Reisinger S 3000 User manual

OPERATING INSTRUCTIONS
SLIDING DOOR DRIVING MECHANISM
S 3000
V1.38EN 19.12.05

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Table of contents of operating instructions
1.0 General............................................................................................................................3
1.1 Information 3
2.0 Product description .......................................................................................................3
2.1 Designation / Model 3
2.2 Design 3
2.3 Driving mechanism 3
2.4 Components 3
2.5 Terminal (optional) 4
2.5.1 Basic function 4
2.5.2 Operating states 4
2.5.3 Key function 4
2.5.4 Parameter settings 4
2.5.5 Programm selector 5
2.6 Technical data 6
3.0 Scope of application ..................................................................................................... 6
3.1 Fields of application 6
3.2 Improper use 6
3.3 Safety 6
4.0 Assembly ........................................................................................................................ 6
5.0 Putting into operation ....................................................................................................6
5.1 Precondition 6
5.2 Set-up procedure 6
5.2.1 with terminal (plug-in terminal 50-53) 6
5.2.2 with notebook (plug-in terminal 1-3) 6
5.2.3 with >PARTLYOPEN< key (plug-in terminal 6,7) 6
5.3 Fault clearance during putting into operation procedure 7
6.0 Features ..........................................................................................................................7
6.1 Standard feature 7
6.2 Optional features 7
6.3 Safety features 7
7.0 Maintenance / Safety check...........................................................................................8
8.0 Fault clearance ............................................................................................................... 8
8.1 Error code 8
9.0 Parameters ..................................................................................................................... 9
9.1 Parameter list Terminal / RS232 9
9.2 Explanations regarding parameter list 10
9.2.1 Description 10
10.0 Setup via RS232 (PC, notebook)...............................................................................14
10.1 Configuration 14
10.2 List 15
11.0 Terminal diagrams ..................................................................................................... 16
11.1 Cable laying diagram 16
11.2 Terminal assignment 17
12.0 Dimensions.................................................................................................................18
12.1 Sectional drawing one-wing drive 18
12.2 Sectional drawing telescopic and two-wing drive 19

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1.0 General
1.1 Information
The operating instructions are handed over together with
the sliding door driving mechanism. They serve as sup-
porting material for the user in case of questions as to
the professional use and as a basis for the mechanic on
site when carrying out assembly, checking and fault
clearing work.
The door driving mechanism has been checked and
complies with the following directives:
Low voltage directive 73/23/EWG
Electromagnetic compatibility (EMC)
DIN EN 61000-6-1/3 2001
We are thus entitled to label the door driving mechanism
with the CE sign.
1.2 Signs and hints
The following signs are used in the instructions to give
you useful hints and tips or to show you the risks of im-
proper use.
Risk for people or the system in case of improper
use.
Useful hints and tips you should pay particular at-
tention to.
1.3 Instruction
The professional use and the risks in case of improper
use must be pointed out to permanent users of a door
system.
The appropriate operating instructions serve as an aid.
.
2.0 Product description
2.1 Designation / Model
DIN left or DIN right (right-/left-handed opening)
S 3000 one-wing
S 3000 two-wing
S 3000 telescopic
2.2 Design
Standard (up to150 kg)
Heavy (SK) (up to 250 kg)
Hermetic (HE) (up to 150 kg)
2.3 Driving mechanism
Sliding rail and trolley are made of anodized alu-
minium profile. The trolley is equipped with ball-
bearing rollers and adjustable ball-bearing counter
rollers.
The power of the driving unit is transmitted via a
special, low-maintenance toothed belt.
The self-optimizing processor control system elec-
tronically controls without limit switches all move-
ments. Electronic reversing can operate in both di-
rections.
Adjustable parameters:
Speeds, opening and closing forces, opening
widhts, open times etc.
2.4 Components
(1) Electrical terminal strip
(2) Motor, control unit
(3) Sliding rail fixing
(4) End buffer
(5) Toothed belt
(6) Sliding rail
(7) Toothed belt fixing
(8) Counter rollers
(9) Roller
(10) Sliding rail fixing
(11) Toothed belt deflecting device
(12) Trolley
(13) Equipotential bonding(optional)
(14) Derailing safety device
(15) Counter plate

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2.5 Terminal (optional)
>Terminal display in automatic mode<
The terminal consists of an LCD display with 16 x 2
characters, four status LEDs and a keyboard with four
keys.
2.5.1 Basic function
There are three basic terminal functions at the user’s
disposal:
1. Status display, all messages are displayed in
plain text. LEDs offer additional information.
2. Parameter input
3. Program Selector (PS)
2.5.2 Operating states
The display and the four coloured LEDs show the actual
operating state.
Green LED >permanent< : ready for operation
Blue LED >blinking< : selecting mode PS
Blue LED >permanent< : PS active
Yellow LED >blinking< : parameter input mode
Yellow LED >permanent<: safety check due
Red LED >flashing< : password protection active
Red LED >permanent< : fatal error
2.5.3 Key function
<E> Acceptance of the selected parame-
ters/functions.
<P> Three functions can be activated:
1. Change-over from main level to parameter
level and vice versa.
2. Abort at parameter or PS level
3. Position change in password or date/time
input
<+> and <>have two functions:
1. Selection of the parameter number or the
parameter value
2. Selection of the PS function
2.5.4 Parameter settings
The parameters are preset at works according to your
requirements and to the relevant standards.
Parameter modifications must only be carried out
by authorised staff. Improper modifications of the pa-
rameter values will exclude any liability of the manufac-
turer for damages resulting therefrom.
Example: Changing of the open time
>COMPLETELYOPEN 1<
>Terminal display in automatic mode PS<
Press <P> :
>Terminal display parameter input<
Use the <+> or <>key to select the desired pa-
rameter.
You will find the parameter list in chapter 9.1.
By means of parameter 62 all parameters are
set back to the works setting.

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>Display after pressing <+> key
Use the <E> key to acknowledge the selected pa-
rameter.
(Use the <P> key to abort the process)
>Display of the current parameter value<
Use the <+>or <>key to change the desired va-
lue.
Use the <E> key to accept the preset parameter
value (here 12s).
>Display after pressing <E> key<
2.5.5 Programm selector
The following modes are available:
1. Permanently open
2. Closing time [ ↑ ]
3. Winter mode [☼]
4. Electrical lock [  ]
5. Winter mode and closing time [☼↑]
6. Manual mode
Example: PS mode >Closing time<
>Standard display, PS inactive<
Parameter 61 = select 1.
>Display PS mode<
Use the <+> or <>key to select the desired mode
(here: Closing time [ ↑ ]). Use the <E> key to ac-
cept this mode.
>Display PS mode a ctive (blue LED) (Closing time)<

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2.6 Technical data
Supply voltage: 230V~ 50/60Hz
120V~ 50/60Hz (optional)
Protection class none (IP 00)
Power supply for external equipment:
24 V DC / max. 400 mA total current consumption
Power consumption: max.180 VA
Power consumption stand-by mode min.: 2 VA
Ambient temperature: -15°C to 50°C
Humidity: max. 85% non-condensing
Only for dry locations
Average consumption: 4 W/h
Door weights: Standard up to 150 kg
Heavy (SK) up to 250 kg
Hermetic (HE) up to 150 kg
Max. speed of each door wing: 0,80 m/s
Installation dimensions: ( LxHxD) var. / 120 / 52 mm
3.0 Scope of application
3.1 Fields of application
The driving mechanism has exclusively been designed
for indoor use and for locations meeting similar require-
ments only. Without additional safety measures, the driv-
ing mechanism is only allowed to be mounted inside
buildings. The driving mechanism has exclusively been
designed for the automatic operation of sliding doors.
The manufacturer will not assume any liability for appli-
cations beyond those specified.
3.2 Improper use
Individual components of different driving mechanisms
are not necessarily interchangeable.
3.3 Safety
Use the driving mechanism only in perfect technical
condition. Faults potentially affecting the safety must be
cleared immediately. The driving mechanism must be
disconnected until the fault has been cleared. If manual
operation cannot be guaranteed, the open door must be
secured such that further use will no longer be possible.
There must be a written notice on both sides of the door.
The driving mechanism may only be operated via the
operating elements intended for this purpose. In manual
mode, an acoustic warning signal is sounded, except
when the Pull and Go function (parameter 83) has been
set.
In case of a power failure, a smooth manual opening of
the door is guaranteed.
The door, in particular the driving unit, must be protected
against humidity and moisture.
Unauthorized modifications of the driving mecha-
nism as well as the installation of non-genuine spare
parts will exclude any liability of the manufacturer for
damages resulting therefrom.
4.0 Assembly
Only authorized technical staff is allowed to carry out the
assembly of the driving mechanism. The compulsory in-
struction on our premises is the basis for proper assem-
bly. The instruction material includes all instructions re-
quired for assembly.
5.0 Putting into operation
The setting up of the driving mechanism for the putting
into operation procedure described below must be re-
peated after each technical modification.
5.1 Precondition
The specifications in the operating instructions of
the driving mechanism must be observed.
Assembly work at the door and the driving mechanism
must have been finished and the height and the side
clearances of the door leaf must have been adjusted
such that a smooth pushing by hand along the total
opening width is guaranteed. If the door leaf is rough-
running, the set-up procedure must not be started.
5.2 Set-up procedure
A teach-in run is activated to identify the final posi-
tions. Keep all parts of the body away from any moving
parts during this run, as the driving mechanism will be
completely ready for operation only after a successful
teach-in run. An acoustic warning signal is sounded dur-
ing the set-up procedure.
Plug in mains plug of the driving unit and/or turn on cus-
tomer’s main switch. An automatic diagnostic check
starts. LEDs are blinking and the display indicates Firm-
wareversion / Module.
5.2.1 with terminal (plug-in terminal 50-53)
Press the <E> key until the automatic set-up procedure
is started (approx. 9 seconds).
5.2.2 with notebook (plug-in terminal 1-3)
Select parameter 50 at the notebook. The automatic set-
up procedure is started.
Notebook setting see chapter 10.0.
Data cable [item no.KA101.1005], USB/Serial adapter
[itemno.KA232.0000].
5.2.3 with >PARTLYOPEN< key (plug-in terminal
6,7)
While pressing the >PARTLYOPEN< key plug in mains
plug of the driving unit or turn on customer’s main
switch. Keep the key pressed until the automatic set-up
procedure is started.
The teach-in run will have been finished sucess-
fully as soon as the door wing remains closed after 3
automatic opening processes and the acoustic warning
signal stops.
The sliding door driving mechanism is now ready for
operation.

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5.3 Fault clearance during putting into opera-
tion procedure
If a fault occurs, all previous technical modifications will
have to be checked. A possible fault statement is dis-
played in the terminal / LED (see chapter 8.1). After fault
clearance start set-up procedure again.
6.0 Features
All licensed control elements such as push-buttons, light
barriers, dynamic pressure switches, code keyboard,
motion sensors etc. can be connected.
Keep all parts of the body away from any moving
parts. Be extremely careful within the range of the driving
unit!
6.1 Standard feature
Push-button for partial opening (PARTLY [6,7])
The sliding door opens partly and closes automatically
after a set period.
Push-button for complete opening 1 (COMPLETE 1
[4,5])
The sliding door opens completely and closes automati-
cally after a set period.
Push-button/switch for permanent opening
(PERMANENT[8,9])
The sliding door opens completely and closes only after
a push-button or the switch having been pressed anew.
Lock/limit switch (KEY [27,28])
All control elements are deactivated. This is necessary
for a mechanic lock.
Wall-mounted rubber contact strip (COMPLETE 2
[29,30] )
The sliding door opens completely and closes automati-
cally after the set period.
Special input (SI [25,26])
Input for special applications (see parameter 51)
6.2 Optional features
The following optional extras can be enabled on
request via modules.
Internal interlocking function (RS485 [14,15] ) module
3
Two or more S2000/3000 driving mechanisms can be
mutually interlocked. As soon as one door is
open/opened, the locking monitoring device will prevent
another door belonging to the interlock from being
opened.
A signalling (optical/acoustic) of the interlock state via
CHK1 [terminal 59,60] (unlocked) and CHK2[terminal
57,58] (interlocked) is possible (only with module 4 being
inactive).
External interlocking fucntion (K1/LOC [10,11/12,13] )
module 3
A mutual interlocking with an external door is possible.
As soon as one door is open/opened, the locking moni-
toring device will prevent another door belonging to the
interlock from being opened.
A signalling (optical/acoustic) of the interlock state via
CHK1 [terminal 59,60] (unlocked) and CHK2[terminal
57,58] (interlocked) is possible (only with module 4 being
inactive).
The max. total out put current of the switchable
outputs CHK1/2 is 0.4A, the voltage is 24V DC.
Motion sensor (MS I / MS O [31-38]) module 1
Automatic opening of the door when an object is de-
tected by the motion sensor/s. Closing after the open
time.
Equipotential bonding
Equipotential bonding via sliding contact.
Other optional connections
Code keyboard, remote control, non-contact button, ter-
minal, notebook, PC, fault detector identification etc.
6.3 Safety features
Elektronic reversing
In both motion directions, the reversing force is set to
less than 150 N (static).
If the door wing runs into an obstacle during its clos-
ing run, the door will reverse in OPEN direction. After
a separately adjustable time (parameter 5) the door
closes again. If the obstacle is not removed, this
process will be repeated up to n times (adjustable via
parameter 36). After that the door will remain open,
until a key is pressed.
If the door wing runs into an obstacle during its open-
ing run, the door will stop and carry out the selected
function in this position.
Safety element/s (LI 1/ LI 2 [61-66]) module2
An additional protection device of the closing zone
causes the door wing to reverse immediately, as soon as
the safety element is active/ is activated.
Emergency opening in case of power failure without
emergency module
Manual emergency opening of the door in case of a
power failure is easily possible (<50N), as there is no
“selflocking”.
Emergency module (ACCU [terminal 44,45]) module 5
In case of a power failure, the door can be
opened/closed approx. 50 times within one hour during
normal operation. (Special features see parameter 82).
Maximum service life of accumulator modules ac-
cording to manufacturer 4 years. The accumulator must
be replaced at two- to four-year intervals during a safety
check.

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7.0 Maintenance / Safety check
A due safety check of the S 3000 is indicated by the yel-
low LED at the motor unit and/or the terminal. The
maximum checking interval is 12 months . In case of a
large number of cycles or a delicate application, this
checking interval must be reduced! (Parameter 81).
A regular safety check is absolutely necessary for
a permanent and safe operation of the sliding door sys-
tem. This safety check must be carried out by technical
staff trained by Reisinger GmbH. You will thus prevent
the forfeiture of any warranty claims due to the interven-
tion of third parties!
According to the professional association direc-
tives BGR 232, power-operated windows, doors and
gates must be checked for safe operation before their
first putting into operation and at least once a year by a
technical expert.
The VOB/B 1996 directive §13 no.4 par.2 states: “In
case of mechanical and electrical/electronic systems or
parts thereof where the check affects safety and ser-
viceability, the period of limitation for warranty claims will
be one year notwithstanding §13 no.4 par. 1, if the cus-
tomer has decided to not assign the safety check work
to the contractor during the period of limitation.”
Before carrying out any work on the driving
mechanism and on live components, it is absolutely
necessary to unplug the mains plug thus interrupting the
power supply!
8.0 Fault clearance
The sliding door driving mechanism continuously carries out self-diagnoses and adjusts itself automatically.
In case of values beyond the set value range error messages are displayed. The error is indicated via the termi-
nal in plain text and as a colour code of the LEDs installed at the driving unit at the same height as the connec-
tor strip.
8.1 Error code
The white LED ☼(blinking) indicates a proper
monitoring cycle.
Colour code >Error display< Possible cause Fault clearance Reset
☼ Defective motor Defective motor elec-
tronics Service staff Not possible
Replace driving unit
☼Reversed 5 times Obstacle on travel path Remove obstacle Press any key
☼ Temperature too
high Overloading
Ambient temperature too
high
Clean sliding rail, ad-
just guide shoe Wait until driving unit has cooled down – starts auto-
matically then
☼Wrong path Toothed belt skipped
due to a forced opening
No teach-in run having
been carried out
Toothed belt or driving
belt torn
Tighten toothed belt
Carry out teach-in run
Service staff
Press any key
☼Teach-in run Door hard-going
Obstacle on travel path Check door running Remove obstacle Restart teach-in run
☼Electrical lock Mechanical or electrical
fault Check electrical lock
Service staff De-energize Replace lock
☼Current too high Door hard-going Check door running Press any key
☼Battery empty
Defective memory Defective/empty battery Service staff Not possible Replace driving unit

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9.0 Parameters
9.1 Parameter list Terminal / RS232
PDesignation
Terminal
Designation
RS232 min. max. Unit Works setting P Designati on Terminal
Designation
RS232 min. max
.
Works
setting
1Time PARTLY
OPEN Time PARTLY OPEN 0 200 s 1 51 Special function Special function 0 6 0
2
Time COMPLETELY
OPEN 1
Time
COMPLETELY
OPEN 1 0 200 s 12 52 Teach-in run with-
out speed test Teach-in run with- out speed test
3Time MS I Time MS I 1 200 s 1 53 Summer/winter Summer/winter
mode 010
4Time MS O Time MS O 1 200 s 1 54 Width su/wi Opening width
su/wi 40 100 80
5Time REV Time REV 1 200 s 5 55 Closing time Closing time 0 1 0
6
Time COMPLETELY
OPEN 2
Time
COMPLETELY
OPEN 2 1 200 s 12 57 Electrical lock Electrical lock 0 1 0
7
Eletrical lock locking
time Electrical lock locking time 1 60 s 1 58 Intelrock K 1S/I Interlock1 NO/NC 0 1 0
8Autom. start Autom. start 0 1 1 59 Autom. CLOSE
REV Autom. CLOSE af- ter REV 011
9Password Password 00000 99999 0 61 PS Program selectorr 0 1 0
10 Width PERMANENTLY
OPEN
Width
PERMANENTLY
OPEN 200 3000 mm door-dependent 62 Works setting Works setting
11 Width PARTLY
OPEN Width PARTLY OPEN 200 3000 mm door-dependent 63 Lighting frame Lighting frame 0 1 0
12 Width COMPLETELY
OPEN 1
Width
COMPLETELY
OPEN 1 200 3000 mm door-dependent 64 Relay K2 Relay K2 0 1 1
13 Width MS I Width MS I 200 3000 mm door-dependent 65 Acoustic signals Acoustic signals 0 1 1
14 Width MS O Width MS O 200 3000 mm door-dependent 66 Autom. holding
open Autom. holding open 010
15 Width PERMANENTLY
PARTLY OPEN
Width
PERMANENTLY
PARTLY OPEN 200 3000 mm door-dependent 70 Lock time 1 start
closing time Lock time 1 start closing time Format hh:mm:ss
16 Width COMPLETELY
OPEN 2
Width
COMPLETELY
OPEN 2 200 3000 mm door-dependent 71 Lock time 1 end
closing time Lock time 1 end closing time Format hh:mm:ss
17 Running-in OPEN Running-in zone
OPEN 50 200 mm 70 72 Lock time 2 start closing time Lock time 2 start closing time Format hh:mm:ss
18 Running-in CLOSE Running-in zone
CLOSE 50 200 mm 70 73 Lock time 2 end closing time Lock time 2 end closing time Format hh:mm:ss
19 Safe distance Safe distance 0 30 mm 10 74 Lock time 3 start
closing time Lock time 3 start closing time Format hh:mm:ss
20 Stop CLOSE Stop CLOSE 0 30 mm 10 75 Lock time 3 end
closing time Lock time 3 end closing time Format hh:mm:ss
21 Speed OPEN Speed OPEN 20 255 calculated by
means of teach-
in run 76 Lock time 1 check Lock time 1 check 0 1 0
22 Speed CLOSE Speed CLOSE 20 255 calculated by means of teach-
in run 77 Lock time2 check Lock timet 2check 0 1 0
23 Speed RUNNING-IN Speed
RUNNING-IN 20 100 calculated by
means of teach-
in run 78 Lock time3 check Lock time 3 check 0 1 0
24 Speed TEACH-IN Speed TEACH-
IN 20 100 calculated by
means of teach-
in run 80 Safety check Safety check
31 REV sensit. OPEN REV sensitivty
OPEN 20 999 100 81 Safety inteval Safety interval 3 12 12
32 REV sensit. CLOSE REV sensitivity
CLOSE 20 999 100 82 Accumulator check Accumulator check 0 2 0
33 Acceleration slope Acceleration slo-
pe 100 2000 400 83 Pull and Go Pull and Go 0 4 1
34 Braking slope OPEN Braking slope
OPEN 0 20 4 84 Safety elements Safety elements 0 1 0
35 Braking slope CLO-
SE Braking slope CLOSE 0 20 4 85 Number of safety elements Number of safety elements 121
36 REV cycles REV cycles 1 99 5 86 Light barrier1 self-
check Light barrier 1 self- check 010
40 Language Language 1 2 1 87 Light barrier2 self-
check Light barrier 2 self- check 010
41 Date Date Format
dd.mm.yy 88 Key lock time start Key lock time start Format hh:mm:ss
42 Time Time hh:mm:ss 89 Key lock time end Key lock time end Format
hh:mm:ss
43 Summertime Summertime 0 1 date-dependent 95 Modules Enable modules
50 Teach-in run Teach-in run

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9.2 Explanations regarding parameter list
Time
The time the door remains in OPEN position; unit seconds.
Width
The width is the travel path of the door from CLOSE position to OPEN position; unit millimeters.
Running-in zone
The driving unit has two running-in zones –one before reaching the CLOSE position and one before reaching the OPEN
position.
In the running-in zones, the driving unit slowly travels into its limit positions; unit millimeters.
Speed
Speed is the travelling speed of the door in OPEN or CLOSE direction; no unit; 255 ≈100%; (standard approx. 520 mm/s)
Reversing sensitivity
The reversing sensitivity is a central protective function. It defines the reversing point of the driving unit where the travelling
direction is reversed when running into an obstacle;
No unit – small values signify high sensitivity, great values signify low sensitivity.
Slope
Slope means the smooth starting or slowing down of the driving mechanism. No unit –small values signify a steep slope
(i.e. jerky start), great values signify a gentle slope (i.e. smooth start).
9.2.1 Description
Parameter 1 : Open time in seconds for partial opening
Parameter 2 : Open time in seconds for complete opening 1
Parameter 3 : Open time in seconds for motion sensorInside
Parameter 4 : Open time in seconds for motion sensorOutside
Parameter 5 : Open time in seconds after reversing
Parameter 6 : Open time in seconds for complete opening 2
Parameter 7 : Delay time until activation of electrical lock
Parameter 8: Automatic start
0 – door starts after actuation of key
1 – door starts automatically
Parameter 9 : Password protection of terminal.The 00000 value deactivates the password protection
Parameter 10 : Opening width in millimeters for permanent opening
Parameter 11 : Opening width in millimeters for partial opening
Parameter 12 : Opening width in millimeters for complete opening 1
Parameter 13 : Opening width in millimeters for motion sensor Inside
Parameter 14 : Opening width in millimeters for motion sensor Outside
Parameter 15 : Opening width in millimeters for permanent partial opening
Parameter 16 : Opening width in millimeters for complete opening 2
Parameter 17 : Running-in zone in millimeters for limit position OPEN
Parameter 18 : Running-in zone in millimeters for limit position CLOSE
Parameter 19: Safe distance in millimeters between trolley and end buffer of driving unit
Parameter 20: Braking distance before reaching limit position CLOSE

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In case in any change in speed, a new teach-in run must be carried out !
Parameter 21 : Travelling speed in OPEN direction. The parameter value should be between 100 and 150. This
means a speed of approx. 520 mm/s, depending on the door weight. In case of any change in
speed, a new teach-in run must be carried out!
Parameter 22 : Travelling speed in CLOSE direction. The parameter value should be between 60 and 90. This means
a speed of approx. 320 mm/s, depending on the door weight.In case of any change in speed, a
new teach-in run must be carried out!
Parameter 23 : Travelling speed to the OPEN/CLOSE limit positions. The parameter value should be between 30 and
45. This means a speed of approx. 50 mm/s, depending on the door weight. In case of any change
in speed, a new teach-in run must be carried out!
Parameter 24 : Travelling speed during teach-in run. The parameter value should be between 40 and 45. This means
a speed of approx. 100 mm/s, depending on the door weight.In case of any change in speed, a
new teach-in run must be carried out!
Parameter 31: Reversing sensitivity of the driving unit in OPEN direction when running into an obstacle. The works
setting of the parameter value is 100. It should only be modified with care! Smaller values signify a
higher sensitivity, greater values signify a lower sensitivity. In case of very small values, there is the
risk of the door not properly closing any longer – in case of very great values there is an increased
risk of injury.
Parameter 32: Reversing sensitivity of the driving unit in CLOSE direction when running into an obstacle. The works
setting of the parameter value is 100. It should only be modified with care! Smaller values signify a
higher sensitivity, greater values signify a lower sensitivity. In case of very small values, there is the
risk of the door not closing properly any longer – in case of very great values, there is an increased
risk of injury.
Parameter 33: The acceleration slope ensures a smooth startingof the door without any jerks. The works setting of
the parameter value is 400. It should only be modified with care! Smaller values signify a steeper
slope, i.e. the door is accelerated faster, greater values signify a more gentle slope, i.e. the door is
accelerated less fast.Attention! This parameter affects the service life of the driving mechanism on a
long-term basis. Very small values may reduce the service life of the driving mechanism. In case of
any change in the acceleration slope, a new teach-in run must be carried out!
Parameter 34: The braking slope OPEN ensures a fast slowing-down of the door in OPEN direction without any
jerks. The works setting of the parameter value is 4. It should only be modified with care! Smaller
values signify a steeper slope, i.e. the door is slowed down faster, greater values signify a more gen-
tle slope, i.e. the door is slowed down less fast. Attention! This parameter affects the service life of
the driving mechanism on a long-term basis. Very small values may reduce the service life of the driv-
ing mechanism. In case of any change in the braking slope, a new teach-in run must be carried
out!
Parameter 35: The braking slope CLOSE ensures a fast slowing-down of the door in CLOSE direction without any
jerks. The works setting of the parameter value is 4. It should only be modified with care! Smaller
values signify a steeper slope, i.e. the door is slowed down faster, greater values signify a more gen-
tle slope, i.e. the door is slowed down less fast. Attention! This parameter affects the service life of
the driving mechanism on a long-term basis. Very small values may reduce the service life of the driv-
ing mechanism. In case of any change in the braking slope, a new teach-in run must be carried
out!
Parameter 36 : Number ofreversings in case of obstacle on travel path
Parameter 40: Language option for terminal and RS232 edition:
1 -- German
2 -- English
Parameter 41: Actualdate
Parameter 42: Actual time
Parameter 43: Summertime
Parameter 50: Teach-in run is started

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Parameter 51: Special functions: special input SI
0 – no function
1 – input (NO contact) SI activated – emergency opening in case of interlocking; door OPENS and
remains in this position, until SI is deactivated. This opening of the door is indicated by an
acoustic signal.
2 – input (NO contact) SI activated – opening in case of key lock time being active (P88 / P89)
3 – input (NO contact) SI activated – all current functions are interrupted and the door closes
4 – input (NC contact) SI activated – interlocking is deactivated. PERMANENTLY OPEN function
will change to partial opening
5 – input (NC contact) SI activated – Pull and go is deactivated; all current functions are interrupted
6 – input (NO contact) SI activated – door opens and remains in this position, until SI is deactivated
Parameter 52: Teach-in run is started without automatic speed ajustment
Parameter 53: Summer mode / winter mode
0 – Summer mode, total opening width
1 – Winter mode, reduced opening width at xx% (P54).
Parameter 54: Opening width for winter mode in %
Parameter 55: Closing time
0 – normal mode
1 – closing time mode, motion sensor Outside is deactivated
Parameter 57: Automatic electrical lock
0 – deactivated
1 – active
Parameter 58: Interlock K1 as NO contact (0) or NC contact (1). K1 is activated at each opening of the door.
Parameter 59: 1 – after reversing door remains in open position until time (parameter 5) has elapsed
0 – after reversing door remains in open position until a key is pressed
Parameter 60: Status display
Parameter 61: Program selector
0 – deactivated
1 – active
Parameter 62: All parameters are reset back to works settings according to parameter list; after reset carry out
teach-in run!
Parameter 63 Lighting effect displayframe
0 – deactivated
1 – activated
Parameter 64 Fault and maintenance message via relay K2
1 – relay K2 as NO/NC contact opens/closes in case of a fault message or if maintenance is due
0 – deactivated
Parameter 65: Acousticsignal
0 – deactivated
1 – active
Parameter 66: Power-operated holding in OPEN and CLOSE limit position
0 – deactivated
1 – active
Parameter 70 Lock time closing time1: start (Motion sensor Outside is locked)
Parameter 71 Lock time closing time1: end (Motion sensor Outside is activated)
Parameter 72 Lock time closing time2: start (Motion sensor Outside is locked)
Parameter 73 Lock time closing time2: end (Motion sensor Outside is activated)
Parameter 74 Lock time closing time3: start (Motion sensor Outside is locked)
Parameter 75 Lock time closing time3 end (Motion sensor Outside is activated)
Parameter 76 Activation lock time closing time 1
0 – normal mode
1 – closing time mode

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Parameter 77 Activationlock time closing time 2
0 – normal mode
1 – closing time mode
Parameter 78 Activation lock time closing time 3
0 – normal mode
1 – closing time mode
Example : The motion sensor Outside is locked from 6 p.m. until 8 a.m.
1. Start 1: (P70) = 06:00:00 p.m.
2. End 1: (P71) = 08:00:00 a.m.
3. Closing time mode: P(76) = 1
Parameter 80: New safety check interval, internal counters are reset
Parameter 81: Maintenance interval in months
Parameter 82: Accumulator operation in case of power failure
0 – normal operation for approx. one hour at 50 cycles
1 – door OPENS in case of power failure and remains in this position until power returns
2 – all holding functions are deactivated; the door always closes immediately after an opening run
Parameter 83: Pull and GoFunction
0 – door cannot be operated manually. The door is kept closed by motor operation and an acoustic
signal warns the user in case of manual opening.
1 – door can be manually operated. The door is opened by motor operation. The CompletelyOpen1
function is carried out.
2 – door can be manually operated. The door is opened by motor operation. The PartlyOpen func-
tion is carried out.
3 – door can be manually operated. The door is opened by motor operation. The PermanentlyOpen
function is carried out..
4 – door can be manually operated. The door opens automatically until the set opening width (pa-
rameter 15) is reached. The PermanentlyPartlyOpen function is carried out.
Parameter 84: Safety elements: 0 – deactivated
1 – active
Parameter 85: Number of safety elements: 1 –Operation with one safety element
2 – Operation with two safety elements
Parameter 86: Self-monitoring function for safety element 1: 0 - deactivated
1 – active
Parameter 87: Self-monitoring function for safety element 2: 0 –deactivated
1 – active
Parameter 88 Key lock time start – time when all operating elements are locked.
Parameter 89 Key lock time end – time when all operating elements are reactivated.
Example : The operating elements are locked from 4 p.m. until 6 a.m.
1. Start: (P88) = 04:00:00 p.m.
2. End: (P89) = 06:00:00 a.m.
Parameter 95 Enable program modules (5-digit);
1 – motion sensor
2 – safety elements
3 – interlocking function
4 – self-monitoring function for safety elements
5 – accumulator operation (emergeny power)

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10.0 Setup via RS232 (PC, notebook)
For the comfortable set-up of the S 3000 a terminal pro-
gram (Hyper terminal) and a data cable (item number
KA101.1005) are required. You will find the program un-
der Programs/Accessories. (Windows 98,ME,XP);
10.1 Configuration
Before the first start the following link settings must be
entered.
Enter link name and select link:
Select link:
Enter linking features:
Select font and size:
Other settings:
Complete data link.
Plug in data cable [terminal 1-3] and connect it to the PC (9pole
D-Sub) at the serial interface (RS 232).
Important !! The sliding door must be closed
during data communication.

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10.2 List
Start command: sys 
Page 1
Sliding door driving mechanism S 3000 L EType:12345
Reisinger GmbH (c) 2005 V 1.380 S/N : 0401001 MType:STANDARD
--------------------------------------------------------------------------------
1. Time PARTLY OPEN 1 [ s] 21. Speed OPEN 144 [--]
2. Time COMPLETELY OPEN 1 12 [ s] 22. Speed CLOSE 90 [--]
3. Time MS I 1 [ s] 23. Speed RUNNING-IN 36 [--]
4. Time MS O 1 [ s] 24. Speed TEACH-IN 48 [--]
5. Time REV 5 [ s] 25. --
6. Time COMPLETELY OPEN 2 12 [ s] 26. --
7. Electrical lock locking time 0 [ s] 27. --
8. Automatic start 1 [--] 28. --
9. Password 0 29. --
10. Width PERMANENTLY OPEN 1123 [mm] 30. --
11. Width PARTLY OPEN 800 [mm] 31. REV sensitivity OPEN 100 [--]
12. Width COMPLETELY OPEN 1 1123 [mm] 32. REV sensitivity CLOSE 100 [--]
13. Width MS I 1123 [mm] 33. Acceleration slope 400 [--]
14. Width MS O 1123 [mm] 34. Braking slope OPEN 4 [--]
15 Width PERMANENTLY PARTLY OPEN500[mm] 35 Braking slope CLOSE 4 [--]
16. Width COMPLETELY OPEN 2 1123 [mm] 36. REV cycles 5 [--]
17. Running-in zone OPEN 70 [mm] 37. --
18. Running-in zone CLOSE 70 [mm] 38. --
19. Safe distance 10 [mm] 39. --
20. Stop CLOSE 10 [mm] 40. Language 1 [--]
0. Quit 98. P41..P80 97. P81..P951.
Page 2
Sliding door driving mechanism S 3000 L EType: 12345
Reisinger GmbH (c) 2005 V 1.380 S/N : 0401001 MType: STANDARD
41. Date 14.03.05 61. Program selector 0 [--]
42. Time 09:46:47 62. Works setting
43. Summertime 0 [--] 63. Lighting frame 0 [--]
44. -- 64. Relay K2 1 [--]
45. -- 65. Acoustic signals 1 [--]
46. -- 66. Autom. holding open 0 [--]
47. -- 67. --
48. -- 68. --
49. -- 69. --
50. Teach-in run 70. Lock time 1 Start Closing time 00:00:00
51. Special function 0 [--] 71. Lock time 1 End Closing time 00:00:00
52. Teach-in run without speed test 72. Lock time 2 Start Closing time 00:00:00
53. Summer/winter mode 0 [--] 73. Lock time 2 End Closing time 00:00:00
54. Opening width su/wi 80 [ %] 74. Lock time 3 Start Closing time 00:00:00
55. Closing time 0 [--] 75. Lock time 3 End Closing time 00:00:00
56. -- 0 [--] 76. Lock time 1 Check 0 [--]
57. Electrical lock 0 [--] 77. Lock time 2 Check 0 [--]
58. Interlock K1 NO/NC 0 [--] 78. Lock time 3 Check 0 [--]
59. Auto CLOSE after REV 1 [--] 79. --
60. Status display 80. Safety check 04.03.06
0. Quit 97. P81..P95 99. P01..P40
Page 3
Sliding door driving mechanism S 3000 L EType: 12345
Reisinger GmbH (c) 2005 V 1.380 S/N : 0401001 MType: STANDARD
81. Safety interval 12 [mo]
82. Accumulator check 0 [--]
83. Pull and Go 1 [--]
84. Safety elements 0 [--]
85. Number of safety elements 1 [--]
86. Safety element 1 self-check0 [--]
87. Safety element 2 self-check0 [--]
88. Key lock time Start 00:00:00
89. Key lock time End 00:00:00
95. Enable modules
0. Quit 99. P01..P40 98. P41..P80

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11.0 Terminal diagrams
11.1 Cable laying diagram

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11.2 Terminal assignment

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12.0 Dimensions
12.1 Sectional drawing one-wing drive

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12.2 Sectional drawing telescopic and two-wing drive

-20 –
Reisinger GmbH
Unterschöllenbacher Straße 1
90562 Kalchreuth
Tel.: +49 (0) 911 – 956 80 70
Fax: +49 (0) 911 – 956 80 72
www.reisinger.de
[email protected]