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TST 

Assembly Instructions 

FUZ2-A/-B/-C/-CX/-L 

 

FEIG ELECTRONIC GmbH

 

Page 4 of 71

 

FUZ2-A-B-C-CX-L_Montageanleitung_GB_10.docx 

Contents 

Notes 

2

 

General information about this document 

1

 

1

 

General description and intended use 

6

 

2

 

Safety information 

7

 

3

 

Installation of the controller 

8

 

4

 

Housing options 

9

 

4.1

 

Housing option 1 / small housing............................................................................................... 9

 

4.1.1

 

Installation position of the cover ................................................................................................ 9

 

4.2

 

Additional heat sink for small housing .................................................................................... 10

 

4.3

 

Housing option 2 / large housing ............................................................................................. 13

 

5

 

Electrical connection 

14

 

5.1

 

Power supply voltage without main switch ............................................................................. 15

 

5.2

 

Power supply voltage with main switch .................................................................................. 16

 

5.3

 

Motor and brake ......................................................................................................................... 17

 

5.4

 

Safety edge on the integrated evaluation ................................................................................ 18

 

5.4.1

 

Optical safety edge ................................................................................................................. 18

 

5.4.2

 

Electrical resistance  safety edge ........................................................................................... 19

 

5.5

 

Safety edge at the 2nd Integrated evaluation (input 10) ........................................................ 20

 

5.5.1

 

Optical safety edge ................................................................................................................. 20

 

5.5.2

 

Electrical resistance  safety edge ........................................................................................... 21

 

5.5.3

 

Digital input ............................................................................................................................. 21

 

5.6

 

Light curtain TST LGB ............................................................................................................... 22

 

5.6.1

 

Installation of the TST LGB ..................................................................................................... 22

 

5.6.2

 

Connection of the TST LGB .................................................................................................... 23

 

5.7

 

Limit switchconnection ............................................................................................................. 24

 

5.7.1

 

Absolute encoder TST PE or TST PE FSB with WICAB system ............................................ 24

 

5.7.2

 

Absolute encoder TST PD ...................................................................................................... 25

 

5.7.3

 

Absolute encoder  DES ........................................................................................................... 26

 

5.7.4

 

Mechanical limit switches ........................................................................................................ 27

 

5.8

 

Photo eye .................................................................................................................................... 28

 

5.9

 

External triggering devices ....................................................................................................... 28

 

5.10

 

Traffic light connection ............................................................................................................. 29

 

5.11

 

Overview of outputs ................................................................................................................... 30

 

5.12

 

Overview of inputs ..................................................................................................................... 31

 

Summary of Contents for TST FUZ2-A

Page 1: ...agehandleiding op IT ATTENZIONE INDICAZIONI SULLA SICUREZZA IMPORTANTI Prestare attenzione alle note alla pagina 3 delle presenti istruzioni di montaggio ES ATENCION INDICACIONES IMPORTANTES DE SEGURIDAD Deben seguirse las indicaciones detalladas en página 3 de estas instrucciones de montaje Attention Important Safety Information These instructions must be observed to ensure personal safety Store ...

Page 2: ...tions and provides no warranty of properties Additional functions and descriptions for individual door functions as well as more precise specifications for the controller and hazard warnings are available in the main description The compilation of the information in this document has been done to the best of our knowledge and with due diligence FEIG ELECTRONIC GmbH does not warrant the correctness...

Page 3: ...the different danger areas and useful tips ATTENTION indicates a risk to persons if the procedure is not carried out as described WARNING indicates that the controller is at risk points out information which is IMPORTANT to the operation of the door controller and or the door points out information which is useful but not essential for the use of the door controller ...

Page 4: ...geables dans la zone téléchargements de www feig de Prière de vous logger avec les données suivantes Nom d utilisateur Download Mot de passe feig NL LET OP BELANGRIJKE VEILIGHEIDSINSTRUCTIES Voor de veiligheid van personen is het belangrijk om deze aanwijzingen op te volgen Deze aanwijzingen dienen bewaard te worden Deze montagehandleiding kunt u vinden als download op www feig de Gelieve de volge...

Page 5: ...TST Assembly Instructions FUZ2 A B C CX L FEIG ELECTRONIC GmbH Page 3 of 71 FUZ2 A B C CX L_Montageanleitung_GB_10 docx 1 2 3 Download feig ...

Page 6: ...ltage with main switch 16 5 3 Motor and brake 17 5 4 Safety edge on the integrated evaluation 18 5 4 1 Optical safety edge 18 5 4 2 Electrical resistance safety edge 19 5 5 Safety edge at the 2nd Integrated evaluation input 10 20 5 5 1 Optical safety edge 20 5 5 2 Electrical resistance safety edge 21 5 5 3 Digital input 21 5 6 Light curtain TST LGB 22 5 6 1 Installation of the TST LGB 22 5 6 2 Con...

Page 7: ...ion mode 40 7 4 Execute a reset 40 7 5 Entry into the extended parameter configuration mode 40 8 Basic settings 41 8 1 Automatic query of basic data 41 9 Startup 43 9 1 with absolute encoder or incremental encoder 43 9 2 with mechanical limit switches 44 9 3 with light curtain TST LGB 45 9 4 Renewed request for learning limit positions 47 9 5 Boost increase in performance forlow speeds 47 10 Movem...

Page 8: ...tion etc Evaluation of additional safety equipment on the door e g photo eyes light curtains etc Evaluation of control circuits at the door e g pull switch radio inductive loops etc Evaluation of emergency stop controls Electronically protected 24V low voltage power supply for sensors and control devices 230 V power supply to external units Control of application specific outputs such as relays fo...

Page 9: ...erall documentation or as part of the operating instructions of the door Any installation startup and maintenance work must only be performed by qualified specialists In particular the following regulations must be observed VDE0100 EN 50110 VDE0105 EN 60204 VDE0113 EN 50178 VDE0160 EN 60335 VDE0700 fire protection codes accident prevention regulations as well as the relevant regulations for indust...

Page 10: ... and the CEE plug must be within easy reach A not rotating motor is no indication of the galvanic isolation from the power grid The line supply connection terminals motor terminals and terminals for the brake resistor can still carry dangerous voltages e g under stop or emergency stops If the supply cable is damaged it must be replaced by the manufacturer or another qualified person in order to av...

Page 11: ...on 1 small housing This type of housing is used for controller types TST FUZ2 A TST FUZ2 B and CX The expansion card TST RFUxK can be used in this housing only in combination with controller type TST FUZ2 B Min 100mm Min 100mm 1x230VAC N PE Abstandhalter Figure 1 Installation in small housing 300 160 80 Floor Ca 1300 Figure 2 Drilling template small housing 4 1 1 Installation position of the cover...

Page 12: ...sufficient for example in barrier housings an additional heat sink must be inserted between the controllers housing and the additional housing to dissipate heat to the outside This additional heat sink is mounted for example on the barrier housing and the controller is mounted above it without the spacers so that the additional heat sink is clamped between the controller and the cabinet The additi...

Page 13: ...X L FEIG ELECTRONIC GmbH Page 11 of 71 FUZ2 A B C CX L_Montageanleitung_GB_10 docx The additional heat sink must be bolted to the housing and then controller can be installed Figure 5 Drilling layout for additional heat sink and controller ...

Page 14: ...tung_GB_10 docx The following images show the installation of the heat sink with the controller Step 1 install additional heat sink Use the following screws Use countersunk screw M4 DIN 965 Step 2 remove the spacer Do not use spacers Step 3 install the controller All four screws must be completely recessed ...

Page 15: ... A B C CX L_Montageanleitung_GB_10 docx 4 3 Housing option 2 large housing This type of housing is used for controller types TST FUZ2 CGH TST FUZ2 B and LGH Min 100mm Min 100mm Figure 6 Installation in large housing 415 179 Floor Ca 1300 89 5 Figure 7 Drilling template large housing ...

Page 16: ...ects to operate the keys The keypad is only designed to be operated by human fingers If the potential free contacts of the output relays or other terminals are supplied by an external voltage i e dangerous voltages that are still present after switching off the controller or disconnecting power you must attach a suitable warning sign to the housing ATTENTION Disconnect all supply circuits before o...

Page 17: ...terminals 2 5 2 5 0 5 Line supplies 2 5 1 5 0 5 screw terminals catch 5 mm 2 5 1 5 0 5 plug in terminals catch 5 mm 1 5 1 0 0 4 plug in terminals catch 3 5 mm 1 5 1 0 0 25 Recheck all wiring connections before turning the controller on Incorrect connections may damage the unit 5 1 Power supply voltage without main switch PE N L CEE plug 3 poles blue Fuse 16A K Type L N L N N L Figure 8 Connecting ...

Page 18: ...ctions FUZ2 A B C CX L FEIG ELECTRONIC GmbH Page 16 of 71 FUZ2 A B C CX L_Montageanleitung_GB_10 docx 5 2 Power supply voltage with main switch L N X13 Sicherung 16A K Typ N N L PE PE L Figure 9 Connecting the power cable ...

Page 19: ...e including brake connection and limit switch connection Brake rectifier Figure 10 Motor connection Use a shielded motor cable in order to guarantee error free operation of the controller In addition no other conductors except the motor connection may be included in this line In the case of drive units with an electronic brake ensure that the brake is equipped with adequate suppression We recommen...

Page 20: ...nected when the door control system is switched on it will be recognized automatically If no safety edge is connected automatic closing of the door is not possible Use of additional types of safety edges is possible Please contact the door manufacturer in this respect 5 4 1 Optical safety edge 45 44 43 42 41 Spiral cable Junction box 41 42 Slack rope switch optional slip door switch brown white Ju...

Page 21: ...4 2 Electrical resistance safety edge 45 44 43 42 41 Spiral cable Junction box 8K2 43 44 41 42 Slack rope switch optional slip door switch brown white Outside white Inside brown Jumper J 800 is located to the left and behind terminal 61 62 1 3 J800 1 2 8 2K 1 2K J800 Figure 12 Connecting an electrical resistance safety edge ...

Page 22: ... connected for example Dynamical optical system Electrical safety edge with 1 2 kΩ or 8 2 kΩ terminating resistor Digital input Use of additional types of safety edges is possible Please contact the door manufacturer in this respect 5 5 1 Optical safety edge 66 65 64 63 62 61 brown white Jumper J 801 is located to the left and behind terminal 51 52 J801 1 2 8 2K 1 2K Receiver Transmitter green 4 d...

Page 23: ...3 62 61 brown white Jumper J 801 is located to the left and behind terminal 51 52 J801 1 2 8 2K 1 2K 4 digital Parameter P 5A2 3 3 2 1 Figure 14 Connecting an electrical resistance safety edge 5 5 3 Digital input 66 65 64 63 62 61 Jumper J 801 is located to the left and behind terminal 51 52 J801 3 4 8 2K 1 2K 4 digital Parameter P 5A2 0 3 2 1 Figure 15 Connecting an electrical resistance safety e...

Page 24: ... the automatic teach in of the end position CLOSED Optionally the TST LGB can assume other functions In these cases additional safety devices must be installed on the door 5 6 1 Installation of the TST LGB Mount the light curtain in accordance with the assembly instructions TST LGB Blanked out by door OUT1 Danger zone OUT2 Object zone Electronic limit switch Junction box Door controller Control ca...

Page 25: ...V 45 12 V 44 GND 43 Safety edge 42 E stop 1 41 E tstop 1 36 GND 35 Channel B 34 Channel A 33 12 V 32 E stop 2 31 E stop 2 Pin 1 brown Pin 2 white Pin 3 blue Pin 4 black Pin 1 white Pin 2 brown Pin 3 yellow Pin 4 green TST LGB Receiver Pin 5 gray Pin 6 pink Pin 7 blue Pin 8 red 24 V DC GND RS485 A RS485 B OUT2 Photo eye OUT1 Safety edge TST LGB Transmitter M12 4 pole Female M12 4 pole Male M12 8 po...

Page 26: ...er TST PE is a single turn encoder The driving shaft must not execute more than a single revolution over the entire path of the door Absolute encoder TST PE FSB is equipped with the WICAB radio system The WICAB system can be employed to replace the spiral cable with a wireless link For this purpose a mobile unit TST FSBM or TST FSAM must be mounted on the door leaf 5 6 7 8 9 10111213 36 41 42 43 4...

Page 27: ...oor shaft The driving shaft may execute more than a single revolution This encoder may also be equipped with the WICAB radio system to transfer the status of the safety edge without a spiral cable For this purpose the stationary unit TST PD FSAS and the mobile unit TST FSAM or TST FSBM are required 12V GND RS 485B RS 485A 1 2 3 4 M8 plug with 4 poles Wire 1 brown Wire 3 blue Wire 2 white M8 4 pole...

Page 28: ...itung_GB_10 docx 5 7 3 Absolute encoder DES Wire 1 Emergency stop Wire 3 GND Wire 6 12 VDC Wire 2 Channel B 31 à Terminal 31 à Terminal 35 à Terminal 36 Wire 4 Channel A à Terminal 34 Wire 5 Emergency stop à Terminal 32 à Terminal 33 32 33 34 35 36 1 2 3 4 5 6 Figure 20 Connection of absolute encoder DES ...

Page 29: ...y limit switch OPEN Crank switch Emergency stop circuit 86 24 V 85 Input 7 pre limit switch door close 84 GND 83 24 V 82 Input 6 pre limit switch door open 81 GND 66 65 64 Input 9 limit switch door CLOSE 63 GND 62 24 V 61 Input 8 limit switch door OPEN 36 35 34 33 32 E stop 2 31 E stop 2 Figur 21 Connecting cam switches Alternately the pre limit switches can also be connected as normally closed co...

Page 30: ... 28 of 71 FUZ2 A B C CX L_Montageanleitung_GB_10 docx 5 8 Photo eye GND 24V 71 72 73 74 75 76 Input 5 Receiver photo eye Figure 22 Photo eye connection 5 9 External triggering devices 24V OPEN STOP CLOSE CLOSE OPEN STOP 52 51 54 53 Figure 23 External triggering devices ...

Page 31: ...n Flashing red traffic light flashing during gate travel and during clearance time P 701 1253 Constant green traffic light relay active in position Gate OPEN P 702 1210 L L N N 10 1112 20 2122 Jumper blue Figure 24 Traffic light connection When a motor brake is being used relay K2 is already occupied and it can not be used to control a traffic light ...

Page 32: ...ng_GB_10 docx 5 11 Overview of outputs K1 Com K1 NO K1 NC Door is OPEN K2 Com K2 NO K2 NC Door is CLOSE L N L N N L CEE plug 3 poles blue PE N L Fuse 16A K Type M 3 T1 T2 T3 U V W PE PE 10 1112 20 2122 Figure 25 Overview of outputs Contrary to the mentioned standard settings the relay function is selectable ...

Page 33: ...se time 64 Input 9 Cross traffic 63 GND 62 24 V 61 Input 8 Locking endposition CLOSE 54 Input 3 CLOSE 53 Input 2 STOP 52 Input 1 OPEN 51 24 V 45 12 V 44 GND 43 Safety edge Safety edge closing 42 E stop 1 41 E stop 1 36 GND 35 Channel B 34 Channel A 33 12 V 32 E stop 2 31 E stop 2 8K2 10 9 8 7 6 5 3 blue 2 white 4 black 1 brown 3 2 4 6 5 1 Only with TST PE_FSBS Figure 26 Overview of inputs On the c...

Page 34: ...g_GB_10 docx 6 Optional plug in and expansion cards Several slots are available to expand the operation of the controller with optional plug in and expansion cards 6 1 Wireless receiverTST SFFE Figure 27 Wireless plug in receiver To enable the slot for the wireless receiver parameter P 802 must be set to 0202 ...

Page 35: ...ction loop detector TST Suvek The Induction loop monitor is available in versions TST SUVEK 1 and TST SUVEK 2 Depending on the type 1 or 2 loops may be monitored Loop 2 Loop 1 Figure 28 Detector card To activate the slot for the detector parameter P 802 must be set to 0302 It is not possible to operate detector cards in version A ...

Page 36: ...dge monitor is available in version TST SURA 1 and TST SURA 6 Depending on the type 1 or 6 safety edge may be monitored 8K2 8K2 8K2 8K2 8K2 8K2 8K2 Figure 29 Safety edge monitor To activate the slot for the safety edge monitor parameter P 802 must be set to 0101 for TST SURA 1 or 0106 for TST SURA 6 The operation of safety edge monitors is not possible in version A ...

Page 37: ... 6 inputs and 6 relay outputs and one digital output with freely programmable operation In addition a 2 channel inductive loop detector and an annual timer switch as well as an additional RS 485 interface are included e g for connection to a partner controller Figure 30 TST RFUxK expansion card Activate the expansion card by setting the parameter P 800 to 5 The card can not be operated in the vers...

Page 38: ...cx 6 5 Interface card TST RFUxFCOM Optionally the interface card TST RFUxFCOM provides an RS 485 and a CAN interface With these for example it is possible to establish connections with partner controller or to a remote TST RFUxK board Figure 31 Interface card TST RFUxFCOM The interface card cannot be used in version A ...

Page 39: ...y relay TST SRA Auxiliary relay TST SRA can optionally be attached to the base M2a of the slot for the wireless module providing a potential free changeover contact The function of the associated output 2A may be adjusted by the parameter P D0A Figure 32 Auxiliary relay TST SRA The additional relay TST SRA cannot be used in version A ...

Page 40: ... CX L_Montageanleitung_GB_10 docx 6 7 LCD text display Alternatively controller TST FUZ2 may be expanded by a LCD text display This provides more information at a glance The display must not be enabled via a parameter Figure 33 LCD text display The text display cannot be used in version A ...

Page 41: ... DIP switch position The service mode is automatically reset after approx 1 hour In order to reach service mode again the controller must be turned off for a short period and then turned on again or a reset must be performed 3 Close the cover of the enclosure and turn on the controller 4 keep these pressed simultaneously to reach the parameter selection either appears 1 Clear text display or 2 7 S...

Page 42: ...0 2 P Password 999 0002 P 999 1 By briefly pressing the STOP key on the membrane keypad the cursor moves to the right to the stored value the parameter is opened or the preset value is displayed P Offenhalt1 010 10 s P 010 P Offenhalt1 010 10 s 10 2 The parameter value is increased with the OPEN button and reduced with the CLOSE button If the value has not yet been saved a question mark is display...

Page 43: ...ic parameters not set error code F 090 is displayed The controller uses indicator 1 or in the display as a flag that the acquisition of this parameter must be queried The basic data does not require changes when they were previously retrieved and set automatically For operating the controller see chapter 7 General operating instructions to set parameters Positioning system P 205 The limit switch s...

Page 44: ...may vary Be sure to note the Y wiring of the motor The motor data must be entered in accordance with the motor wiring 400 V setting is not applicable since the controller can source a maximum motor voltage of 230 V U1 V1 W1 W2 U2 V2 L1 L2 L3 U1 V1 W1 W2 U2 V2 L1 L2 L3 Star wiring Delta wiring Figure 36 Star Delta wiring The automatic query of basic data can be interrupted by pressing the OPEN butt...

Page 45: ...ot move the motor lacks power With the aid of the boost performance increase at low speeds the motor can be supplied with an increase in power see Chapter 9 5 if necessary if necessary check that the brake was released Zur Zupos à 0 Übern mit E i E u 4 Move the door to the OPEN position by pressing the OPEN key and press the STOP key for approx 3 seconds To Open Pos à xxx Übern mit E i E o If the ...

Page 46: ...he opened position If the door does not move the motor lacks power With the aid of the boost performance increase at low speeds the motor can be supplied with an increase in power see Chapter 9 5 if necessary if necessary check that the brake was released The distance depends to a large extent on the door type and the speed increase this value for fast moving doors 6 Set upper pre limit switch so ...

Page 47: ... of rotation If the door does not move the motor lacks power With the aid of the boost performance increase at low speeds the motor can be supplied with an increase in power see Chapter 9 5 if necessary if necessary check that the brake was released Zur Aufpos à I615 LL angef SYE o Zur Aufpos à STOP Keypad E 05o SYNC 5 Pressing the STOP key for approx 3 seconds to save the OPEN position To Open Po...

Page 48: ...15 Korr Fahrt I 515 Offenhalt xxs I515 Korrekt Fahrt I 515 Display that correction was completed Optional display during a subsequent correction The door closes and remains in the end position CLOSE Offenh 1 xxs I 510 Korrek OK T 5 Offenh 1 xxs Automatik T 5 Door opens I 515 AUF Offenh 1 xxs I 100 Auf Geschw I 100 Offenh 1 xxs T10 Door closes 2 UF The commissioning of the light curtain has been su...

Page 49: ...t F 510 F 410 In this case the boost must be reduced If the boost is low or 0 and the motor still does not have sufficient force to move the door the boost must be increased Due to the large number of door types the correct setting for boost must be determined empirically 1 Open parametrization mode by pressing the STOP and OPEN keys simultaneously 2 Open Boost parameter by pressing the arrow keys...

Page 50: ... 230 Pre limit switch OPEN P 232 Opening Limit switch CLOSE Creep speed F2 P 320 Max opening travel speed F1 P 310 Start ramp r1 P 311 P 312 Brake ramp r2 P 321 P 322 Figure 37 Opening using frequency converter The frequency converter starts the door movement with start ramp r1 It accelerates from 0 Hz to the max travel speed The door is moved at the max travel speed until the pre limit switch for...

Page 51: ... spead F6 P 360 Max travel speed F5 P 350 Figure 38 Closing using the frequency converter The frequency converter starts the door movement with start ramp r5 It accelerates from 0 Hz to the max travel speed The door is moved at the max travel speed until the pre limit switch for limit position CLOSE is reached At this point it reduces the speed of the door to creep speed using ramp r6 The door now...

Page 52: ...he automatic limit switch correction If these ramps are adjusted manually P 216 must be set to less than 2 10 4 Ramp configuration The ramps are used by the door controller to change speed i e to accelerate or decelerate The ramps are set in milliseconds ms or in Hz per second speed change per second i e the steeper the ramp the higher the braking force or acceleration applied to the door If the r...

Page 53: ...eeded set maximum run time P 410 Opening P 415 Closing P 419 Deadman move door may be sticking or is blocked Door is blocked If using mechanical limit switches one may not have tripped F 021 Emergency opening wrong testing The max allowed run time P 490 during testing has exceeded Call service hotline F 030 Lag error position change of the door is less than expected door or motor is blocked insuff...

Page 54: ...ng E Stop chain was interrupted starting at input internal E Stop without parameterizing mode having been selected Internal parameter or EEPROM checks defective pressing the STOP button provides additional information about the cause F 211 External E Stop 1 tripped E Stop chain was interrupted starting at Input 1 F 212 External E Stop 2 tripped E Stop chain was interrupted starting at Input 2 F 32...

Page 55: ...fety edge evaluation has reached set limit configurable in P 47E Parameterized maximum number of trips of the safety input E during a door cycle was exceeded To reset close the door in deadman mode Check the set number of trips in P 47E F 372 Redundancy error with short circuit One of the processing channels for short circuit detection does not react identically with the second channel Controller ...

Page 56: ...evaluation unit One of the contacts of the redundant 8k2 slip door switch is defective The slip door was not fully opened or closed F 3A1 Number of trips for safety input A has reached set limit Parameterized maximum number of safety input trips during a door cycle was exceeded F 3B1 Number of trips for safety input B has reached set limit Parameterized maximum number of safety input trips during ...

Page 57: ...11 No DC supply The DC voltage can not given to the motor overcurrent error IGBT error F 519 24 V error or over temperature The emergency stop is activated F 512 Offset motor current link current incorrect Hardware faulty F 515 Motor protection function detected overcurrent Incorrect motor curve motor rated current set P 101 Too much boost P 140 or P 145 Motor incorrectly dimensioned F 519 IGBT dr...

Page 58: ...e F 621 Light curtain test error transmitter test error for the internal transmitter system test F 622 Light curtain test error receiver test error for the internal receiver system test F 626 Light curtain test error Out 1 Test wiring error of output 1 F 627 Light curtain test error Out 2 Test wiring error of output 2 F 700 Position sensing defective With mechanical limit switches At least one lim...

Page 59: ...encoder is mounted is to high mount the encoder on another shaft F 770 Door way is to high for the parameter set Encoder resolution The Value of the Parameter P 202 set Encoder resolution is to high for the combination encoder and door F 801 Wrong Test of input 1 of the mobile unit TST FSx Input 1 of the mobile unit was tested wrong The device which is connected to the input does not work correctl...

Page 60: ...ler is damaged or not connected The stationary unit is defective Incorrect settings of parameter P 5xF P 47b or P 465 F 821 Wrong parameter setting input 1 of mobile unit The device which is connected to input 1 of the mobile unit does not fit to the settings Check Parameter P F1F F 822 Wrong parameter setting input 2 of mobile unit The device which is connected to input 2 of the mobile unit does ...

Page 61: ...is defective F 857 Battery empty The battery voltage is under the limit set with Parameter P F0B The battery voltage of the mobile unit is to low Use new battery and set back battery capacity to 100 by pressing the stop key for long time in P F09 To deactivate this error message you can set P F09 and P F0B to 0 F 859 Software version The software versions of the stationary and the mobile unit are ...

Page 62: ... F 933 Wrong frequency of CPU The clock frequency of the processor is wrong F 935 Stack error User Stack or System Stack overflowed Possible software error due to recursive invocations e g profile F 942 RAM Error of I O Processor RAM Error of I O Processor F 960 Faulty parameter checksum New EPROM version with different parameters Controller not yet initialized F 961 Checksum from calibration valu...

Page 63: ...itch not plausible I 211 Limit switch not plausible I 310 Open command to door 2 I 320 Obstacle during opening I 325 Obstacle during closing I 360 Disturbed N C safety edge I 363 Disturbed N O safety edge I 380 Faulty 2nd internal N C safety bar I 383 Faulty 2nd internal N O safety bar I 510 Correction drive finished I 515 Active correction drive I 520 Target speed for opening or closing move not ...

Page 64: ...tch is ON I 700 In timer limit switch operating mode typ after power on the door position is not available Deadman speed is maintained until the actual position becomes available again I 856 The internal safety edge is tripped because of an WiCab radio problem The radio connection interrupts during door drive for a short time Possible causes are The Distance between mobile and stationary unit is l...

Page 65: ...es during calibration E i E c calibration of the lower limit position requested in deadman travel E i E o calibration of the lower limit position requested in deadman travel E i E 1 calibration of intermediate position E1 in deadman travel Status messages during synchronization S y E c Synchronization of lower limit position requested deadman or wait for starting condition S y E o Synchronization ...

Page 66: ...t 3E E 13F Input 3F Safety emergency stop chain E 201 internal E Stop mushroom button tripped E 211 External E Stop 1 tripped E 212 External E Stop 2 tripped Safety edge in general E 360 Triggering of the 2nd internal safety edge E 363 Internal safety edge 1 faulty E 370 Triggering of the 2nd external safety edge E 373 External safety edge fault E 379 External safety edge activated but not yet plu...

Page 67: ... 71 FUZ2 A B C CX L_Montageanleitung_GB_10 docx WiCab Inputs E F01 Input 1 of mobile unit E F02 Input 2 of mobile unit E F03 Input 3 of mobile unit E F04 Input 4 of mobile unit E F0A Input A of stationary unit E F0B Input B of stationary unit E F0C Input C of stationary unit ...

Page 68: ... VDC 20 mA all inputs are potential free to join or 2 V inactive logical 0 à 10 5 V inactive logical 1 à min Duration of input control commands 100 ms Galvanic isolation using on board opto couplers Input IN10 Version B Evaluation for slip door switch with 8 2 kΩ termination resistor or is used as a second safety edge monitor Serial interface RS485 A and B only for electronic limit switches RS485 ...

Page 69: ...for drives up to 1 5 kW at 230 V Motor constant current at 100 duty factor and 40 C ambient temperature 8 A Motor current at 40 duty factor and 50 C ambient temperature 10 A Max length of motor cable 30 m Overload for 0 5 s 20 A Brake chopper and resistor Version C CX CGH CXGH LGH Max 1 5 kW for max 0 5 seconds repetition rate min all 20 seconds ATTENTION The heatsink brakeresistor on the back of ...

Page 70: ...safety of safety related electrical electronic and programmable electronic control systems IEC 62061 2005 Safety integrity levels SIL 1 Low Voltage Directive 2014 35 EU DIN EN 60335 1 2012 Safety of household and similar electrical appliances Part 1 General requirements Type stationary motor driven machines Protection class I EN 60335 2 103 2003 Safety of household and similar electrical appliance...

Page 71: ...TST Assembly instructions FUZ2 A B C CX L FEIG ELECTRONIC GmbH Page 69 of 71 FUZ2 A B C CX L_Montageanleitung_GB_10 docx ...

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