BA 14IS E A_1.ENG
MBO OPERATING MANUAL MS - Control Sheet Infeed Control with integrated Batch Counter (A _ I) I)
This is in addition to the Operating Manual of machine
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MBO Maschinenbau Maschinenbau Oppenweiler, Oppenweiler, Binder GmbH & Co. GrabenstraBe GrabenstraBe 4, 71570 Oppenwe Oppenweiler iler Postfach 1169, 7156 7 Oppenw eiler
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Telef on: 07191 /46- 0 Te le fax : 07 19 1/4 634
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MI MS BE A_1.ENG
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Orientation aid Fron t view
1 - 8 - digit display 2 - Button suction length 3 - Button sheet gap 4 - Button with double function 7 / + 5 - Button with multiple function 4 / speed up delivery/kicker/marking device 6 - Button with double function 8 /7 - Button with double function 9 / Speed indication 8 - Button with double function 5 / Interruption of suction wheel 9 - Button with double function 6 / current production speed in sheets/hrs 10 - Button with double function 3 / total counter at infeed 11 - Button with double function 2 / total counter at exit 12 - Button Clear (Delete) 13 - Button 0 14 - Button 1 15 - Button Enter (Confirm) 16 - Button Batch preselection 17 - Button Code 18 - Diagnosis LED photocell at exit B 43 (option) 19 - Diagnosis LED photocell at suction wheel B 2 20 - Diagnosis LED for slot initiator B 1 1.2 1.2
Rear view
21 - Power supply X 90 24 VAC 22 - 6 pin plug outputs X 105 23 - 8 pin plug inputs X 106 24 - Flange MS - Control 25 - locking screw 26 - sleeve
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1 View.................................................................................................................................... 2 1.1 Front view ............................................................................................................................ 2 1.2 Rear view ............................ ........................................... ............................. ............................ ............................ ............................ ............................ ............................ ............................. ........................... ............ 2
2 Orientation Orientation aid ........................................ .................................................................. ................................................... ........................................ ............... 3 2.1 Front iew ................. ................. .................. ................. .................. ................. .................. ................ 3 1.2 Rear view ............................ ........................................... ............................. ............................ ............................ ............................ ............................ ............................ ............................. ........................... ............ 3
3 Contents ............................................................................................................................ 4 4 Introductio Introduction n ................................................ .......................................................................... .................................................... .................................... .......... 6 4.1 Safety instructions and destined use .............................................................. 6 5 Software version version and extension extension stages ................................. .................................................. ............................. ............ 7 5.1 Determination of software - version and extension stages ......................................................... 7 5.2 Software version ....................................................................................................................................... 7 5.3 Extension stages ....................................................................................................................................... 7
6 Functioning Functioning description description ............................ ............................................. .................................. .................................. ......................... ........ 8 7 Operation mode "sheet infeed control" ............ ........... ........... ........... ............ .. 9 7.1 Operation mode 1 (standard setting) ................................................................................................ 9 7.2 Operation mode 0 .................................................................................................................................... 10
8 Sheet Sheet infeed control ......... ......... ......... ......... .......... ......... ......... ......... ......... ......... 10 8.1 "Teach in" of suction length a nd sheet gap ............................ .......................... .......................... 10 8.2 Alteration of suction length .............................................................................................................. 10 8.3 Alteration of sheet gap ................. .................. ................. ................. .................. ................. ............. 11
9 Batch counter .................................................................................................... 12 9.1 Input of batch preselection ................ ................. .................. ................. .................. ................. ....... 12 9.2 Selection of batch control ................................................................................................................ 12 9.3 Multiple job factor ............................................................................................................................. 14 9.4 Current production speed in sheets/hrs ......................... .......................... .......................... ......... 15 9.5 Speed indication ............. ............. ............. ............. ............. ............. ............. ............. ............. .............. ... 15 9.6 Total counter at infeed ............................................................................................................................ 15 9.7 Total counter at exit ............ ............. ............. .............. ............ .............. ............. ............. ............. ............ 15 9.8 Waste paper....................................... ..................................................... ............................ ............................ ............................ ............................ ............................ ............................. .......................... ........... 15 9.9 Photocell B 43 at exit .............................................................................................................................. 15
10 Brief instruction ................................................................................................ 17 10.1 Brief instruction sheet infeed cont rol .......................... .......................... .......................... ........ 17 10.2 Brief instruction batch counter ................................... ........................... .......................... ......... 17
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11 Error - messages messages ................................................................ ......................................................................................... ................................. ........ 18 11.1 Flick through error storage ......................... .......................... ........................... ......................... 18
12 Diagnosis ...................................................................................................................... 19 12.1 Diagnosis LED's, front view ........................... .................. ................. .................. ................. .......... 19 12.2 Diagnosis of inputs and outputs; explanation ......................................................................... 19 12.3 Diagnosis of inputs B 2, B 43, B 1 and S 49 ...................................................................................19 12.4 Diagnosis of inputs S 4, S 9, S 2 and S31 ................ .................. ................. ................. ................ 20 12.5 Diagnosis of outp uts batch impulse, valve Y 1, C - f eeder Start/ Stop and reserve ................ 20
13 Code numbers .............................................................................................................. 21 13.1 Alteration of basic setting ................ ................. .................. ................. .................. ................. ...... 21 13.2 Code 100, Internal machine data .......................... ..................................... ...................... ...................... ...................... ...................... ...................... ...................... ............. .. 22
14 Connecting list, .......... .......... ......... ......... ......... .......... ......... ......... .......... ......... .. 22 15 Supplement to the Operating Manual ............................................................... 23
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Introduction This Operating Manual is written for operators of print finishing equipment therefore the use of technical terms is unavoidable. This Operating Manual refers to the MS - Control - Version A _ 1 "sheet infeed control with batch counter".
> Danger < Indications or rules and prohibitions for prevention of personal injuries or extensive damage.
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> Notice < Special indications relating to the use of the MS - control.
4.1
Safe ty instr uction s and destin ed use > Danger < The control system is exclusively destined for the use of MBO folding machines. Neither the manufacturer nor the supplier can be made liable for any damage caused as a result. Read the Operating Manual of the control system and the machine carefully before you set both into operation. Maintenance and service works should only be carried out by authorised service experts or personnel of manufacturer or supplier. This requires a special Service Manual which is not included in the Operating Manual. When using a kicker it is absolutely imperative to use the batch control for the kicker only. If you use the batch control for stream delivery or marking device it will cause damage to the kicker solenoid coil.
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Software version and extension stages
5.1
Dete rminatio n of softw are -
version and extension stages
The MS - control - system may be delivered in 2 versions. A 0 sheet infeed control only A 1 she et infe ed contr ol with i ntegrate d batch counter counte r If machine is turned ON, all LED's and displays are ON (functioning check); afterwards, the software version number appears in the 8 - digit display (1), as well as the extension stage Information regarding the extension stage of the MS - control may be read - off on the label of the units rear side.
Soft ware no.: MS 430 Vers Versio ion: n:
5.2
A0 A 1
Software version
The last 2 digits show the software version.
"Sheet infeed control" with integrated batch counter
5.3 5.3
8 - digit display display 430010
Softwa Sof tware re version ver sion 10
Extension stages
Extension stages Function: A 1
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Sheet infeed control with integrated batch counter
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Functioning description The MS - Control contains:
Sheet infeed control system "Teach in" function for suction length and sheet gap. Two kinds of sheet infeed control 1. Standard, repetitive control, front edge to front edge, without photocell B 2 2. rear edge to front edge, controlled with photocell B 2
Batch counter batch preselection batch control for interruption of suction wheel speed up of delivery kicker marking device multiple job factor total counter at infeed total counter at exit waste paper current production speed in sheets/hrs machine speed
Diagnosis Operator and language setting possibilities Data storage with E 2 - PROM
7
Operation mode "sheet infeed control"
7.1
Operation mode 1 (standa rd setting)
Operation mode 1 is standard s etting (Repetitive control, front edge to front edge, without photocell B 2) The photocell B 2 is used only for "teach in" and for the batch counter. Display of sheet gap = Sheet length + 1 cm (front edge - f ront edge) The infeed of the subsequent sheet follows automatically through the sheet gap value. The "teach in" as well as the additional change of suction length and sheet gap is described in par. 8.1 "Teach in" of suction length and sheet gap. If a smaller value than the sheet length is selected the sheets are irregularly provided. The selection of the operation mode occurs through Code 24 (selection of operation mode).
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Input sequence:
Code, 24, Enter, Clear, 1, Enter.
See par. 13.1 Alteration of basic setting
7.2
Operat Ope rat ion mode 0 The operation mode 0 (rear edge - front edge, controlled by photocell B 2 at suction wheel) is used if a very constant sheet gap is desired, e.g. when operating with X - knife unit. Display of sheet gap = 1 cm (rear edge - front edge) The infeed of the subsequent sheet is controlled by the photocell B 2 from the rear edge of the provided sheet which enables very constant sheet gaps. The "teach in" as well as the additional change of suction length and sheet gap is described in par. 8.1 "Teach in" of suction length and sheet gap. The selection of the operation mode occurs through Code 24 (selection of operation mode). Input sequence:
Code, 24, Enter, Clear, 0, Enter.
See par. 13.1
Alteration Altera tion of basic setting setti ng
Following basic values are provided when changing the operation mode: Suction length: 15,0 15, 0 cm Sheet gap: 2,0 cm
opera ope ratin ting g Manua Ma nuall 8
8.1
MI MS BE A_1.E A_1.ENG NG
Sheet infeed control
"Teach in" of suction length and sheet gap
Start machine by activating the black START button Switch on pump. Push the button suction length (2) and activate the button „single sheet infeed". A single sheet is is fed into the machine machine with a predefined predefined basic suction suction length (machine (machine relating). The sheet length is measured by the photocell 13 2 at suction wheel. The "teach in" is finished by activating the button „stream sheet infeed". The suction le ngth and the sheet gap is determined on the basis of the last measured sheet length. Suction length = 1/3 of sheet length Sheet gap at operation mode 1 = suction length + 1 cm (front edge - front edge) Sheet gap at operation mode 0 = 1 cm (rear edge - front edge) The suction length and sheet gap may be altered at a later time. See par. 8.2 Alteration 8.2 Alteration of suction suction length and 8.3 Alteration Alteration of sheet gap. gap.
8.2
Alteration of suction length
Activate button suction suction length (2). The suction length will be indicated in the 8 - digit display. When you push the button suction length (2) jointly with the buttons + (4) or - (6) you may increase or decrease the suction length. Input sequence = 3 -99 cm The batch counter mode is automatically switched on 3 seconds after releasing the button suction length.
> Notice < The suction length will be reset automatically to 1 /3 of the sheet length when "teach in" for suction length and sheet gap is started.
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Alteration of sheet gap.
Activate Activate button sheet sheet gap (3). (3). The sheet gap will be indicated in the 8 - digit display. When you push the button sheet gap (3) jointly with the buttons + (4) or - (6) you may increase or decrease the sheet gap. Input range = 0 -250 cm
.
The batch counter mode is automatically switched on 3 seconds after releasing the button suction length.
> Notice < The sheet gap will be reset automatically to sheet length + 1 cm when "teach in" for suction length and sheet gap is started.
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Batch counter
9.1 9.1
Input of batch preselection
- From the function batch counter by activating the button 123 (16) once. The green LED in the button is ON. - From all other functions by activating the button 123 (16) twice. The green LED in the button is ON. The current batch preselection preselection appears in t he 8-digit display (1). If an alteration is desired activate the Clear button (12), put the new batch quantity using the numeric keypad and confirm the new batch preselection through the button Enter (15). The 8-digit display switches over to operation of batch counter.(Batch control suction wheel or delivery) If no alteration is desired you may switch over to operation of batch counter (Batch control suction wheel or delivery) by activating the button Enter (15) or display the speed by activating the button m/min (7) twice. However, the previous batch preselection will remain. Input range: 0 - 9999 At batch preselection preselection 0, no batch impulse impulse will will be released. released. From batch preselection 1, a batch impulse will be released
9.2 9.2
Selection of batch control
Following batch controls are available - interruption of suction wheel (8) - speed up delivery (5) kicker (5) marking device (5) The button speed up delivery (5) has a triple function. The different functions may be select through code 8, See par. 13.1 Alteration of basic setting > Danger < When using a kicker it is absolutely imperative to use the batch control for the kicker only. If you use the t he batch control for stream delivery or marking device it will cause damage to the kicker solenoid coil.
A change of batch control control automatical automatically ly causes causes that the the 8-digit display returns to O. O. Any times for batching may be separately adjusted for all marking possibilities.
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MI MS BE A_1.ENG
- Interruption of suction wheel The button suction wheel (8) selects the batch control for interruption of suction wheel. The green LED in the button is On. The current count of batch counter appears in the 8-digit display (1). A change of batch control control automatically automatically causes the 8-digit 8-digit display to return to 0. 0. The counting impulses are generated by the photocell B 2 which is located beside the suction wheel. The interruption time may be changed and displayed by jointly activating the buttons suction wheel (8) and + (4) or - (6). Adjustment range : 0.020 - 3,000 seconds. The green LED in the button suction wheel (8) is OFF during the time of batch impulse.
- Speed up delivery The button speed up delivery (5) has a triple function. The selection of batch control for delivery, kicker and marking device occurs through code 8, Input sequence: sequence: Code, 8, Enter, Clear, 0, Enter See par. 13.1 Alteration 13.1 Alteration of basic setting The button speed up delivery (5) selects the batch control for the delivery. The green LED in the button is ON. The current count of batch counter appears in the 8 - digit display (1). A change of batch control automatically causes the 8-digit display to return t o 0. The counting impulses for the batch counter are generated by the photocells B 2 or B 43 (option). The time of batch impulse may be displayed and altered by jointly pushing the buttons speed up delivery (5) and + (4) or - (6). Adjustment range: 0.020 - 3.000 seconds. The green LED in the button speed up delivery (5) is OFF during the time of batch impulse. - Function of kicker The button speed up delivery (5) has a triple function. The selection of batch control for delivery, kicker and marking device occurs through code 8, Input Input sequen sequence: ce: Code, 8, Enter, Clear, 1, Enter See par. 13.1 Alteration 13.1 Alteration of basic setting
> Danger < When using a kicker it is absolutely imperative to use the batch control for the kicker only. If you use the batch control for stream delivery or marking device it will cause damage to the kicker solenoid coil. The button kicker (5) selects the batch control for the kicker. The green LED in the button is ON. The current count of batch counter appears in the 8 - digit display (1). A change of batch control automatically causes the 8-digit display to return to 0.
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The counting impulses for the batch counter are generated by the photocell B 43 which is located inside the kicker The current kicker impulse time is 0.050 seconds. This impulse time may be changed through code 9, if necessary. See par. 13.1 Alteration 13.1 Alteration of basic setting The green LED inside the button kicker (5) is OFF during the time of kicker impulse. By jointly activating the buttons kicker (5) and + (4) or - (6) you may display and change the delay time from covering the photocell B 43 until the release of the kicker. This is necessary to kick the sheet in its centre. Adjustment range: 0,002 - 0,300 seconds. - Marking device The button speed up delivery (5) has a triple function. The selection of batch control for delivery, kicker and marking device occurs through code 8, Input sequence: Code, 8, Enter, Clear, 2, Enter See par. 13.1 Alteration 13.1 Alteration of basic setting The button marking device (5) selects the batch control for the marking device. The green LED in the button is ON. The current count of batch counter appears in the 8 - digit display (1). A change of batch control control automatically automatically causes the 8-digit 8-digit display to return to 0. The counting impulses for the batch counter are generated by the photocells B 2 or B 43 (option). The green LED inside the button marking device (5) is f lashing during the time of marking impulse.
9.3
Multipl Mul tipl e job factor fac tor A multiple multiple job job factor may may be entered entered through through Code 6, Input sequence: Code, 6, Enter, Clear, Input 1 to 9, Enter. See par. 13.1 Alteration 13.1 Alteration of basic basic setting The following batch counter functions will be multiplied with the multiple job factor. - Total counter at exit - Production speed at exit in sheets/hrs.
9.4
Current productio n speed in sheets/hr s. If the button current production speed in sheets/hrs. (9) is activated the current production speed of sheets/hrs. will appear in the 8-digit display (1). The green LED in the button is ON. Depending on the selected batch control t he production speed will be generated by the photocell B 2 (at infeed) or B 43 (at exit)(option). If a multiple job factor has been entered the multiplied value of the current production speed at exit will appear in the 8-digit display (1), See par. 9.3 Multiple job factor.
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Speed indicat ion If the button speed indication (7) is activated, the machine speed in m/min will appear in,the 8-digit display (1). The green LED in the button is ON. Selection m/min or inch/min through Code 2 See par. 13.1 Alteration 13.1 Alteration of basic basic setting
9.6
Total counter at infeed If the button total counter at infeed (10) is activated, the total of sheets at infeed appear in the 8 digit display (1). The green LED in the button is ON. The total counter can be deleted by activating the Clear button (12). The counting impulses for the total counter are generated by the photocell B 2 based near t he suction wheel.
9.7
Total counter at exit If the button total counter at exit (11) is activated, the total of sheets at exit appears in the 8 - digit display (1). The green LED in the button is ON. If multiple job factor has been entered the multiplied value appears in the 8 - digit display (1), See par.. 9.3 Multiple job factor The total counter can be deleted by activating the Clear button (12). The counting impulses for the total counter are generated by the photocells B 2 or B 43 (option).
9.8
Wast Wa ste e paper pap er If the buttons total c ounter at infeed (10) and total t otal counter at exit (11) are jointly activated the waste paper will appear in the 8-digit display (1). The green LED in the button is ON. Waste paper = total of sheets at infeed - total of sheets at exit. Negative values are marked with a minus sign (double impulses of photocell B 43 at exit) If an multiple job factor has been entered, the basic sheet is always used for the calculation.
9.9
Photocell B 43 at exit Basic setting: If no photocell B 43 at exit is present, Code 11 is set to 2 (counting at B 2, infeed and exit). Input sequence: sequence: Code, 11, E, C, 2, E. See par. 13.1 Alteration 13.1 Alteration of basic setting. This means, that photocell B 2 at suction wheel generates the impulses of photocell B 43 as well.
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MI MS BE A_1.ENG A_1.E NG
This results in the following counter functions: total count at exit = total count at infeed waste paper = displays displa ys 0 batch counter at exit the quantity of the first batch is too small batch impulse at exit
If the photocell B 43 will be installed at a later time , Code 11 must be reset t o 1 (counting at B 43). Input sequence: sequence: Code, 11, E, C, 1, E. See par. 13.1 Alteration of basic setting. setting.
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Brief instruction
These brief instructions enable you to quickly set the sheet infeed control and the batch counter. You may find a precise description in par. 8. Sheet infeed control and par. 9 Batch counter.
10.1
Brief instr ucti on shee t infe ed cont rol Automatic "teach in" of suction length and sheet gap
While pushing the button suction length activate the button "single sheet infeed". When "single sheet infeed", every sheet will be measured out. When "stream sheet infeed", the suction length and sheet gap values are fixed.
Alteration of suction length:
While pushing the button suction length activate the buttons + or -. Recommended value = approximately 1/3 of sheet length
Alteration of sheet gap:
While pushing the button sheet gap activate the buttons + or -. Sheet gap at operation mode 1 = sheet length + 1 cm (front edge to front edge) Sheet gap at operation mode mode 0 = 1 cm (rear edge to front edge)
10.2
Brief instruction batch counter Deletion of counter functions by activating of following buttons:
Total counter at infeed, Clear. Total counter at exit, Clear. Batch counter, through change between interruption of suction wheel and speed up delivery. Quantity of multiple job factor, Code, 6, Enter, Clear, 1, Enter.
Input of batch preselection: 123 , Clear, new preselection, Enter.
Selection of batch control:
Suction wheel or speed up delivery / kicker / marking device. The functions for speed up delivery, kicker or marking device must be selected through Code 8.
Input of multiple job factor: Code, 6, Enter, Clear, input 1 to 9, Enter.
Alterations reserved
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E r r o r - m e ss a g es
Error messages are displayed as follows: The error message and a number appears in the 8 - digit display (1). You will receive the relation between number and error description from the following table.
Machine jams Error Error 20
jam detector detec tor S 31 is activated, activat ed, folding foldin g unit 1 to 4
Error Error 21
double sheet detector S 9 is activated. activat ed.
Error 24
feeder jam operation operati on mode 0 and pile feeder only 1. The "feed in" has been repeated 4 times. 2. Photocell B 2 is defective 3. Photocell B 2 is covered from a sheet or smoother
To reset the error message 20 remove the jam and activate the button machine stop. To reset the error messages 21 and 24 remove the jams and activate one of the following buttons, machine stop, stream sheet infeed or single sheet infeed.
Control jams Error Error 30 Error 31
2
Incorrect access to E - PROM. Incorrect Power-Down-NMI-cycle.
To reset these error messages turn main switch Off/On. If the error persists, call service.
11.1
Flick Fli ck thr ough oug h err or storag sto rage e It is possible that more than one error messages are present at the same time. Therefore, it is possible to flick through the error storage with the aid of the buttons + / This is necessary, if the displayed error has been removed, but it's not possible to set the machine with the button machine stop into an operational condition.
Example: An error message appears appears in the 8 - digit display display (1), e.g.: error 21. 21. The display will change to all present error messages if you push the buttons + or - several times. All reasons for the displayed error messages must be removed before the machine can be restarted.
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Diagnosis
Diagno Dia gnosis sis LEDs , fro nt view vie w
Diagnosis LED for slot initiator B 1 (sensor for machine speed)
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Diagnosis LED for photocell B 2 (sensor for counting at infeed)
S Diagnosis LED for photocell B 43 (sensor for counting at exit - option)
12.2
Diagno sis of inputs and outpu ts; explana tion With the aid of special code numbers it's possible to check the functions of the 8 inputs and 4 outputs from the MS - control without a measuring instrument. The condition of 4 inputs or 4 outputs appears in the 8 - digit display after entering the code number. If an input or output is activated a 1 appears in the corresponding position. If an input or output is not activated a 0 appears in the corresponding position
12.3
Diagnosi s of inputs B 2, B 43, B 1 and S 49. Code 100/ 85 shows the following inputs on the 4 right digits of the display: B 2 photocell near suction wheel B 43 photocell at exit B1 slot initiator initiat or S 49 single sheet infeed. Input sequence: Code, 100, E, C, 85 Structural principle of the 8 - digit display 8. digit 7. digit 6. digit 5. digit 8 5
4. digit S 49
3. digit B1
2. digit B 43
1. digit B2
If an input or output is activated a 1 appears in the corresponding position. If an input or output is not activated a 0 appears in the corresponding position To leave this function activate button Enter again.
Alterations reserved
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12.4
Diagnosis of inputs S 4, S 9, S 2 and S 31. Code 100/ 86 shows the following inputs on the 4 right digits of the display: S 4 stream sheet infeed S 9 double sheet detector (normally closed) S 2 machine stop (normally closed) S 31 jam detector, fold unit 1 to 4 Input sequence: Code, 100, E, C, 86. Structural principle of the 8 - digit display 8. digit 7. digit 6. digit 5. digit 8 6
4. digit S31
3. digit S2
2. digit S9
1. digit S4
If an input or output is activated a 1 appears in the corresponding position. If an input or output is not activated a 0 appears in the corresponding position To leave this function activate button Enter again.
12.5
Diagnosis of outputs batch impulse, valve Y 1, C - feeder Start/S top and reserve . Code 100/ 87 shows the following outputs on the 4 right digits of the display: batch impulse Y1 valve suction wheel C - feeder Start / Stop reserve Input sequence: Code, 100, E, C, 87. Structural principle of the 8 - digit display 8. digit 7. digit 6. digit 5. digit 4. digit 3. digit 2. digit digit 8 7 rese rve C- fee. Y 1
1. digit digi t batch batch impulse impulse
If an input or output is activated a 1 appears in the corresponding position. If an input or output is not activated a 0 appears in the corresponding position To leave this function activate button Enter again.
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C o d e numbers With the aid of the code numbers it's possible to change the basic settings as well as activating or deactivating of optional functions, e.g.: photocell B 43. The basic setting (default values) is boldfaced.
13.1
Altera tion of basic setti ng
This occurs by activating the following buttons, e.g. Code 8, selection speed up delivery/kicker/marking delivery/kicker/marking device. Input sequence: Code, 8, E, C, Input 0 2, E. Following table contains the codes which are only necessary for the sheet infeed control and the batch counter Specific Service Codes are described in a special Service Manual. Code 2 0 1
Units of measurement Centimetre (display without decimal point in m/min) Inch (display with 2 decimal points in inch/min) USA only
Code 6 1
Multiple job factor Factor 1
9 Code 8 0 1 2
Factor 9 Selection, speed up delivery / kicker / marking device Speed up delivery Kicker Marking device
Code 9 Duration of kicker impulse 0.050 sec. (Range 0,010 - 0,500 sec.) Code Code 11 1 2
Counting Countin g photocell photoc ell at exit Counting at B 43, at subsequent units or kicker (option) (optio n) Counting at B 2, input and output ( without photocell B 43 at exit only)
Code 23 0 1
Deletion of error messages no yes , all error messages will be deleted (till power is switched OFF only)
Code 24 operation mode of infeed control 0 rear edge to front edge, controlled with photocell B 2 1 Standard, repetitive c ontrol, front edge to front edge, without photocell B 2
Alterations reserved
Effect ive 02/q4 f r o m V o r c i m , - Mn • MS annnin
Dan= 71
IFT1
Mali
13.2
Operating
MI MS BE A 1.ENG
Code 100, Internal Inte rnal machine machi ne data With the aid of code 100 it's possible to display internal machine machine data. The table contains only code 100 numbers which are interesting for the operator Service specific codes 100 are described in a special Service Manual. Input sequence: Code, 100, E, C, „special code number". Code 100 2 18 85 86 87
current sheet gap at B 2 sheet travelling distance from actuation of valve Y 1 till photocell B 2 sees sheet Diagnosis; inputs 4 - 1; S 49, B 1, B 43, B 2. Diagnosis; inputs 8 - 5; S 31, S 2, S 9, S 4. Diagnosis; outputs 4 - 1; reserve, reserve, valve valve Y 1, C - feeder, feeder, batch impulse.
To deactivate, press the enter button „E".
14
Connecting list,
The terminals of the machine are not described, because it depends on the type of the machine. You will find this information in the machine wiring diagram. Terminal Terminal No.:
Wire No.:
Machine term No.:
Funct Fun ctio ion: n:
X 90 power supply
9 x 1 mm2
1 2 3
green/ye green/yello llow w 1 2
ground gro und 0 VAC 24 VAC
1 2 3 4 5 6
3 4 5 6 7 8
0 VDC + 24 VDC delivery / kicker/ marking device Y 1; valve suction wheel C - feeder start / stop reserve
X 106 inputs
9 x 1 mm2
1 wheel 2 3 4 5 6 7 8 to 4
1
B 2 photocell near suction
2 3 4 5 6 7 8
B 43 photocell at exit (option) B1 slot initiator 1 cm impulse S 49 single sheet infeed S 4 stream sheet infeed S 9 double sheet detector S 2 machine stop S 31 jam detector; folding unit 1
X 105 outputs
Page Page 22
Effective Effe ctive 02from 02fr om Version-No Versio n-No : MS 430010
Alterations
rt:Isprvciti
Supplement to the Operating Manual This paragraph describes all alterations which have been added since the preparation of the Operating Manual. Single paragraph numbers are indicated to which the alterations are assigned to.
Alteratinnc
Fffrantitto 119/QC1 frnm Uctroinn
Mn • mg Al nni
[Intl
e t
43'2
'`A
MBO
