
Fehler
löschen

PROGRAMM ODD

?
X9 RS232

PROGRAMM EVEN 5V

Function keys and

operating keys
630mA/ mT
24 V
oberste auf ab unterste Tür
A2
A3

A5
A1

A4

A6
X10 RS232

Haltestelle Ein/ Aus

GN D E/ A
GN D E/ A
24V E/ A

24V E/ A

RUN
X1
24 V
K1

GN D
E1
E2
E3
E4
E5
E6
E7
E8

K1
24V

GN D
A1

X3 X2 PE
X4

LC-display 4
4 x 20 characters

1.1 Operating keys

For selecting display options, operating the elevator and setting of

parameters 8 keys are available. The keys have different functions
in the respective display modes and are partially allocated with
double functions.
For confirmation just give a short push on the key, extended
pressing causes automatic repetition of the key function.
The alternative key function is activated by simultaneous pressing
< > and the respective key.
(keep < >pressed and press shortly the key with the desired
function).

1
Display and Operation

1.2 Operating display

On the display 3 different operation display modes can be shown

and selected by means of the key combinations <  > + < > resp.
<
 >+ < >:

Elevator status (standard after RESET)

Encoder/position status (shaft copying with encoder)
resp. status of shaft switches (shaft copying with magnet
switches)

Date/time, operations counter

Encoder

>+<
< >

*** LC 2005 *** +

NORMAL
Lift status H06 V0,0 P+000000mm
Z00 R- TV[] TH][

>+<
< > >+<
< >

R: - v: 0,0 m/s +
Encoder/Positio Car : 00016549 mm
nstatus Offset:-00657858 mm
Pos. :-00641308 mm

>+<
< > >+<
< >

*** LC 2005 *** +

Date/time 26.10.96 11:07:41
Op. counter F0000022 B000002h
T0000024 M000000h

>+<
< >

2
Display and Operation

1.2.1 Lift status

10 After switching on the control resp. after RESET, the operating

2 1
*** MC 3000 *** + indication for the elevator status appears on the display.
3 NORMAL 6
L06 V0,0 P+000000mm
D0 R- FD[] RD][ G2
11
4
5 9
7 8

No. Meaning
1 Program flow control: with the program running, the marks ”+” and ”∗” are alternatingly displayed in
intervals of a second.
2 Indication of the active operation mode:
NORMAL Normal mode, additional information will be displayed:
SFTY OPEN Safety circuit open
LockgFaultAuto Self locking fault in NORMAL operation
LockgFaultInsp Self locking fault in INSPECTION/EMERGENCY EL. CONTR.
OVERLOAD Overload
CAR LIGHT Car light OFF
SFTY-DOOR Safety circuit DOOR OPEN
EXTCONTROL. OFF External control is disengaged
EM.EL.OP. Operating mode EMERGENCY ELECTRICAL OPERATION
INSPECTION Operating mode INSPECTION
CONTROL+LIGHT OFF Operating mode control/light off
3 Current car position
4 Destination landing of the current trip
5 Speed of car [m/s]
6 Deviation [mm] of car stopping position from accurate level position
7 Indication of travelling direction:
— no travelling direction
 travelling direction upward
 travelling direction downward
8+9 Door status TV (front door) and TH (rear door):
[]door open
][door closed
-- door control disengaged, doors are closed
10 *** LC2005 ***
resp.
F-No 1104 L06 Fault no. and landing. By repeated operating of key <? > the clear text
fault indication can be switched on and off. Automatic switching-off will be
made after 20 sec.
11 Number of elevators in a group (in case of group only)

3
Display and Operation

1.2.2 Encoder/position status, status of shaft switches

Depending on the installed type of shaft copying, either the
encoder/position status or the status of the shaft switches is getting
displayed.

Shaft encoding with absolute encoder

10
2 1
*** LC 2005 *** +
3 NORMAL
L06 V0,0 P+000000mm 6
D0 R- FD[] RD][ G2
11
4
5 9
7 8

No. Meaning
1 Program flow control: with the program running, the marks ”+” and ”∗” are alternatingly displayed in
intervals of a second.
2 Speed [m/s]
3 Travelling direction: — no travelling direction
 travelling direction upward
 travelling direction downward
4 Position of car [mm]
5 Offset [mm]
6 Location value from encoder [mm]

The value of the actual car position is calculated by following

formula:
Car position = Location value – Offset

4
Display and Operation

1.2.3 Datum/Uhrzeit, Betriebszähler

8 1
2 *** LC 2005 *** +
26.10.96 11:07:41
3
T0000022 O000002h 5
4
C0000024 M000000h
6 7

No. Meaning

1 Program flow control: with the program running, the marks ”+” and ”∗” are alternatingly displayed in
intervals of a second.

2+3 Date/Time

4 Trip counter

5 Operating hours counter

6 Door motions counter

7 Motor hours meter

8 compare 1.2.1 Elevator status 10

1.3 Menu display and parameterizing

By setting the key combination < >+ <  > , the Menu/Parameter
display will be entered. You can again leave this display mode by
setting the key combination < >+<  >. If no key is operated
within 5 min the operation display will be activated automatically.

Indication of Menu display

operation
<>+<
>+<>
*** LC 2005 *** + Main menu

NORMAL Drive
L06 F0,0 P+000000mm >Shaft
Z00 R-
R- TV[] TH][ <>+< Door parameters
>+<>

There are three classes of the parameterizing display mode:

Menu display

Parameter display and setting

Dialogues

5
Display and Operation

1.3.1 Menu display

2 1
Main menu ↓
3 >Drive
shaft
Door parameters
4

No. Meaning

1 Navigation assistance; indicates to which direction the list with the selectable submenues can be
scrolled through:

Not all submenus can be shown at the same time on the display.
The double arrow indicates that the list can be scrolled in both directions.
 The end of the list is reached, only upward scrolling is possible.
 The begin of the list is reached, only downward scrolling is possible.

2 Display of the active menu

3 Display of the currently selected submenu in the list

4 List of selectable submenus

1.3.2 Menu navigation

By means of the 4 keys <  >, <
 >, <  > and <  > individual
menus can be selected. With keys < ↑ > resp. < ↓ > the desired
sub-menu will be selected in the list and opened by <  >. The
name of the selected menu appears in the 1st line of the display. If
there are no further sub-menues available, finally the respective
parameter is getting displayed.

Main menu ↓
>Drive
Shaft
Door parameters

< > < >

< > < > Length of vane:

Main menu
Shaft ↓
>Length of vane 500 [mm]
Drive
>Shaft LDG switchg.points
Door parameters Terminal landing
< > < >

6
Display and Operation

1.3.3 Display and setting of parameters

Depending on the selected menu level, in the parameter view

1 resp. several parameters in 1 window

several parameters in a list of windows
are displayed.

Menu-display Parameter-display

Display-mode Input-mode

Shaft ↓ <→> Pre-limit switch: Pre-limit switch:

Encoder resol. vmax: 07500 [mm] <↵> vmax: 07500 [mm]
Position encoder vmax-1: 03500 [mm] vmax-1: 03500 [mm]
>Pre-limit switch vmax-2: 01000 [mm] vmax-2: 01000 [mm]
<←>

<↵> or <>

The <↵↵ > key allows to change from display mode into setting
mode. The parameter can be modified with < >
resp. <
 >the cursor position – mark _ shows, which digit of the
parameter is going to be modified. The cursor can be moved with
 > resp. <
<  >.
After completed setting the modification of parameter is to be
↵ >, the display changes automatically back to the
confirmed with <↵
menu.
With key <  > the parameter setting will be quit without modifying
the parameter values.

7
Display and Operation

1.3.4 Displaying a list of parameters

Some parameter sets consist of a list of parameters of same

nature, e.g. the parameter set.
LDG description: for each landing a set of parameters is provided
with values for position, door side/vane side, text for the position
indicator etc.

Menu-display Parameter-display

Display-mode Setting-mode

Landing: 03
Pos[mm]: 004801
Side: DF_VB
Text: 1 Knd: NORM

<↑> <↓>
<→> <↵>
Shaft
Landing: 02 Landing: 02
LDG switchg.points Pos[mm]: 001826 Pos[mm]: 001826
Terminal landing Side: DF_VF Side: DF_VF
>LDG description Text: 0 Knd: NLD_T Text: 0 Knd: NLD_T
<←> <↵>

<↑> <↓> or
<>
Landing: 01
Pos[mm]: 001500
Side: RD_RV
Text:-1 Knd: NLD_B

The list of the parameter sets can be scrolled through in the display
mode with the keys <  > resp. < >.
Parameter modification is done analogous to the parameter view
with only one window. When the parameter input is completed, the
parameter display mode is shown.
1.3.5 Dialogues
With some parameters, e.g. Shaft teach in, a dialogue can be
activated. In order to start the dialogue in the parameter setting
mode OK is to be selected. The dialogue shows instructions and
the user is requested to press certain keys.

Shaft teach-in Shaft teach-in

start: ABORT <↵ > start: ABORT

Dialogue shaft teach-in

<↑> or <↓>

P +0000000 R00
Shaft teach-in
<↵ > Zone F1 R0 Di-
start: OK teach-in compl ?
Press E-key

8
Display and Operation

1.4 Lift control with keys

1.4.1 Travel commands
In display mode “operations display“ travel commands (internal
commands) can be set by the keys.

Key Meaning

< > Travel to the top floor

< > Travel one landing upward

< > Travel one landing downward

< > Travel to the bottom floor

1.4.2 Door control

In the display mode ”Operation display” the door control can be
enabled or disabled by repeated pressing of key <↵ >. With
disabled door control the doors are closed.

*** LC 2005 *** + *** LC 2005 *** +

NORMAL NORMAL
L06 V0,0 P+000000mm H06 V0,0 P+000000mm
D00 D- DF[] DR][ D00 D- DF–– DR––

1.4.3 External control

The external control can be enabled or disabled via toggle switch
”External control ON/OFF”
With disabled external control no hall calls can be set.

9
Fault diagnosis

2 Fault diagnosis
With LC2005, depending on the character of fault, information
about the fault can be obtained at various places.
Display and fault memory of the CPU-card:
Here you should investigate first. Depending on the displayed fault,
further information can be obtained (see page 10 chapter 2.1 Fault
diagnosis at the CPU-card).
Lettered LEDs of the pre-control card;
These are indicating the condition of the safety circuit and of the
contactors/valves (see chap. Precontrol card).
In case of faults in the bus-modules, with faulty bus
communication, information can be obtained at the status-LED.
Diagnosis of the bus modules).
Input/output signals of the CPU can be evaluated by means of
LED-displays (see chap. CPU board)
2.1 CPU-board
If there is a fault during operation the display shows the fault-
number. Simultaneously the fault is saved in an error memory
together with further informations about the condition of the control
at occurrence of the fault.

The fault memory can be interrogated under

Main menu|Service|Fault memory|Display memory.

Basically 2 kinds of fault can occur:

Serious fault:
st
1 digit of the fault identification no. = 1

Warnings or temporary faults:
st
1 digit of the fault identification no. = 2

Fault that must be acknowledged
st
1 digit of the fault identification no. = 3

In case of a serious fault the lift will be put out of service

immediately. The control goes into self-locking status and it must
be re-enabled with key <> (escape or fault acknowledgement).

In case of warnings the fault is getting displayed and memorized.

With faults that must be acknowledged the fault remains after

voltage switching-off and must be acknowledged explicitly (key
fault cancelling).

10
Fault diagnosis

2.1.1 Fault display

Idx: 022 No: 2112 Display of last registered faults, sorted acc.to the time. With keys
01.01.95 08:15:20 ↑ and ↓ the list of faults can be scrolled through.
L06 D04 P016543mm
I00000000 O00000000 With key <?> you can switch over to the plain text fault display and
back again.

Idx: 022 WARNING

MONITORING:
Slip at absolute
encoder too long

Display:
Idx 1…100 Upon jumping to the fault memory display the most
recent fault with the highest index (=no. of faults) is
displayed.

No Fault no. date and time of fault occurence

L Actual position of fault occurence
Destination landing
D

P Absolute position [mm]

I Input map CPU [Hex]

O Output map CPU [Hex]

The fault identification no. consists of the actual 4-digit fault no.
and of a leading 2-digit classification no.
The classification no. is used only in connection with data
transmission to external systems.

In the following, only the 4-digit fault no. as shown in the display
will be used.
As a maximum, only the latest 100 faults will be displayed in the
fault memory.

11
Fault diagnosis

2.1.2 Assignment and interpretation of the I/O map

The input/output signals stored in the fault memory at the time of

fault occurance are displayed as 8-digit hexadecimal numbers.

Coordination of hexadecimal to binary numbering

For interpretation the hexadecimal number must be transfered into
a binary number:

Hex Binary Hex Binary Hex Binary Hex Binary

0 0000 4 0100 8 1000 C 1100
1 0001 5 0101 9 1001 D 1101
2 0010 6 0110 A 1010 E 1110
3 0011 7 0111 B 1011 F 1111

Example: E003880A0 A0001503C

Hex-display: I: 0 0 3 8 8 0 A 0 O: 0 0 0 1 5 0 3 C

Binary-display: |0000|0000|0011|1000|1000|0000|1010|0000
14243
not used
Bit-number: 31 28 24 20 16 12 8 4 0

12
Fault diagnosis

2.1.3 Input map of the CPU

Bit CPU FI speed controlled FI position DSM Pole- Hydraulic

controlled changing
0 X2/13 Safety circuit (IN4): door lock closed
1 X2/14 Safety circuit (IN5): complete
2 X2/15 Safety circuit (IN2): limit switches
3 X2/16 Safety circuit (IN3): doors
4 X2/17 Brake not open Therrmistors:
5 X2/18 Safety circuit (IN1): Feed-in ok
6 X2/19 Checkback travel contactor K 31 (1 = contactor off) Pipe rupture
7 X2/20 Brake contactor K 32 (1 = contactor off) Over
pressure
8 X2/21 Emergency electr. Operation, travelling direction down
9 X2/22 Travel contactor K 30 ( 1 = contactor off) both travelling Pump motor
directional fast OFF
contactors
off
10 X2/23 Emergency electr. Operation ON
11 X2/24 Emergency electr. Operation upward direction
12 X2/25 Fault safety module, front
13 X2/26 Fault safety module, rear
14 +5V 0 (not used)
15 ––– External control (1 = on)
16 X3/13 Zone signal, front
17 X3/12 v < 0,3 m/s 17 X3/12 v < 0,3 m/s 17
18 X3/11 Excess temperature of motor 18
19 X3/10
20 X3/9 Inverter ready for opereation 20 X3/9 Inverter
ready for
opereation
21 X3/8 Motor on power 21 X3/8 Motor on
power
22 X3/7 Monitoring of brake lining 22
23 X3/6 Zone rear

13
Fault diagnosis

2.1.4 Output map of the CPU

Bit CPU FI speed controlled FI position DSM Pole- Hydraulic

controlled changing
0 X2/1 ––– Contactor up Contactor Valve fast
slow down (4V)
Valve fast
(3V)
1 X2/2 ––– Contactor Valve fast up
fast (4V)
2 X2/3 Brake (K 32) Valve up
3 X2/4 Forced ventilation Contactor down Valve down
4 X2/5 Safety circuit enabling
5 X2/6 Travelling contactor (K 30) Contactor up Pump
6 X2/7 –––
7 X2/8 Enabling of front side safety module,
approaching, relevelling or position
8 X2/9 Enabling of front side safety module,
relevelling or position
9 X2/10 Enabling of safety module, zone shunting
10 X2/12 –––
11 X4/7 Relays on CPU (selector bus)
12 X4/1 Enabling of closed-loop controller
13 X4/2 Direction up vinsp

14 X4/3 vrelev. Bit 0 Binary vrelev.

15 X4/4 vappr. Bit 1 speed selection- vappr.
16 X4/5 vrat-1 Bit 2 (Mentor) vrat-1
17 X4/6 vrat Bit 3 vrat

14
Fault diagnosis

Faults in order related functions

08 1001 Fault upon initialisation of I/O-modules
→ no execution of order related functions

Faults in monitoring Causes in FSV-drives

10 1102 Motion time control as per TRA.
12 1103 Supervision of motor temperature. - Motor overloaded owing to stiffness

The windings of the motor have become too hot, signal at - Conductor to motor-thermistors interrupted

terminal X3.11 - Defective evaluator circuit in the FI

08 1110 Inplausible desired destination.

1113 Motion control of speed governor has tripped
1114 Brake monitoring
1116 Coupler of upper deceleration control sticking
1117 Coupler of lower deceleration control sticking
1118 Speed-stepping switches incorrectly
1119 Speed-stepping Standstill
1123 Watchdog-jumper not plugged
08 1125 V03 approach monitoring has tripped
08 1126 Brake lever input not available after brake enabling
08 1127 Brake lever input still engaged after brake drop-out
08 1128 Brake lining input not available after brake drop-out
08 1129 V03 relevelling monitoring has tripped
08 1130 V03 standstill monitoring has tripped
12 1135 Brake temperature exceeded
08 2101 Closed-loop control not ready. - Frequeny inverter defective
A fault in the motor-controller has caused the loss of the - Frequeny inverter too hot
signal at terminal X3.9 - Overvoltage in the mains
- Failure of feed-in voltage
01 2104 Safety circuit open (emerg.stop switch in car/manual
operating box)
08 2105 Contactor monitoring TRA, end of travel.
01 2106 Fault in safety module.
08 2107 Fault in car kight.
03 2108 Fault in door locking device.
06 2109 Timeout upon starting.
2111 Rope brake has tripped
2112 Slip of encoder too long
2115 Encoder monitoring
2120 Absolute encoder shows reading error
2121 Overpressure in hydraulic system
2122 Pipe rupture in hydraulic system
2124 Sperrung von Aufzugswärter
01 2131 Safety circuit in the feed-in section is open
01 2132 Safety circuit in the encoder section (shaft) is open
01 2133 Safety circuit in the door section is open
01 2134 Safety circuit in the door lock section is open
01 2136 Starts per Hour exceeded level setting
08 2137 Starts per Hour fell below level setting
08 2138 Duty Cycles exceeded level setting
08 2139 Duty Cycles fell below level setting
08 2140 Car speed in manual mode too high

15
Fault diagnosis

Faults in monitoring Causes in FSV-drives

08 3132 Safety circuit in the encoder zone (shaft) open
(on adjustment /configuration/EN81)

Faults in travel processing

08 2201 Controller not ready to work. - Frequency inverter defective
As a consequence of a fault in the motor controller the - Frequency inverter too hot
signal at terminal X3.9 has been removed upon starting - Overvoltage in the mains
- Failure of supply voltage
- Pulse encoder defective/not connected
- Reversed polarity in rotating field of motor
- Frequency inverter overloaded
08 2202 Break-contact of travel contactor (K31) does not open when
being activated.

08 2203 Signal MOTOR ON POWER not available. - Main contacts of travel contactor open or
The motor controller has been activated by the control, but defective
no current flow is getting established, no signal arrives at - Aux. make-contact on K31 defective
X3.8 - Wrong setting at the inverter
- Cables interrupted
08 2204 The breaker of the brake contactor (K32) does not open
when activated
08 2205 Checkback: travel contactor (K31) drops during travel.
08 2206 Checkback: travel contactor (K31) not dropped at end of
travel
08 2207 FI does not cancel DESTINATION REACHED when starting. With position control only
08 2208 Signal MOTOR ON POWER still available after end of travel -FI defective

08 2209 Signal MOTOR ON POWER extinguishes during travel - Wrong settings at the frequency inverter
- Travel contactor shortly opened
- Sequential fault in case of emerg. stop
08 2220 Fault in the program status of internal program faults
08 2221 Fault on sending of INV_ENABLING. Only with serial communication to the FI
08 2222 Fault in acknowl. of sending INV_ENABLING: Only with serial communication to the FI
08 2223 Fault on sending of CANCEL_INV_STOP. Only with serial communication to the FI
08 2224 Fault in acknowl. of sending CANCEL_INV_STOP. Only with serial communication to the FI
08 2225 Fault on sending of INVERTER_TIPP_STOP. Only with serial communication to the FI
08 2226 Fault in acknowl. of sending INVERTER_TIPP_STOP. Only with serial communication to the FI
08 1233 Input “brake not open“ not not switching
08 2227 Fault on sending of INV_TIPP_TELEGRAM. Only with serial communication to the FI
08 2228 Fault on acknowl. of sending INV_TIPP_TELEGRAM. Only with serial communication to the FI
08 2229 Fault on sending of INV_SETPOINTVAL_32. Only with serial communication to the FI
08 2230 Fault on acknowl. of sending INV_SETPOINTVAL_32. Only with serial communication to the FI
08 2231 Fault on sending of INV_TIPP_PARAMETER_READG Only with serial communication to the FI
08 2232 Fault on acknowl. of sending Only with serial communication to the FI
INV_TIPP_PARAMETER_READG.
08 2234 Input “brake not open“ not available

16
Fault diagnosis

Faults in the destination control

08 2301 Overflow of command lockout counter.
08 2302 Underflow of command lockout counter.
08 2303 Overflow of command filter counter.
08 2304 Underflow of command filter counter.
08 2305 Underflow of command input lockout counter.
08 2306 Overflow of command input lockout counter.

Fault in communication with frequency inverter

08 2401 Fault in transmitting of defined control parameter data to the inverter
08 2402 Cycle time Main loop critical
08 2403 Cycle time application critical

Fault in parameter input/output

08 1501 Checksum fault of the buffered parameter data
Measure:
Set again the parameter acc. to the lift data and carry out a shaft mapping (s.).
Re-configuration of the LON-nodes not required.
2502 Parameter-download has not been accepted.
2503 Checksum faultup on acceleration attempt data transfer from flash memory to Battram
2504 Data transfer Flashspeicher nach Battram
2505 Data transfer Battram to flash memory
2506 Fault upon writing of flash memory, write-time to high
2507 Fault upon writing of flash memory, data comparison faulty
2508 No flash memory available
2509 Data transfer flash memory to Battram refused, varying program versions of flash memory and control
08 3501 Fault in the proof-total of buffered parameter data.
ACTION: Parameters to be re-established in accordance with the elevator, and shaft teach-in to be executed (s.
chapter: Commissioning) Configuration of LON-nodes not required.

“Porter’s“ fault (door control)

03 2601 Motion control of front door has tripped
03 2602 Motion control of rear door has tripped.
03 2603 Safety module of front door locking magnet has tripped.
03 2604 Safety module of rear door locking magnet has tripped.
03 2605 Twist-shaft contact not switching
03 2606 Repeated door opening

17
Fault diagnosis

Fault LON (network)

08 2701 Door module front no response
08 2702 Door module rear no response
08 2703 Car module front no response
08 2704 Car module rear no response
08 2705 Call module no response
08 2706 Node number has been lost
08 2707 Key 1 stuck (call module).
08 2708 Key 2 stuck (call module).
08 2709 Key 3 stuck (call module).
08 2710 Car command key stuck
08 2711 NMG Power-UP reset occurred
08 2712 NMG External reset occurred
08 2713 NMG Watchdog reset occurred
08 2714 NMG Software reset occurred
08 2715 NMG Unknown reset occurred
08 2716 NMG Table code of load table wrong
08 2717 NMG Fetch Error no nodes installed
08 2718 NMG too many nodes found
08 2719 NMK Get Tab Entry falscher Tabellen-Code oder -Index
08 2751 Transmitting buffer overflow, messages have been lost.
08 2752 Wrong parameter upon receipt of a table from network manager.
08 2753 Unknown LON message, cannot be processed further.
08 2754 Default tables have not been loaded
08 2755 Table has not been canceled.
08 2756 Table has not been loaded.
08 2757 Required table contents not sent by LON
08 2758 LON-network has not been read-in
08 2759 Node has not been tied (i.e. no valid LON-network available).
08 2760 Lift no. has not been accepted.
08 2761 NMG synchronisiert nicht nach Reset
08 2762 NMG meldet Reset
08 2763 NMG LON configuration editor Sending buffer full, request aborted
08 2764 NMG LON configuration editor Heap full, request has not been generated
08 2765 NMG LON configuration editor No answer from LON-mdule
08 2766 NMK preemption message
08 2767 NMK queue overflowed
08 2768 NMK buffer busy
08 2769 NMK no ACK message received

18
Fault diagnosis

Fault in group control

08 2801 CAN-Module not initialized
08 2802 Transmitting buffer overflow, messages have been lost.
08 2803 Trnsmitting channel busy, messages have been lost
08 1804 2 or more controls are using identical lift nos.
08 2805 Underflow of the planned group orders counter
08 2806 Overflow of the planned group orders counter
08 2807 Underflow of the available group orders counter
08 2808 Overflow of the available group orders counter
08 2809 Door monitoring
08 2810 Light barrier monitoring

Faults in the shaft

08 2901 Deceleration switch in the shaft.
08 2902 Sequence of stop switches.
08 2903 Magnets in shaft: both correction switches (C_T, C_B) have been acknowledged.

19
Fault diagnosis

2.2 Bus modules

3
= LED on
4

6 ca. 10s

0 1 2 3 4 5 6 7 8 with 10 MHz
t [sec] after switching on
0 2 4 6 8 10 12 14 16 with 5 MHz

All bus modules including the CPU have a service-LED, that gives
information about the modul-status by certain blinking modes.
That, e.g. can be checked, if via the CPU a bus modul cannot be
activated. The service-LED will give information about the status of
the LON-chip:
(with lower pulse frequency the time periods are getting extended
accordingly)

2.3 Description of blinking sequences

1 LED flashes once after switching on of the voltage LON works normally
supply (or reset).
2 LED permanently on Hardware-fault
3 LED about 2 sec off (Power On Reset) Program not configured as autostarting
(applicationless, should not happen)
4 LED flashes cyclically Reset by watchdog-timer: Program waits for
external event (synchronization with central
computer) infinite loop in program.
5 LED blinks in intervals of a second The node has an application program, however is
unconfigured; the node must be loaded via
network (this case really should not happen).
6 LED is about 10 sec off (EEBLANK-EPROM has EEPROM of LON-chip is erased
been plugged)
7 LED does not flash after switching on Hardware-fault

20
Fault diagnosis

Menu structure

Main
Main menu
menu

Drive
Drive

Shaft
Shaft

Door
Door parameters
parameters

Configuration
Configuration

Group
Group

Service
Service

Commissioning
Commissioning

Command
Command memory
memory

Password
Password

21
Fault diagnosis

2.4 Drive menu

Drive
Drive

Driving
Driving system
system

Setpoint
Setpoint value
value output
output

Valve
Valve output
output

Feedback
Feedback closed-loop
closed-loop contr.
contr.

Brake
Brake pick-up
pick-up time
time

Electr.
Electr. brake
brake

Electr.
Electr. braking
braking completed
completed

Brake
Brake

Brake
Brake checkback
checkback

Brake
Brake monitoring
monitoring

Motor
Motor protection
protection

Motor
Motor ventilation
ventilation

Setpoint
Setpoint prior
prior to
to brake
brake

Brake-lifting
Brake-lifting delay
delay

Relevelling
Relevelling up
up coasting
coasting

Relevelling
Relevelling down
down casting
casting

Levelling
Levelling

22
Fault diagnosis

2.5 Shaft menu

Shaft
Shaft

Length
Length of
of vane
vane

LDG
LDG switching
switching points
points

Terminal
Terminal landing
landing

LDG
LDG description
description

LDG
LDG Offset
Offset

Decl./MinTrvl.
Decl./MinTrvl. Dst
Dst

UP/DOWN
UP/DOWN

DOWN
DOWN (optional)
(optional)

Insp.
Insp. trvl.
trvl. limiter
limiter

Acknowledgement
Acknowledgement window
window

Encoder
Encoder connector
connector

Encoder
Encoder rot.
rot. dir.
dir.

Encoder
Encoder resol.
resol.

Encoding
Encoding

Pre-limit
Pre-limit switch
switch

Deceleration
Deceleration contr.
contr.

Adjustment
Adjustment travel
travel

23
Fault diagnosis

2.6 Door parameter menu

Door
Door parameters
parameters

Kind
Kind of
of door
door

Approach
Approach

Door-time
Door-time short
short

Door-time
Door-time long
long

Reverse
Reverse time
time

Loading
Loading time
time

Nudging
Nudging time
time

Motion
Motion control
control

No.
No. of
of reversg.
reversg. runs
runs

Door
Door activation
activation

Locking
Locking magnet
magnet

Rot.
Rot. shaft
shaft door
door lock
lock

Emergency
Emergency stop
stop in
in the
the car
car

24
Fault diagnosis

2.7 Configuration menu

Configuration
Configuration

Kind
Kind of
of control
control

Car
Car priority
priority

Landing
Landing priority
priority

Fire
Fire emergency
emergency

Firemen
Firemen

Control
Control light
light OFF
OFF

Car
Car light
light OFF
OFF

Trvl.
Trvl. cont.
cont. lock
lock -out
-out

TrCntLckgTmClsdDoor
TrCntLckgTmClsdDoor

Comnd.
Comnd. to
to call
call prior.
prior.

Door
Door lock
lock monitoring
monitoring

Motion
Motion control
control
Car
Car fan
fan
Delay
Delay of
of starting
starting
Comand-misuse
Comand-misuse
Homing
Homing program
program
Signals
Signals C.O.P.
C.O.P.
Week-program
Week-program
Signals
Signals call
call units
units
Day-program
Day-program
Evacuation
Evacuation
Time
Time delay
delay
Visualisation
Visualisation
Oil
Oil warming-up
warming-up
EN
EN 81
81

Arrival
Arrival gong
gong

25
Fault diagnosis

2.8 Group menu

Group
Group

Group
Group status
status

Lift
Lift number
number

Lift
Lift type
type

Evaluation
Evaluation parameter
parameter

Decr./disp.
Decr./disp. call
call

LDG
LDG delay
delay time
time

Time
Time fl-to-fl
fl-to-fl run
run

External
External priority.
priority.

Control
Control // light
light off
off

Door-open
Door-open time
time

26
Fault diagnosis

2.9 Service menu

Service
Service

Fault
Fault memory
memory

Displaying
Displaying memory
memory

Canceling
Canceling memory
memory
Diagnoses
Diagnoses
Utilization
Utilization
I/O
I/O CPU
CPU
Sputnik-operation
Sputnik-operation
I/O
I/O Mod1
Mod1 inputs
inputs
Activation
Activation
I/O
I/O Mod1
Mod1 outputs
outputs
LDG-input
LDG-input
I/O
I/O Mod2
Mod2 inputs
inputs
Setting
Setting of
of time
time
I/O
I/O Mod2
Mod2 outputs
outputs
Setting
Setting of
of date
date
I/O
I/O Mod3
Mod3 inputs
inputs
Operation
Operation counter
counter
I/O
I/O Mod3
Mod3 outputs
outputs
Lightsensor
Lightsensor
I/O
I/O Mod4
Mod4 inputs
inputs
Light
Light monitoring
monitoring
I/O
I/O Mod4
Mod4 outputs
outputs
Light
Light treshold
treshold
I/O
I/O AA Mod5
Mod5 inputs
inputs

Language
Language I/O
I/O Mod5
Mod5 outputs
outputs

Service-Number
Service-Number I/O
I/O Mod6
Mod6 inputs
inputs
Elevator
Elevator Number
Number I/O
I/O Mod6
Mod6 outputs
outputs
Version
Version I/O
I/O Mod7
Mod7 inputs
inputs
Ser.
Ser. interfaces
interfaces I/O
I/O Mod7
Mod7 outputs
outputs
Debug
Debug

27
Fault diagnosis

2.10 Commissioning menu

Commissioning
Commissioning

Shaft
Shaft teach-in
teach-in

Encoder
Encoder exchange
exchange

LON-network
LON-network

Number
Number of
of nodes
nodes

Cancelling
Cancelling nodes
nodes

Teaching
Teaching

Configuration
Configuration

Network
Network read-in
read-in

Command
Command sending
sending

Inspection
Inspection speed
speed

Parameter
Parameter default
default

2.11 Password menu

Password
Password

Password
Password protection
protection

Password
Password modification
modification

Period
Period of
of validity
validity

28
Commissioning

3 Commissioning

3.1 Before switching-on

Plug in the electric emergency control device and switch on the
emergency operation mode. This prevents an inadvertent und
uncontrolled movement of the lift.
3.2 Switching on
Engage the main switch.
Check the protective circuits.
3.3 Parameterization
During factory tests the lift control has been preset to standard
parameters.
Fault no. 1501 (new 3501) reflects a fault in the parameters.
Check the parameters by random tests.
If the set lift parameters do not match the actual lift type, the
following essential parameters are to be entered first:

Menu Parameter Parameter value

Drive Driving system SPEED CONTROLLED
POLE REVERSING
HYDR. OPEN-LOOP CONTR.
HYDR. CLOSED-LOOP CONTR.
Setpoint value output BINARY
1 out of n
Valve output 3-valve
4-valve
Shaft Length of vane 380 mm (Standard)
Encoder connection INTERNAL
Encoder resolution 320 (Standard)
Door parameters Kind of door SEMATIC
AT 20
CH AS80
HINGED CH
MANUAL
AT 25
MANUAL AT
Group Lift no. 1 to 6 (Standard value 1)

Check frequency inverter parameters and adjust them to the

actually used motor (see frequency inverter manual). Now, the lift
can be run in electrical emergency operation mode.

29
Commissioning

3.4 LON-networt
The LON-nodes are read automatically after RESET and the LON-
networt is getting tied. In the display the following message
appears:

LON-nodes
reading

Please wait

Check number of nodes:
This is only required for the first commissioning, after exchanging
bus devices or in case of faults in the bus system.

Main menu
Commissioning
LON-Network ↓ No. of nodes: 010

Configuration Shaft teach in >No. of nodes CPU: 1 Pos.: 001
Service Encoder exchange Node cancelling Dr: 1 Clls: 006
>Commissioning >LON-networt Teaching Car: 1 I/O: 000

No. of nodes =

CPU + No. of car + No. of door + No. of car + No. of hall + No. of hall + No. of
modules modules position call panels position I/O-
(C.O.P.) (doors) indicators indicators modules

 Assignment of LON-nodes:

Main menu
Commissioning
LON-network ↓ LON-nodes

Configuration Shaft teach-in No. of nodes assignmt
Service Encoder exchange Node cancelling ABORT
>Commissioning >LON-network >Teaching

Set here TEACHING and confirm after 2-3 seconds with enter-key
↵ >. Now, the lift no. is assigned to the individual nodes. This step
<↵
has to be executed also with single lifts.

3.5 Shaft teach-in

Depending on the mode of shaft encoding a particular teach-in
travel has to be executed:

Shaft encoding with absolute encoder

30
Commissioning

3.5.1 Shaft teach-in with encoder

Run the lift with the emergency operation to the buffer.
Call successively in the main menu:

 Call successively in the main menu:

Main menu b Commissioning ↓ Shaft teach-in P +0000000 R00

Configuration >Shaft teach-in start: OK − Zone F0 R0 −
Di−
Service Encoder exchange teach-in compl ?
>Commissioning LON-network
Press <↵>

Run the lift with emergency electr.operation through the whole

shaft as far as beyond the top landing.

 Terminate the shaft teach-in by closing the dialogue:

P +0012560 R05 Teach-in ! Commissioning ↓

Zone F0 R0 −
Di− completed >Shaft teach-in
Teach-in compl. ? Encoder exchange
Press <↵> LON-network
Press <↵>

 Check the shaft teach-in. For that, call successively in the main
menu:

Main menu b Shaft b Terminal landg: 05 Shaft b

Drive LDG swtchg.points LDG swtchg.points
>Shaft >Terminal landing >Terminal landing
Door parameters LDG description LDG description

Check whether the no. of teached-in landings corresponds to the

no. of actually existing ones.
If not, check the zone switches and execute the shaft teach-in
again.
Call successively in the main menu:

Main menu b Shaft b Landing: 05 Shaft b

Drive LDG swtchg.points Pos[mm]: 012230 LDG swtchg.points
>Shaft Terminal landing Side: FD_FV Terminal landing
Door parameters >LDG description Text: 3 Knd: NORM >LDG description

Zone side, door side and landing position must correspond to the
actual shaft.

ATTENTION: Terminate the shaft teach-in always by

dialogue (not by reset!), otherwise a block
hecking fault may occur! All parameters that
have been set before will be overwritten with
basic values.

31
Commissioning

 Run the lift with emergency electr.operation as far as under the

top landing. Disengage the limit switches.
 Set rated speed and ramps at the frequency inverter.

 Set minimum travelling and deceleration distances in the menu:

Main menu b Shaft b V_range Vmax-0 Shaft b

Drive LDG description Decl.Dst[mm]: 3300 LDG description
>Shaft LDG offset Mintrv.dst[mm]:6600 LDG offset
Door parameters >Decl./Mintrav.dst. >Decl./Mintrav.dst.

 Set stopping distances.

For that, disengage Relevel ON (Set the value 00):

Main menu b Shaft b Swtchg.point [mm]: Shaft b

Drive >LDG swtchg.points Shutdown U:35 D:35 >LDG swtchg.points
>Shaft Terminal landing Relvl.ON: 00 Terminal landing
Door parameters LDG description Relvl.OFF U:10 D:10 LDG description

Run the lift with emergency electr. control to about 0,5 m beyond a
landing. Change into normal operation, lift will run with levelling
speed downwards and will stop at the nearest landing.

Shaft b Main menu b *** LC 2005 *** *

>LDG swtchg.points Drive NORMAL
Terminal landings >Shaft R03 F0,0 P+000010mm
LDG description Door parameters D00 D- FD][ RD][

Example: Lift stops above the landing => Stopping B: new value
35 - 000010mm = 25.
For Stopping T: proceed in the same way i.e. run lift about 0,5m
under any landing.....
Now, the stopping values for the relevelling can be established.
Proceed in same way as done for the stop switch. The value for
initiation of relevelling (Relvl. ON) must be set.
Check all lift-specific parameters and modify them if required.
Now, you can change into normal operation.

ATTENTION: With the lift standing off-landing, an adjustment

travel to the next landing will be initiated
automatically

32
Commissioning

3.6 Checking of the level position

For lifts with absolute encoding the level position of the car is to be
checked:

Check the level position of the car in each landing and measure
the difference.
If needed make necessary corrections in menu LDG-description.

Main menu b Shaft b Landing: 04 Shaft b

Drive LDG swtchg.points Pos[mm]: 010230 LDG swtchg.points
>Shaft Terminal landing Side: DF_VF Terminal landing
Door parameters >LDG description Text: 2 Knd: NORM >LDG description

 Increase or lower the mm-indications of the respective landing

position by the difference measured.

3.7 Reset to the CPU

33
SLC Sautter Lift Components GmbH & Co. KG
Borsigstrasse 26
70469 Stuttgart I Germany
Phone: +49 (0)711.860620
Fax: +49 (0)711.86062501
www.slc-liftco.com