background image

51/05

- 7 –

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 de vice 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]) module 2

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

.

Summary of Contents for S 3000

Page 1: ...OPERATING INSTRUCTIONS SLIDING DOOR DRIVING MECHANISM S 3000 V1 38EN 19 12 05 ...

Page 2: ...th 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 ...

Page 3: ...t 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 to 150 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 troll...

Page 4: ... 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 wo...

Page 5: ...r 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...

Page 6: ...f 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 op...

Page 7: ...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 4...

Page 8: ...cessary 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 ...

Page 9: ...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...

Page 10: ...partial opening Parameter 2 Open time in seconds for complete opening 1 Parameter 3 Open time in seconds for motion sensor Inside Parameter 4 Open time in seconds for motion sensor Outside 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...

Page 11: ...increased risk of injury Parameter 33 The acceleration slope ensures a smooth starting of 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 servic...

Page 12: ...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...

Page 13: ...unction 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 c...

Page 14: ...ms 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 commun...

Page 15: ... 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 tim...

Page 16: ... 16 11 0 Terminal diagrams 11 1 Cable laying diagram ...

Page 17: ...51 05 17 11 2 Terminal assignment ...

Page 18: ... 18 12 0 Dimensions 12 1 Sectional drawing one wing drive ...

Page 19: ...51 05 19 12 2 Sectional drawing telescopic and two wing drive ...

Page 20: ... 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 info reisinger de ...

Reviews: