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9.3

 

Safety elements 

No. 

Description 

Cause 

Elimination 

Checking 

Reaction 

E20 

01 

SER Test 

SER Test signal unsuccessful. 

SER short-circuit to the earth. 
Check the cabling of the sensor or the 
jumper. 

Prior to closing. 

02 

SER too slow. 

SER reacts too slowly. 
Check the cabling of the sensor. 
Check for polarity reversal/test signal. 

E21 

01 

SES Test 

SES Test signal unsuccessful. 

SES short-circuit to the earth. 
Check the cabling of the sensor or the 
jumper. 

Prior to opening. 

02 

SES too slow. 

SES reacts too slowly. 
Check the cabling of the sensor. 
Check for polarity reversal/test signal. 

E22 

01 

EMY Test 

EMY input on 24 V. 

Check the jumper EMY. 
Check the cabling EMY. 

Permanent 

 

9.4

 

Feeding 

No. 

Description 

Cause 

Elimination 

Checking time 

Reaction 

E30 

01 

30 V Error 

30 V too low. 

Mains failure, overload motor. Check the 
feed-in. Replace the hardware. 

Permanent 

02 

30 V too high. 

03 

Error upon switching-on. 

E31 

01 

24 V General 

Error upon switching-on. 

Overload, short-circuit 24 VDC onto 
terminals X101, X102 or X106 (Relay 
PCB). 

Permanent 


Restart 
after 10s 

02 

Over- resp. under-voltage. 

E32 

01 

24 V Safety 

Over- resp. under-voltage. 

Overload, short-circuit 24 VDC onto 
terminals X105 or X107. 

E33 

01 

24 V E-Lock 

Error: 
Over- resp. under-voltage. 

Overload, short-circuit 24 VDC onto 
terminal X108. 

02 

Premonition: 
Over- resp. under-voltage. 

E34 

01 

24 V CAN 

Over- resp. under-voltage. 

Overload, short-circuit external power 
supply CAN. 

 

9.5

 

System 

No. 

Description 

Cause 

Elimination 

Checking time 

Reaction 

E50 

01…99 

System error 

Unexpected hardware or 
software event. 
 

Switch the drive unit off/on. 
Carry out a Factory Reset, carry out a Software 
Update, inform the manufacturer. 

Permanent 

W or H or F 

E51 

01…99 

E52 

01…99 

 

9.6

 

Options 

No. 

Description 

Cause 

Elimination 

Checking time 

Reaction 

E60 

00 

Relais PCB 0 

Option PCB has been 
removed, its address 
changed or become 
defective. 

Check if the option is provided. 
If defective: Replace or remove from the 
configuration. 

Permanent 

10 

Relais PCB 1 

20 

Radio PCB 

 

9.7

 

Closing sequence 

No. 

Description 

Cause 

Elimination 

Checking time 

Reaction 

E70 

xx 

CAN bus setting 

CAN address xx existing 
twice. 

Correctly define the role of the closing 
sequence. 

Permanent 

E71 

01 

CAN connection 

No CAN connection 

Plug in, check or replace the CAN cable. 
Check if all the CAN participants are switched 
on. 

Permanent 

 

 

 

Summary of Contents for FD 10

Page 1: ...Swing door drive unit FD 10 pilot series Mounting and operating instructions Com no Pos Year of construction Operator Operating place...

Page 2: ...justments 19 7 1 Motion parameters PARAMETER 19 7 2 Configuration CONFIG 20 7 3 Installation with multiple door leaves Double Door 21 8 Menu navigation 22 8 1 PARAMETER 22 8 2 CONFIG 22 8 3 DOUBLE DOO...

Page 3: ...anent torque output shaft 56 Nm Short term torque output shaft 165 Nm Distance door hinge Output shaft Lintel mounting 100mm 160mm GSD Lintel depth Normal rods max 250mm Sliding rods pl 50 150 mm pull...

Page 4: ...tel mounting Lintel depth Option Axle extension Standard none 10 18 36 0548 190 10 10 28 46 0548 191 20 10 38 56 0548 192 30 10 48 66 0548 193 40 10 58 76 0548 194 50 10 68 86 adjust dimensions accord...

Page 5: ...the consequence that some measures will change 28mm and thus need to be adapted accordingly Lintel depth mm Max door opening angle 0 50 105 51 100 100 100 150 95 Option Axle extension Standard none 33...

Page 6: ...thus need to be adapted accordingly Option Axle extension Standard none 10 18 40 0548 190 10 10 28 50 0548 191 20 10 38 60 0548 192 30 10 48 70 0548 193 40 10 58 80 0548 194 50 10 68 90 adjust dimensi...

Page 7: ...e The fixing holes of the drive module must always be on the side facing the door hinge 2 Fasten the chassis by means of six screws M6 to lintel 3 Fasten the drive module by means of four screws M5 to...

Page 8: ...nction the arrow with description PULL points to the chassis 4 Route the reference switch cable the mains cable and program switch cable on the side cover below the drive module 5 Screw earth cable to...

Page 9: ...le the reference switch cable and program switch cable into the control unit c Fasten the control unit by means of three screws M5 to the chassis d For sliding rods with pulling function first release...

Page 10: ...ace side of the control unit 7 If required route the cable for sensors motor lock button etc below the drive module and the control unit and connect them 8 Mount the selected rods according to drawing...

Page 11: ...slight hit onto the screw heads b Open the door leaf to the desired maximum opening angle c Turn the stop piece till it stops and retighten the screws 6Nm 1 Open the door leaf and let it close by mea...

Page 12: ...t the power supply into the mains supply terminal b Fasten the power supplies with the strain relief clip onto the side cover c Insert mains cable into the mains supply terminal 3 Fasten both side cov...

Page 13: ...er commissioning a Degrease the glued surface on the covering b Remove white sticker protective sheet D c Affix the stencil B with the Logo C on the lower right corner of the covering and press on wel...

Page 14: ...only act upon the Master single leaf operation Opening elements connected to Slave act upon the Master as well as on the Slave bi parting operation The safety elements SER and SES are connected to th...

Page 15: ...desired time lag of the closing angle Note In cases where a mechanical closing sequence regulator is used start with a AcSeq of 90 6 Configuration of the Slave drive unit DubleD SlaveA AoSeq desired t...

Page 16: ...tic closing upon expiration of the adjustable hold open time MANUAL position 0 The drive mechanism and the control elements are switched off The door leaf can be manually opened The door leaf is close...

Page 17: ...ward once the display direction is switched to a readable position 3 Programming the type of rods Rod Move the joystick to the left to the right Validate the correct type of rods by means of OK In the...

Page 18: ...ed closing direction 11 Upon completion of the first learning run the following message is displayed 12 The display should immediately supply the following information 13 By means of an opening comman...

Page 19: ...Door rectification time time press close 0 0 4 0 s 0 5 s FLock Pressing force during locking force lock only effective if TLock is 0 0 0 7 0 A 2 0 A FSlam Accelerating function force slam 0 10 OFF FWi...

Page 20: ...e if relay PCB 0 is plugged in OPEN RC 0 3 Parametrizable relay output 3 on optional PCB 1 only visible if relay PCB 0 is plugged in ERROR RC 0 4 Parametrizable relay output 4 on optional PCB 1 only v...

Page 21: ...eD Closing sequence role Master Slave and interlock side A B OFF MastrA SlaveA MastrB SlaveB OFF AoSeq Current delay angle for opening sequence control Slave only visible if DubleD is active 0 110 20...

Page 22: ...etection EMY Emergency element PUGO Push and Go 2nd display line at the bottom left hand side the presently enabled operating mode is displayed a frame around the symbol indicates the overriding opera...

Page 23: ...s value is memorized 8 5 ERROR ACTIVE Pending active errors The pending active errors are displayed in a list This list is updated at the end and the latest additions appear during the next passage A0...

Page 24: ...any other joystick movement The setting up procedure can be canceled by means of the D BEDIX C key Setting of the opening angle Ao During the first setting up run the drive unit moves to the open posi...

Page 25: ...tching point of the reference switch The reference switch must be activated in the closed position switching contact open Open position F 02 Not detected in the closed position Prior to the first sett...

Page 26: ...resp under voltage E32 01 24 V Safety Over resp under voltage Overload short circuit 24 VDC onto terminals X105 or X107 E33 01 24 V E Lock Error Over resp under voltage Overload short circuit 24 VDC...

Page 27: ...ct the cabling of the opening elements LED SE safety element yellow is not lighted LED OE opening command blue is not lighted despite the active opening element The opening command is not evaluated Ch...

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