Operating Instructions Automatic Punching Machine c o d aSerial number AL4.022 onwards (Starting May...
Transcript of Operating Instructions Automatic Punching Machine c o d aSerial number AL4.022 onwards (Starting May...
ALPHAM4/V1 JBI SEPT 2011
67 Rue du Docteur Blaizot BP 134 61304 L’Aigle Cedex France Tel: +33 (0)2 33 842150 Fax: +33 (0)2 33 842151
JBI James Burn Int.
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Patent Pending
Operating Instructions
Alpha-Doc Mk4 version 100-120V (us)
Issue : 1.1 Serial number AL4.022 onwards
(Starting May 2012)
To: Installation Agent
After installing this machine, always leave this manual on the machine.
Page Contents
ALPHAM4/V1 SEPT 2011
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INTRODUCTION Section 1 Installation Precautions Section 2 General 2.1 Working Speed 2.2 Paper Tolerances 2.3 Paper Jams Section 3 Switching On Section 4 Buttons settling Section 5 Operation 5.1 Changing Size 5.2 Setting the Punching Thickness 5.3 Setting Normal, Card or Index Selection 5.4 Tool Changing 5.5 Tool Raising 5.6 Loading and Modification of Personalised Formats 5.7 Use of the High Pile Feeder 5.8 Use of the High Pile Reception Section 6 Options 6.1 Separator 6.2 Tab Option 6.3 Air Blower Unit 6.4 How to fit a Mk3 tool onto the Mk4 Alphadoc Section 7 Troubleshooting 7.1 Troubleshooting when Switching On 7.2 Troubleshooting during Cycle 7.3 Remedy in case of troubleshooting Section 8 Maintenance Section 9 Selling, Transferring or Disposing of your punching machine EC Machine Directive Registration Card
Intro Page Introduction
ALPHAM4/V1 SEPT 2011
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Thank you for buying an αlpha-doc® Punching Machine from James Burn International SA. This instruction manual has been prepared to help you get the most from your new machine.
NOTICE Read this manual thoroughly before installing your αlpha-doc® Punching Machine. It is essential that you read all the instructions to ensure a safe and correct manner for operating the machine. Misuse of the machine could be extremely dangerous and lead to injury. This manual contains recommendations and instructions for installing, adjusting, operating and maintaining your punching machine. Failure to read this manual could result in personal injury or damage to your equipment, for which we accept no liability. This manual is a necessary and permanent part of your punching machine and must be kept with the machine.
Note: This manual gives you general guidelines for installing and operating your punching machine. It does not cover every question you may have or every situation that can occur, in which case you should contact your agent or one of the JBI offices listed overleaf. Also in an ongoing effort to improve the quality and performance of this punching machine, James Burn International S.A. reserves the right to carry out changes to the machine.
Intro Page Introduction
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If you have any questions about your Punching Machine or this manual, please contact your local James Burn International agent or office shown below :
Your local James Burn International agent or office
Section 1 Page 1. Installation
ALPHAM4/V1 SEPT 2011
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Important Precautions for Installation 1.1 Keep your machine away from the radiators and other sources of heat. The ambient
temperature has to be lower than 24°. Do not block the ventilation openings. 1.2 Do not place the machine against a wall : allow 0.5m minimum all around the machine
to facilitate tool changing. 1.3 Avoid locating the machine near other machines likely to transmit electro-magnetic
interference (for instance : welding outfit, radio, compressors, portable phones…). 1.4 Before switching the machine ON, read the operating instructions and before first time
use, read the precautions to be taken. 1.5 Power Supply : The machine needs to be connected to a 100-120 V (us) supply with
earth (imperative) to secure the electrical safety (Protection : circuit-breaker 16 A curve C).
NOTE : Avoid neutral load on the installation, this is equipped with electronics generating
leakage current which can activate upstream protections.
Section 2 Page 2. General
ALPHAM4/V1 SEPT 2011
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2.1 Working Speed and Mode The machine is equipped with three working speeds and four working modes as shown below and whose selection is possible on the keyboard of the machine.
a. Speed (90) : plain good quality copying paper 90 strokes per minute b. Normal (80) : plain copying paper 80 strokes per minute c. Card (70C) : plain copying paper with card board 70 strokes per minute d. Index (70I) : tab sheets 70 strokes per minute 2.2 Paper Tolerances
2.2.1 G.S.M. BRACKET (weight of the paper per square meter) Between 70gsm and 250gsm
MINIMUM SIZE OF PAPER 138mm x 138mm
MAXIMUM SIZE OF PAPER 350mm x 330mm
MAXIMUM TOLERANCE OF PAPER SIZE IN THE SAME PILE 0.5 mm
Section 2 Page 2. General
ALPHAM4/V1 SEPT 2011
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2.2.2 You will find below the different shapes of warping or any kind of out of shape material which our machine can allow :
- 1 -
LOCATED ON THE SIDE OF THE PICK-UP OF THE SHEET – CURVED DOWNWARDS.
- 2 -
SPREAD OVER ALL THE SHEET – CURVED UPWARDS.
- 3 -
SPREAD OVER ALL THE SHEET – CURVED DOWNWARDS.
- 4 -
LOCATED ON THE SIDE OF THE PICK-UP OF SHEET – CURVED UPWARDS.
- 5 -
MIXED WARPING SPREAD OVER THE SHEET.
CAUTION
It is possible to punch acetate or similar paper only if each sheet is interleaved with 10 sheets minimum (plain copying paper) without any responsibility on our part insofar as the acetate may have a diversified composition. It is advisable to contact us and to send us some samples before any trial. We will advise you on the feasibility of its use.
N.B. Make sure that you are using antistatic acetate
L Inferior to L/2
2
10
10
5
L Inferior to L/2
5
Section 2 Page 2. General
ALPHAM4/V1 SEPT 2011
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2.3 Paper Jams
If the paper jams repeatedly at the outlet :
2.3.1 Check the direction of the warping of the paper located in the feeder and compare this with the tolerances mentioned in Section 2.2.2.
2.3.2 In case you have to cope with one or more situations, turn your paper so
that you obtain either case no. 1 or 3. It will improve both the pick-up of the paper and the reception.
2.3.3 Check whether you meet the aforementioned restrictions (see Section
2.2).
2.3.4 Always use a paper of good quality if possible.
2.3.5 When the paper has just been photocopied, it is advisable to let it cool down for a quarter of an hour before punching it.
CAUTION
The storage of the paper before punching is of great importance : on cooling the paper may be susceptible to warping, hence the importance of stacking the paper correctly.
Section 3 Page 3. Switching On
ALPHAM4/V1 SEPT 2011
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Normal Operation
Switching
on
The screen lights up
TEST
Message : Booting
Loading Runtime
Press to
initialize
Message :
INIT
Possible Troubles
The screen does not light
up
Maintenance manual
Message :
“COVER OPEN”
Check the cover
Message :
“EMERGENCY STOP”
Check the emergency stop
button
The cover is closed See the maintenance manual or contact JBI’s engineering department
The button isn’t locked The button is locked
The cover is open
Twist off the button for unlocking
Close the cover
Open the cover entirely and then close it.
The cover is closed
Section 4 Page
4. Buttons settling
ALPHAM4/V1 SEPT 2011
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Plug
Machine
« ON » switch
Control display
« touch screen »
Button « ON »
Button
« STOP »
Emergency
STOP
button
Section 5 Page 5. Operation
ALPHAM4/V1 SEPT 2011
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5.1 Changing Size 5.1.1 All paper sizes that can be selected :
1 : A4P 297.0X210.0 2 : A4L 210.0X297.0
3 : A5P 210.0X148.0 4 : A5L 148.0X210.0 5 : US/2P 215.9X137.7 6 : US/2L 137.7X215.9 7 : USP 279.4X215.9 8 : USL 215.9X279.4 9 : FLSP 330.2X215.9 NOTA : Don’t forget to retract the foot stops or the 10 : FLSL 215.9X330.2 head stops, located less than 7mm before the square 11 : CUST1 ***.*X***.* of lateral jogging respect to the paper size selected. 12 : CUST2 ***.*X***.* 13 : CUST3 ***.*X***.* 14 : CUST4 ***.*X***.*
5.1.2 Procedure
5.1.3. Check the punching
The punching tools are centered respect to the machine. Press or (see the above screen) for adjusting the paper size.
From – 9,5mm to +7,5mm respect the “0” position This adjustment has to be used for formats with uneven number of holes. Example : For an A4P format with 33 holes in 3:1” pitch press the key up to 4,2 to get the correct position.
°°°°°°°°°°°°°°°° Correct
°°°°°°°°°°°°°°°° Wrong
°°°°°°°°°°° °°°°°°°°°°°- 9.5mm + 7.5mm
To select the size press or to find the right size
Section 5 Page 5. Operation
ALPHAM4/V1 SEPT 2011
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5.2 Setting the Punching Thickness 5.2.1 Thicknesses that can be selected
⟩ 1.0 ⟩ 0.9 ⟩ 0.8 ⟩ 0.7 ⟩ 0.6 ⟩ 0.5
5.2.2 Procedure
To select the thickpress or to find the thick
Section 5 Page 5. Operation
ALPHAM4/V1 SEPT 2011
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5.3 Setting Speed (90), Normal (80), Card (70C) or Index (70I) Selection 5.3.1 Initial Menu
⟩ 90 90 cycles/min ⟩ 80 80 cycles/min ⟩ 70C 70 cycles/min ⟩ 70I 70 cycles/min + 3 solenoids TABS
5.3.2 Procedure
NOTE : By selecting the 70I Index mode you will activate the 3 solenoids located on the square of the side lay gauge (if you have this option – see Section 6.1). By selecting the 70C Card mode you will operate in low speed (70 strokes per minute), useful for difficult work with card board or sensitive paper. Then press on “INIT”
Launch the cycle, 2 possibilities : 1) Press : launch 1 cycle to validate the paper format 2) Press the “ON” button (see Section 4) To stop the cycle press the “STOP” button (section Section 4)
Section 5 Page 5. Operation
ALPHAM4/V1 SEPT 2011
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5.4 Tool Changing
5.4.1 Procedure
Press
Nearly whole the tool is lowering, you can change the tool : - open the tool door
- remove the 3 screws on the tool base - change the tool
- tighten the 3 screws by using a flat key - close the tool door
When the tool changing is completed press
NOTE : The tool must be removed ONLY when it is in the lowered position.
Section 5 Page 5. Operation
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5.5 Tool Raising 5.5.1 Procedure
Press
Tool up
The tool is raising entirely : instructions to remove paper jam (if necessary) : - open the PVC cover - remove sheets by pulling slowly, check that no offcut paper remains - close the PVC cover
Section 5 Page 5. Operation
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5.6 Loading and Modification of Personalised Formats
5.6.1 4 x Possibilities of Size
11 : CUST1 ***.*X***.* 12 : CUST2 ***.*X***.* 13 : CUST3 ***.*X***.* 14 : CUST4 ***.*X***.*
5.6.2 Procedure : select in first mm or inch
Press
if mm if inch
Change value Change value
Section 5 Page 5. Operation
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5.7 Use of the High Pile Feeder 5.7.1 Procedure
Go into the feeder menu by pressing on
Press directly on the button ON or ON
To return to the READY menu press
NOTA : possible message
Section 5 Page 5. Operation
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5.8 Use of the High Pile Reception 5.8.1 Procedure
Go into the reception menu by pressing on
Press directly on the button ON or ON
To return to the READY menu press
Nota : possible message
Section 6 Page 6. Options
ALPHAM4/V1 SEPT 2011
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6.1 Separator How to select the separator ?
Go into starting position, tool in high position
OR
Press on the «CHANGEOVER OF TOOL» button on the keyboard
- Take a BTR key n°2 - Open the upper cover - Unscrew the support of separator stop located in front of the feeder at pick-up level,
in front of the beak To select the separator (for mixed papers or cards) : Move the support to the left To use only the beak (for standard paper only) : Move the support to the right
NOTICE : if you experience troubles with sensitive paper or hard paper, you can reduce the speed by selecting the mode Card «70C» (see section 5 page 3)
Section 6 Page 6. Options
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6.2 Tab Option
SIDE LAY GAUGE FOR TABS WITH THREE SOLENOIDS FOR ALPHA-DOC MK4
TECHNICAL SPECIFICATIONS
SHEET SIZE A4 P US P
297 x 210 mm 279.4 x 215.9 mm
FEASIBILITY ONLY ON ROUND CORNERING TWO SIDES
MAXIMUM HEIGHT OF TABS 13.5 mm
MINIMUM NUMBER OF TABS 4
MINIMUM SIZE of the margin from the edge
of the sheet 0 mm
UNFEASIBILITY ROUND CORNERING ONE SIDE
SIZE OF SHEETS
Sheets between each index card must have the same sizes as the basis of the tab (size X) and the
same length (dimension Y) with a 0.2mm bracket.
ADVANTAGES
The second solenoid has to be located in the middle of the sheet to balance the lay gauge. The lay gauge with three solenoids is made posible by the low pressure of the solenoids, which enables the sheets not to be damaged.
EXAMPLES
1st sheet 2nd sheet 3rd sheet 4th sheet
Two solenoids must always be in jogging operation to ensure the pushing of sheets.
Assembly : Remove the square of side lay gauge to replace by the Tab Option by using a 6-face key to remove the two screws. Connect the two electric wires on the tittle terminal located on the support.
CAUTION Disconnect the machine before operation.
H max.
X
Y
1 2 3
Section 6 Page 6. Options
ALPHAM4/V1 SEPT 2011
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6.3 Air Blower Unit
This system makes the separation of sheets easier. You must connect it onto the black PVC tube, located inside the base on the left (operator side) of the machine. 6.3.1 Adjusting of the blower level :
Open the door of the confetti tray
Turn the regulator (clockwise) to increase the pressure (from 0 to 1 bar)
NOTICE The filter located under the manometer must always be clean and free from water and oil. Check the filter before using and clean it if necessary.
Turn clockwise = +
Pressure regulator (inside on the left)
Open
Section 6 Page 6. Options
ALPHAM4/V1 SEPT 2011
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6.4 How to fit a Mk3 tool onto a Mk4 Alpha-Doc
1. Press on the control display to bring the tool beam in low position.
2. Open the rear tool panel.
3. Unlock the Mk4 tool by untighting the 3 screws holding the Mk4 tool in place and remove it.
4. Position the two lateral blocks as shown on pict (1) & (2) and keep them in place
with the 2 holding bolts fitted into the tool table up to the threaded head. Do not tighten those bolts yet. Make sure they are in their correct position, i.e. the block marked D on the right side.
pict 1 pict 2
5. Introduce and clamp the Mk3 tool into the tool table between the two lateral blocks
as shown on pict (3) & (4).
pict 3 pict 4 6. Lock the Mk3 tool in place by tightening the 3 screws taken from the Mk4 tool. 7. Tighten the two holding bolts of the lateral blocks.
NOTA : When you place the tool, take care to push it against the 2 reference pins (each side)
Section 6 Page 6. Options
ALPHAM4/V1 SEPT 2011
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Section 7 Page 7. Troubleshooting
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7.1 Troubleshooting when Switching On
Message Check Message Note Action
NORMAL CYCLING
Press on the key « ON »
MACHINE CYCLING
The machine is cycling normally
POSSIBLE FAULT
One or several
actuators are not running
Check the fuses
on the 24VC card (electrical box)
POSSIBLE FAULT CONFETTI
TRAY FULL
Empty the confetti tray and/or clean the sensor with
reflector
POSSIBLE FAULT
JAMMING ON
HIGH PILE RECEPTION
Remove the paper and/or clean the 2
sensors with reflectors
POSSIBLE FAULT TOOL
OVERLOAD The motor stops
Check that no paper is jammed in the tool or that there is no hard point on the tool
or that there is no electric fault
“ON” button
Section 7 Page 7. Troubleshooting
ALPHAM4/V1 SEPT 2011
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7.2 Troubleshooting during cycle
7.2.1 Jamming
During cycle, three types of jamming can occur and stop the machine cycling. After the machine stops, the screen displays one message indicating the type of jamming detected.
Remove paper jammed and press on the F1 key to erase the jamming message.
Message: «Entry jamming» or «Exit jamming»
To remove sheets under the punching unit : - Open the perspex cover - Maintain the upper belt support in high position with one hand - Pull out the paper with the other hand
NOTICE If offcut paper remains jammed, close the perspex cover and get the tool into high position (see Section 5.5), then remove the sheets.
Message: «Reception jamming»
To remove or replace sheets jammed in reception : - Proceed as indicated on Section 5.9 to activate the lowering of the
reception unit and gain access to sheets.
7.2.2 Four other messages can be displayed :
Message: «Emergency stop» See Section 4 Message: «Cover opened» See Section 3. Message: «Confetti tray full» This message displays if : - the confetti tray is full ⇒ empty the confetti tray - the sensor and/or the reflector are ⇒ clean the sensor and
dirty the reflector Message: «Tool overload» This message displays if : - Paper is jammed under the tool - There is an hard point on the tool or the tool is not fitted well - Tool driving is hard - There is an electric fault : F4 fuse blown or trouble on the inverter
or the motor.
Section 7 Page 7. Troubleshooting
ALPHAM4/V1 SEPT 2011
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7.3 Troubleshooting
SIGN POSSIBLE REASONS SOLUTIONS
a) no power from the main a) check if the plug is well switched on.
1 The machine doesn’t run, when switching on no led lights up
b) fuse damaged. b) check the circuit breaker FL1 in the electric box or call the service engineer.
a) the emergency stop button is engaged a) disengage the button
2
No motion when you press on the buttons on the control board : only the red LED light « electric fault » on. b) the contactor KM1 is locked b) check its running
a) there is no supply on the PLCa) check the green led on the
PLC or call the service engineer
b) there is no supply on the 24 Vcc card which drives the actuators
b) check the fuse 1 on the 24 Vcc card or call the service engineer
3 No motion when you press on any key of the keyboard : the screen remains dark.
c) there is no supply on the inverter
c) check the fuse F4 or the inverter (read message) or call the service engineer.
a) there is a paper jam (open the guard to check)
a) close the guard and proceed as indicated on section 7.2.1
4
No motion when you press abutton on the control board : only the red LED light « jamming » on. b) no paper (open the guard to
check) b) clean the sensors under the
tool and their reflectors
a) the confetti tray is full a) empty the confetti tray
5
No motion when you press one button on the control board : the red led light « confetti tray » on and message « tray full » (see section 7.1)
b) the sensor and/or its reflector are dirty
b) clean the sensors under the tool and their reflectors
6 Message « tool overloading » F1 return
a) Paper jammed under the toolb) Hard point on driving or on
tool c) Inverter blocked d) fuse F2
a) remove paper b) turn by hand the green belts
to check the driving c) check the message and call
JBI d) call the JBI after sales
service NOTICE : NEVER FORCE AN UNIT NEVER INSIST ON AN OPERATION
IN THAT CASE : CALL THE SERVICE DEPARTMENT JBI FOR REPLACEMENT OF SPARES CALL THE SERVICE DPT JBI
Section 8 Page 8. Maintenance
ALPHAM4/V1 SEPT 2011
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When the machine runs on a normal basis, namely 8 hours a day, the tool has to be lubricated once a week with the oil can which is supplied with this tool.
VERY IMPORTANT
- Check each week that there is no stray confetti inside the table underneath the tool (don’t forget to empty the confetti tray regularly)
- When you replace the tool ensure that it is in the lowered position (see Section 5.4).
Drip some oil drops in the purpose made holes
The oil felt pad has to be damp
Section 9 Page 9. Selling, Transferring or Disposing of your Punching Machine
ALPHA/M4/V1 SEPT 2011
1
9.1 Selling or Transferring your Punching Machine
If you sell or transfer your punching machine you must ensure that the machine is in working order, and that the labels and this manual are in legible condition. Failure to do so could result in you being responsible to whom you sell or transfer your punching machine should it cause personal injury or damage to property.
9.2 Disposing of your Punching machine.
If you dispose of your punching machine you must destroy it, as follows, before you throw it away :
9.2.1 Remove punching tool 9.2.2 Remove the Electrical Module Assembly
9.2.3 Remove the confetti tray
9.2.4 Cut the linking cables
9.2.5 Remove the inverter and the 24VC card of the Electrical Assembly.
9.2.6 Throw away the punching tool, the electrical assembly, the confetti tray, the
linking cables, the inverter and the 24VC card in a separate location to the rest of the machine.
EC Directive Page Declaration of Conformity
ALPHAM4/V1 SEPT 2011
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EC DECLARATION OF CONFORMITY
Name of the manufacturer or supplier : JAMES BURN INTERNATIONAL Address : 67 rue du Docteur Blaizot BP 134 61304 L’Aigle cedex (France) Description of product : AUTOMATIC PUNCHING MACHINE Name, type or model : Alpha-doc 100-120V, MKIV, AL4.001 onwards Serial number no. : Standards used, including number, title, issue date and other relevant documentation : IEC/EN60204-1 2006 Safety of machinery -electrical equipment of machine CSA/UL/IEC/EN 60950-1 2010 Safety of information technology equipment, including electrical business equipment. EN / ISO13857 2008 Safety distance EN / ISO12100-1 2004 Safety of machinery -Analysis- EN / ISO12100-2 2004 Safety of machinery -Estimate- EN / ISO13850 2008 Equipment of Emergency stop EN61000-6-3 2002 Emission of electronic disturbances EN61000-6-1 2001 Immunity to electromagnetic disturbances Place of issue : L’AIGLE (61) Name of authorised representative : Guy VATOME Position of authorised representative : President JBI SAS I declare, as the authorised representative, that the above information in relation to the supply/manufacture of this product complies with all the essential health and safety requirements of the EC Machinery Directive (2006/42/CE) and EMC Directive 2004/108/CEE, Low Voltage Directive 2006/95/CE as amended and with the national laws and regulations adopting this Directive. Signature of authorised representative : President JBI SAS Date :
Registration card
ALPHAM4/V1 SEPT 2011
1Ref. ALPHA-DOC Please retain this top part for your information. Should you, however, require service under the terms of our warranty please return this card with a brief description of the problem on the reverse side and send it to the address below. A charge will be made for repairs carried out after the expiry of the Warranty period.
SERVICE REQUEST CARD ALPHA-DOC MK4 AUTOMATIC PUNCHING MACHINE
Date of Purchase: ____________________________________________ Dealer’s Name & Address: ____________________________________________ Date Registration Card sent to your local agent : ____________________________________________ Machine Serial No.: ____________________________________________
ALPHA-DOC
REGISTRATION CARD PLEASE COMPLETE AND RETURN THIS PART WITHIN 7 DAYS OF RECEIPT OF MACHINE
(see Introduction of this Handbook for relevant JBI address)
Company Name:
Address:
Tel No.:
Type of Business:
Dealer’s Name & Address:
Date of Purchase: Machine Serial No.:
What made you aware of the Punching Machine?
Exhibition
Advertisement
Other User
Your Name (Mr/Mrs/Miss)
Title:
Signature:
FOLIO DESCRIPTION DATE
15/09/201101 Circuit de puissance - Power circuit 200-240Vac
PERFOREUSE ALPHADOCM4
JAMES BURN INTERNATIONAL
Punching machine ALPHADOCM4
IND MODIFICATION DATE
25/05/2012Corriger texte Feeder + Y1 vers Y7OA
15/09/2011Creation diagramm00
IND MODIFICATION DATE
ECH.DATERESP.DES.
CLIENT
JAMES BURN INTERNATIONAL
67, rue du docteur Blaizot
61304 L'AIGLE cedex
0211AL-0A 0A
CE PLAN NE PEUT ETRE COMMUNIQUE SANS AUTORISATION
INDICE
N° AFFAIRE
N°
15/09/201101A Circuit de puissance - Power circuit 100-120Vac
15/09/2011Circuit de sécurité - Safety circuit02
15/09/2011Circuit carte 24Vcc - Card circuit 24Vdc03
15/09/2011Entrées Automate - PLC inputs04
15/09/2011Sorties Automate - PLC Outputs05
15/09/2011Variateur de fréquence - Frequency inverter ATV12 : Power line 200-240Vac06
Cartes moteur pas à pas - Step Motor card step : S1 - S2 - S3 - S407
Carte moteur pas à pas : S508
09
10
11
12
FOLIO DESCRIPTION DATE
IND MODIFICATION DATE IND MODIFICATION DATE
ECH.DATERESP.DES.
CLIENT
PERFOREUSE ALPHADOCM4
JAMES BURN INTERNATIONAL
Punching machine ALPHADOCM4
JAMES BURN INTERNATIONAL
67, rue du docteur Blaizot
61304 L'AIGLE cedex
0211AL-0A 0A
CE PLAN NE PEUT ETRE COMMUNIQUE SANS AUTORISATION
INDICE
N° AFFAIRE
N°
15/09/201101
15/09/201101A
15/09/2011Circuit de sécurité - Safety circuit02
Circuit de puissance - Power circuit 100-120Vac
Circuit de puissance - Power circuit 200-240Vac
15/09/2011Circuit carte 24Vcc - Card circuit 24Vdc03
15/09/2011Entrées Automate - PLC inputs04
15/09/2011Sorties Automate - PLC Outputs05
15/09/2011Variateur de fréquence - Frequency inverter ATV12 : Power line 200-240Vac06
Cartes moteur pas à pas - Step Motor card step : S1 - S2 - S3 - S407
Carte moteur pas à pas : S508
Variateur de fréquence - Frequency inverter ATV12 : Power line 100-120Vac06A
Bornier: XB4 - Connection blocK: XB4
Bornier: XB1 - Connection blocK: XB1
Bornier: XB2-XB3 - Connection blocK: XB2-XB3
Bornier: XB5 - Connection blocK: XB5
10
09
11
12
15/09/2011
15/09/2011
15/09/2011
15/09/2011
15/09/2011
15/09/2011
15/09/2011 15/09/2011Creation diagramm00
25/05/2012Corriger texte Feeder + Y1 vers Y7OA
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
M
L
K
J
I
H
G
F
E
D
C
B
A
ALPHADOCM4 version 200-240Vac
AFFAIRE N°0211AL-0A
Circuit de puissance:200-240Vac
Power circuit:200-240Vac
JH
01
JAMES BURN InternationalDESSINE PAR: FOLIO
DATE: 15/09/2011
Alimentation
230Vac
PE
F01
F01 vers Folio:06-02
F01
L1 101
L2 102
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FR2Filtre
Filter
T1
0V21Vac
23
0V
420VA
0V
F02 F02
vers folio:03-02
(vers cartes 24Vcc)
(to cards 24Vdc)
F02F02
103
106
F2
104
105 Fusible Temporisé:T3A
Temporize fuse
MP
230Vac
Pompe (Pump)
(Option)
1 3
2 4
RV
(02-06)
Carte 24Vcc:CS24
(Card 24Vdc)
(T10A)
(T10A)
(F6,3A)
CF3
CF1
CF2
+
-
PE
F09
CN
3:1
CN
3:2
F09CN
3:2
F09
CN
3:2
F09CN
3:2
KM1
(FO2-17)
F09
CN
3:2
12
2
12
1
PE
PE PE
104
103
PE
31
3(A
WG
16
re
d)
AWG16 S=1,31mm² noir(black)
AWG16 S=1,31mm² noir(black)
31
3(A
WG
16
ro
ug
e)
31
2 (
AW
G1
6 r
ed
)
108
107
10
7
31
2(A
WG
16
ro
ug
e)
312
313
CS+
DS-
10
8
AWG16 S=1,31mm² vert/jaune(green/yellow)
23
0V
21Vac 0V
T1
1 16 20
J 31
3(A
WG
16
re
d)
E
F
F09
G
H
F09
I 4
F09
JAMES BURN International
01
JH Circuit de puissance:200-240Vac
Power circuit:200-240Vac
ALPHADOCM4 version 200-240Vac
AFFAIRE N°0211AL-0A
A
Filtr
e: F
R1
Filte
r
B
C
1
6
DESSINE PAR:
7
12
1
8
PE
230Vac
Pompe (Pump)
(Option)
MP
31
2(A
WG
16
ro
ug
e)
31
3(A
WG
16
ro
ug
e)
3
5
RV
(02-06)
D
2
FOLIO
102
IG
4
BO
UT
ON
Ma
rch
e:
0
- 1
F09
2T
1
QF
1D
isjo
nct
eu
r Q
F1
16
A c
ou
rbe
C
L1 101
2
12
2
L2
3
4T
2
3L
21
L1
10
7
Alimentation
+
-
PE
F01
PE
230Vac
10
8
108
107
PE
AWG16 S=1,31mm² noir(black)
312
313
AWG16 S=1,31mm² noir(black)
F01
KM1
(FO2-17)
F02
F01
vers Folio:06-02
vers folio:03-02
(vers cartes 24Vcc)
(to cards 24Vdc)
Fusible Temporisé:T3A
Temporize fuse
11109
M
L
K
CF2
CF1
CF3
(F6,3A)
(T10A)
(T10A)
Carte 24Vcc:CS24
(Card 24Vdc)
F02F02
F02
F2
CS+
17
AWG16 S=1,31mm² vert/jaune(green/yellow)
18 19
104
105
PE
103
104
PE
FR2Filtre
Filter
106
DS-
CS+CS+
CS+
CS1+
CS+ CS+ CS+CS+
DS-
DS-
DS- DS- DS-
DS- DS-DS-
DS-
CN
3:1
CN
3:1
CN
3:1
CN
3:1
CN
3:2
CN
3:2
CN
3:2
CN
3:2
F09
CN
3:2
0V
31
2 (
AW
G1
6 r
ed
)
15141312
103
420VA
CS+
DS-
DS-
CS+
CN
3:1
DATE: 15/09/2011
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
M
L
K
J
I
H
G
F
E
D
C
B
A
ALPHADOCM4 version 100-120Vac
AFFAIRE N°0211AL-0A
Circuit de puissance:100-120Vac
Power circuit:100-120Vac
JH
01
JAMES BURN International
DATE:
DESSINE PAR: FOLIO
Alimentation
110Vac
PE
F01
F01 vers Folio:06-02
F01
L1 101
L2
102
IGB
OU
TO
N M
arc
he
:
0
- 1
3L
21
L1
4T
22
T1
QF
1D
isjo
nct
eu
r Q
F1
16
A c
ou
rbe
C
Filtr
e: F
R1
Filte
r
FR2Filtre
Filter
T1
0V21Vac
23
0V
420VA
0V
F02 F02
vers folio:03-02
(vers cartes 24Vcc)
(to cards 24Vdc)
F02F02
103
106
F2
104
105 Fusible Temporisé:T6,3A
Temporize fuse
MP
230Vac
Pompe (Pump)
(Option)
1 3
2 4
RV
(02-06)
Carte 24Vcc:CS24
(Card 24Vdc)
(T10A)
(T10A)
(F6,3A)
CF3
CF1
CF2
+
-
PE
F09
CN
3:1
CN
3:2
F09CN
3:2
F09
CN
3:2
F09
CN
3:2
KM1
(FO2-17)
F09
CN
3:2
12
2
12
1
PE
PE PE
104
PE
103 AWG16 S=1,31mm² noir(black)
AWG16 S=1,31mm² noir(black)
31
3(A
WG
16
ro
ug
e)
31
3(A
WG
16
re
d)
31
2 (
AW
G1
6 r
ed
)
108
119 10
71
10
V
31
2(A
WG
16
ro
ug
e)
312
313
CS+
DS-
10
8
AWG16 S=1,31mm² vert/jaune(green/yellow)
F
F09
G
H
F09
I 4
F09
JAMES BURN International
01
JH Circuit de puissance:100-120Vac
Power circuit:100-120Vac
ALPHADOCM4 version 100-120Vac
AFFAIRE N°0211AL-0A
A
Filtr
e: F
R1
Filte
r
B
C
1
6
DESSINE PAR:
7
12
1
8
PE
230Vac
Pompe (Pump)
(Option)
MP3
12
(AW
G1
6 r
ou
ge
)
31
3(A
WG
16
ro
ug
e)
DATE:
3
5
RV
(02-06)
D
2
FOLIO
102
IG
4
BO
UT
ON
Ma
rch
e:
0
- 1
F09
2T
1
QF
1D
isjo
nct
eu
r Q
F1
16
A c
ou
rbe
C
L1 101
2
12
2
L2
3
4T
2
3L
21
L1
10
7
Alimentation
+
-
PE
F01
PE
110Vac
10
8
108
119
PE
AWG16 S=1,31mm² noir(black)
312
313
AWG16 S=1,31mm² noir(black)
F01
KM1
(FO2-17)
F02
F01
vers Folio:06-02
vers folio:03-02
(vers cartes 24Vcc)
(to cards 24Vdc)
Fusible Temporisé:T6,3A
Temporize fuse
11109
M
L
K
CF2
CF1
CF3
(F6,3A)
(T10A)
(T10A)
Carte 24Vcc:CS24
(Card 24Vdc)
F02F02
F02
F2
CS+
17
AWG16 S=1,31mm² vert/jaune(green/yellow)
18 19
104
105
PE
103
104
PE
FR2Filtre
Filter
106
DS-
CS+CS+
CS+
CS1+
CS+ CS+ CS+ CS+
DS-
DS-
DS- DS- DS- DS-
DS-DS-
DS-
CN
3:1
CN
3:1
CN
3:1
CN
3:1
CN
3:2
CN
3:2
CN
3:2
CN
3:2
15141312
103
11
0V
23
0V
420VA
0V
31
2 (
AW
G1
6 r
ed
)
21Vac
F09
CN
3:2
31
3(A
WG
16
re
d)
J
20161
T1
0V
E
CS+CS+
DS-
DS-
CS+
CN
3:1
DATE: 15/09/2011
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
M
L
K
J
I
H
G
F
E
D
C
B
A
ALPHADOCM4
AFFAIRE N°0211AL-0A
Circuit sécurité(safety circuit)
24Vcc(24Vdc)
JH
02
JAMES BURN International
DATE:
DESSINE PAR: FOLIO
F09
vers folio:03-07C
F09
A1
RV1
A2
BT1
Sélecteur
soufflerie
(select
air blower)
Manette
OPTION
ventilateur
(fan)
.
YE
GN
US1.
WH
BN
K2
K1
A1 S11 S14 S21 13 23 33 41
S12 S13 S10 A2 14 24 34 42
SBAU1
X26
F04-20
A1
A2
KM1
A1
A2
KM2
V1V2
KM1
C+
X3
F04-10
.
YE
GN
US2.
WH
BN
.
YE
GN
US3.
WH
BN
D-
C+
D-
C+
24 25
D- D- D-
22
23
F O
F04-13F06-05
F06-05
F O
F04-19F01-19
F02-15
F06-05
F06-05
RS4 RS5
vert
RS8
RS1
RS1
ESM-BA3
brun
jaune
RS7RS3
RS2 RS6
blanc
26
D-
vert
1312
RS8
1110
F01-19
F02-15
F06-05
F06-05
9876
RS1
54
RS1
ESM-BA3
3
brun
21
Manette
OPTION
.
D-
YE
F O
F04-19
GN
F06-05
F06-05
US1
F O
F04-13
.
WH
BN
K2
K1
A1 S11 S14
C+
K
A2
C+
X3
F09
F09
D- D-
F04-10
L
M
20
J
D
E
F
G
H
I
C
.
YE
GN
KM1
V2
US2.
WH
BN
V1
KM2
A2
A1
vers folio:03-07C
ventilateur
(fan)
KM1
A2
A1
C+
RS6
S21
A2S10
RS2
S13S12
4133
.
YE
GN
2313
US3.
WH
BN
14
SBAU1
4234
F04-20
24
X26
22
BT1
RV1
A1
FOLIODESSINE PAR:
RS3
DATE:
JAMES BURN International
02
JH
RS7
Circuit sécurité(safety circuit)
24Vcc(24Vdc)
ALPHADOCM4
AFFAIRE N°0211AL-0A
A
jaune
B
Sélecteur
soufflerie
(select
air blower)
17 18 19
blanc
24
C+
C+ C+
C+
D-
25
RS5
16
RS4
15
RS8
RS8
RS5
RS5
RS1
RS1
RS1RS1
RS4
RS4
RS4
RS4
D-
14
C+
C+
26
23
DATE: 15/09/2011
12
34
56
78
91
01
11
21
31
41
51
61
71
81
92
0
M L K J I H G F E D C B A
ALP
HA
-DO
CM
4
AF
FA
IRE
N°:0
211A
L-0
A
Circ
uit c
arte
24V
cc
Circ
uit c
ard
24V
dc
JH
03
JA
ME
S B
UR
N In
tern
atio
nal
DA
TE
:
DE
SS
INE
PA
R:
FO
LIO
F0
2
F0
2
_12
+
25
FC
1:T
10
AF
C1
:T1
0A
FC
2:F
6A
FC
3:F
3,1
5A
FC
4:F
3,1
5A
FC
5:F
3,1
5A
FC
6:F
0,2
5A
FC
7:F
5A
FC
8:F
5A
FC
9:F
5A
.
Ca
rte 2
4V
cc
Ca
rd 2
4V
dc
F0
2
F09
F11
F11
F05Pincher
F10
F05
Foot Stop
F05
TabsF10
F10
F09
F10
F09
F09
F11
F11
F01 Belt Going up
F11
F11
F05
Reception Stop
F10
F10
F05
Head Stop
R1
Résistance
15W
..
+
FC
9:F
5A
FC
8:F
5A
FC
7:F
5A
FC
6:F
0,2
5A
FC
5:F
3,1
5A
FC
4:F
3,1
5A
PE
0V
~
21
V~
_1
+_
+_
+C
C
CN
3
_+
C11
_12
+_
+_
+C
_
CN
4
+C
_C
25
FC
1:T
10
AF
C1
:T1
0A
FC
2:F
6A
FC
3:F
3,1
5A
CN
2C
N1
400 (0Vdc) AWG22 S=0,35mm²
401 (5Vdc) AWG22 S=0,35mm²
DY24 AWG18 bleue(blue) S=0,8mm²
DY22 AWG18 bleue(blue) S=0,8mm²
CY24 AWG18 bleue(bue) S=0,8mm²
Y24 AWG20 bleue(blue) S=0,55mm²
CY22 AWG18 bleue(blue) S=0,8mm²
DY25 AWG18 bleue(blue) S=0,8mm²
CY25 AWG18 bleue(blue) S=0,8mm²
C+ AWG18 bleue(blue) S=0,8mm²
Y22 AWG20 bleue(blue) S=0,55mm²
DY20 AWG18 bleue(blue) S=0,8mm²
DY21 AWG18 bleue(blue) S=0,8mm²
Y25 AWG20 bleue(blue) S=0,55mm²
D- AWG18 bleue(blue) S=0,8mm²
Y20 AWG20 bleue(blue) S=0,55mm²
AW
G1
6 ja
un
e/ve
rt(yello
w/g
ree
n
S=
1,3
1m
m²
CY20 AWG18 bleue(blue) S=0,8mm²
AW
G1
6 ro
ug
e(re
d) S
=1
,31
mm
²
Y21 AWG20 bleue(blue) S=0,55mm²
312
313R
CY21 AWG18 bleue(blue) S=0,8mm²
31
3
AW
G1
6 ro
ug
e(re
d) S
=1
,31
mm
²
0V
~P
E
Ca
rte 2
4V
cc
Ca
rd 2
4V
dc
.
FO
LIO
DE
SS
INE
PA
R:
DA
TE
:
JA
ME
S B
UR
N In
tern
atio
nal
03
JH
Circ
uit c
arte
24V
cc
Circ
uit c
ard
24V
dc
ALP
HA
-DO
CM
4
AF
FA
IRE
N°:0
211A
L-0
A
AB
F09
C
F09
D
F11
E
F11
F
F01
G
F11
H
F11
I
F05
JKLM
20
19
18
17
16
15
14
13
12
11
10
98
76
54
32
1
AW
G1
6 ja
un
e/ve
rt(yello
w/g
ree
n
S=
1,3
1m
m²
F0
2
F0
2
312
D- AWG18 bleue(blue) S=0,8mm²
C+ AWG18 bleue(blue) S=0,8mm²
DY20 AWG18 bleue(blue) S=0,8mm²
Y20 AWG20 bleue(blue) S=0,55mm²
DY21 AWG18 bleue(blue) S=0,8mm²
CY21 AWG18 bleue(blue) S=0,8mm²
Y21 AWG20 bleue(blue) S=0,55mm²
DY22 AWG18 bleue(blue) S=0,8mm²
CY22 AWG18 bleue(blue) S=0,8mm²
401 (5Vdc) AWG22 S=0,35mm²
400 (0Vdc) AWG22 S=0,35mm²
DY24 AWG18 bleue(blue) S=0,8mm²
CY24 AWG18 bleue(bue) S=0,8mm²
Y24 AWG20 bleue(blue) S=0,55mm²
DY25 AWG18 bleue(blue) S=0,8mm²
CY25 AWG18 bleue(blue) S=0,8mm²
Pincher
Tabs
Foot Stop
F10
Y22 AWG20 bleue(blue) S=0,55mm²
F10
F10
F09
F10
F05
F11
F11
F05
F10
F05
F05
F10
F09
DY23 AWG18 bleue(blue) S=0,8mm²
CY23 AWG18 bleue(blue) S=0,8mm²
Y23 AWG20 bleue(blue) S=0,55mm²Head Stop
Belt Going up
F0
2
Y25 AWG20 bleue(blue) S=0,55mm²Reception Stop
R1
Résistance
15W
C_
+
AW
G1
6 ro
ug
e(re
d) S
=1
,31
mm
²
C
CY20 AWG18 bleue(blue) S=0,8mm²
FC
1:T
10
AF
C1
:T1
0A
FC
2:F
6A
FC
3:F
3,1
5A
FC
4:F
3,1
5A
FC
5:F
3,1
5A
FC
6:F
0,2
5A
FC
7:F
5A
FC
8:F
5A
FC
9:F
5A
+.
C_
.+
_+
_+
_C
CN
1C
N2
CN
3C
N4
111
12
25
_+
_
AW
G1
6 ro
ug
e(re
d) S
=1
,31
mm
²
+_
+C
C_
+2
1V
~
31
2
3123
13
313
313R
313R
DA
TE
: 15
/09
/20
11
12
34
56
78
91
01
11
21
31
41
51
61
71
81
92
0
FO
LIO
04
DE
SS
INE
PA
R: JH
Alp
hadoc M
4
Affa
ire N
°0211A
L-0
A
JA
ME
S B
UR
N In
tern
atio
nal
PLC
FX
3G
MT
-DS
S 2
4V
DC
Entré
es (In
put)
+24V
-0V
PE
S/S
X0
X1
X2
X3
X4
X5
X6
X7
X10
X11
X12
X13
X14
X15
X16
X17
X20
X21
X22
X23
X24
X25
X26
X27
RS
42
2
PL
C : F
X3
G-4
0M
T-D
SS
24
Vcc (P
NP
) PL
C1
INP
UT
(En
trée
s)
T0
1
Ecra
n
(scree
n)
JE
29079
CA
B1
PE
- +
F0
9
F0
9
PE
F0
1-1
CO
1
CW
F6
/ CW
M6
.
X6
(SC
1)
Co
de
ur (e
nco
de
r)
CO
D
SB
4
XB
2
ZB
1
ZB1
ZB
2
XB
3X
B4
XB6
XB7
XB8
XB9
XB10
XB11
XB12
XB13
XB14
XB15
XB16
XB17
XB18
XB
20
ZB3
XB
1
XB
22
XB
23
XB
24
XB
21
AU
1
X3
SB
1
SB
2
XB
5
SB
3
SB
5
SB
6
X1
4
(SC
2)
SC
2
X1
5
(SC
3)
SC
3 X1
6
(SC
4)
SC
4
ZB4SB
7
SC
5
X2
0
(SC
5) S
C6
X2
1
(SC
6)
ZB5
BP
1
BP
2
X2
4
XB19
RS
1
X2
7
KM
1
KM
2
PE
D-
D-
C+
C+
C+
C+
PE
Brun
Jaune Jaune
Bro
wn
Vert
Blue
Vert
Voie A
Blanc
Marron
Gris Gris
Top zero
Vert/jaune Masse
Ca
ble
: CA
B1
: JE2
90
80
+ JE
29
08
1
X10: Lateral switch Init
X6: Cell Init Feeder
Black
AW
G2
0 b
leu
e(b
lue
)
X5: Point bas Feeder
X4: Point haut Feeder
X7: Foot stop switch Init
X13: Reception bottom switch
X12: Reception High switch
X15: Reception cell
X14: Jam Entry
AW
G2
0 V
/j(Gre
en
/yello
w)
X16: Jam Exit
X17: Reception Full
X20: Jam reception
X21: Confetti Box
D-
X23: Stop button
C+
X22: Start Button
X25: KM1
X24: Inverter fault
X26:RS1
Blanc
X27: Head Stop switch init
Voie B
X11: KM2
X3: Arrêt urgence (Emergency Stop)
13
12
11
X13: Reception bottom switch
SB
6
X1
4
(SC
2)
X22
X21
SC
2
X1
5
(SC
3)
X20
X17
X16
SC
3 X1
6
(SC
4)
X15
X14
X13
SC
4
X12
X11
X10
X7
X6
X5
X4
X3
X2
X1
X0
S/S
PE
-0V
+24V
PLC
FX
3G
MT
-DS
S 2
4V
DC
Entré
es (In
put)
JA
ME
S B
UR
N In
tern
atio
nal
Alp
hadoc M
4
Affa
ire N
°0211A
L-0
A
DE
SS
INE
PA
R: JH
FO
LIO
04
20
C+
19
18
PE
17
D-
16
15
X23
CO
1
PE
ZB4
+ -
PE
CA
B1
Ecra
n
(scree
n)
T0
1
INP
UT
(En
trée
s)P
LC
: FX
3G
-40
MT
-DS
S2
4V
cc (PN
P) P
LC
1
RS
42
2
X27
X26
X25
X24
1
CW
F6
/ CW
M6
SB
7
CO
D
Co
de
ur (e
nco
de
r)
X6
(SC
1) .
X14: Jam Entry
X15: Reception cell
X16: Jam Exit
X17: Reception Full
SC
5
X2
0
(SC
5) S
C6
X2
1
(SC
6)
AW
G2
0 V
/j(Gre
en
/yello
w)
ZB1
XB
2
SB
4
ZB5
F0
1-1
F0
9
F0
9
PE
ZB
1
BlueBlue
Black
Black
Black
Black
Black
BlueBlue Blue
Brown
Brown
Brown
Brown
Brown
XB9
XB8
XB7
XB6
XB
4X
B3
ZB
2
XB10
XB14
XB13
BP
1
XB12
XB11
BP
2
Voie B
Blanc
X2
4
SB
1
Blanc
Voie A
Top zero
X3
Ca
ble
: CA
B1
: JE2
90
80
+ JE
29
08
1
MasseVert/jaune
AU
1
X10: Lateral switch Init
XB
21
XB
24
XB
23
XB
22
XB
1
ZB3
XB
20
XB18
XB17
XB16
XB15
SB
2
JauneJaune
Brun
X3: Arrêt urgence (Emergency Stop)
Marron
2
XB19
C+
3
XB
5
4
C+
56
78
Vert
AW
G2
0 b
leu
e(b
lue
)
Vert
Blue
Gris
Black
X6: Cell Init Feeder
Gris
X20: Jam reception
X21: Confetti Box
X22: Start Button
X23: Stop button
X24: Inverter fault
X25: KM1
JE
29079
X5: Point bas Feeder
RS
1
X4: Point haut Feeder
Bro
wn
X26:RS1
C+
C+
C+
D-
D-
9
C+
10
X27: Head Stop switch init
X2
7
C+
SB
5
X12: Reception High switch
D-
D-
KM
1
14
KM
2
SB
3
X7: Foot stop switch Init
X11: KM2
DA
TE
: 15
/09
/20
11
12
34
56
78
91
01
11
21
31
41
51
61
71
81
92
0
FO
LIO
DE
SS
INE
PA
R:
05
JA
ME
S B
UR
N In
tern
atio
nal
PLC
FX
2N
-48M
T-D
SS
-24V
DC
Sortie
s : O
utp
ut
Y11
Y17
Y15
.
Y13
Y6
Y5
Y4
+V3
.
Y16
Y14
+V5
.
Y12
Y10
+V4
.
Y7
Y3
Y2
+V2
Y1
+V1
Y0
+V0
JE
29078
22
Oo
Hm
s
R1
F06-15
F09
F07-10
F07-10
F08-10
F07-15
F07-05
F07-15
F07-15
F07-20
F08-10
F06-13
F06-15
F06-14
F06-14
+V0
JE
29069
Y0 .
Y1 .
Y2 .
Y3 .
+V1 .
Y4 .
Y5 .
Y6 .
Y7 .
F09
F03-09
F03-10
F03-12
F03-16
F09
F03-17
F03-18
V1
D- (OV)
F09
Valid LI1
1st speed (LI4)
Plc
: FX
3G
-40M
T-D
SS
24V
cc (P
NP
) PLC
1 O
UT
PU
T(s
ortie
s)
Pulse Head Stop Step motor
24V(FR1)
Pulse Reception Step motor
Pulse Foot Stop Step motor
Sens reverse Lateral jogger
Pulse Lateral jogger
4015 Vdc
Y25: Cde solrnoid Reception stop
Y24: Cde solenoid Belt going up
Y23: Cde solenoid Head stop
Y22: Cde solenoid Foot stop
Y21: Cde solenoid Tabs
Y20: Cde solenoid pincher
24VDC: C+
Reverse way Foot motor
Y26: Cde solenoid Blower unit
Reverse way Reception motor
Reverse way FEEDER motor
Reverse way Head Stop motor
2nd speed (LI3)
+V3
.
Y16
Y14
+V5
.
Y12
Y10
+V4
.
Y7
Y3
Y2
+V2
Y1
+V1
Y0
+V0
22
Oo
Hm
s
R1
Reverse way Foot motor
Reverse way Reception motor
2nd speed (LI3)
16
Sens reverse Lateral jogger
+V0
13
Y0 .
Pulse Lateral jogger
Y1 .
14
Y2 .
15
Y3 .
5 Vdc
+V1 .
401
Y4 .
10
Y5 .
11
Y6 .
12
Y7 .
F08-10
F07-10
F07-10
F09
F06-15
89
F07-15
Reverse speed (LI2)
F07-05
F07-15
F09
F06-13
F03-09
F08-10
F03-10
F07-20
F03-12
F07-15
F03-16
403
401
12
F09
F03-17
F03-18
34
56
7
F06-14
F06-14
F06-15
Reverse way Head Stop motor
24VDC: C+
Y20: Cde solenoid pincher
Y21: Cde solenoid Tabs
Y22: Cde solenoid Foot stop
Y23: Cde solenoid Head stop
24VDC: C+
Y24: Cde solenoid Belt going up
Y25: Cde solrnoid Reception stop
Reverse way FEEDER motor
1st speed (LI4)
Valid LI1
D- (OV)
V1
DE
SS
INE
PA
R:
FO
LIO
Y26: Cde solenoid Blower unit
20
24V(FR1)
19
18
17
05
Pulse Head Stop Step motor
Y17
Pulse Foot Stop Step motor
Y11
Pulse Reception Step motor
PLC
FX
2N
-48M
T-D
SS
-24V
DC
Sortie
s : O
utp
ut
JA
ME
S B
UR
N In
tern
atio
nal
Y15
JE
29069
JE
29078
.
F09
Y13
5 Vdc
402
401
401
401
Y4
Y5
Y6
Plc
: FX
3G
-40M
T-D
SS
24V
cc (P
NP
) PLC
1 O
UT
PU
T(s
ortie
s)
F07-20 Pulse FEEDER step motor
DA
TE
: 15
/09
/20
11
Alp
hadoc M
4
Affa
ire N
°0211A
L-0
A
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
M
L
K
J
I
H
G
F
E
D
C
B
A
JH
06DATE:
DESSINE PAR: FOLIOvariateur ( inverter ) ATV12
Power line: 200-240 Vac
JAMES BURN International
F01
vers
folio:01-19Power : 200-240Vac
PE
F4
FUSIBLE Temporisé:T10A
Temporize fuse
Moteur Perforeuse
Punching Motor
P:0,75Kw 220Vac
M1
UV
W
PE
Boîte à bornes
Terminal box
Bride de masse
CW
M4
/CW
F4
R1
AC
om
AI1
5V
A0
1
L0
1C
L0
Co
m
PE
MO
DE
ES
C
Sto
p
Ru
n
Schneid
er
AT
V12
FR
U1
(05
.14
)Y
17
(05
.13
)Y
16
(03
.07
)C
+
(04
.17
)X
24
Filtre ( Filter)
FR3
PE116
117 118
115
KM2
(1L1) (3L2)
(2T1) (4T2)
(05
.13
)Y
15
KM1
(1L1) (3L2)
(2T1) (4T2)
(05
.13
)Y
14
(05
.12
)V
5+
PE
UV
W
PE
24
VL
I4L
I3L
I2L
I1C
om
CL
0L
01
A0
15
VA
I1C
om
R1
CR
1B
R1
A
L1
L2
PE
11
6
104
PE
103
11
0
AWG16 noir (black)
11
2
câb
le b
lind
é 4
x S
=1
,31
mm
²
No
rme
UL
/CS
A C
E
Arm
ou
red
ca
ble
AWG16 vert/jaune (green/yellow)
V1
AWG16 noir (black)
11
1
W1
10
9
U1
24
VC
L0
L0
1
A0
15
V
10
9
AI1
11
0
Co
m
PE
R1
A
AT
V12
Schneid
er
Ru
n
Sto
p
ES
CM
OD
E
CW
M4
/CW
F4
PE
Bride de masse
Boîte à bornes
Terminal box
AWG16 vert/jaune (green/yellow)
PE
WV
U
M1L2
Moteur Perforeuse
Punching Motor
P:0,75Kw 220Vac
FUSIBLE Temporisé:T10A
Temporize fuse
F4
PEPower : 200-240Vac
vers
folio:01-19
F01
JAMES BURN International
L1
variateur ( inverter ) ATV12
Power line: 200-240 Vac
FOLIODESSINE PAR:
11
6
DATE: 06
JH
A103
B
AWG16 noir (black)
C
D
E
104 AWG16 noir (black)
F
G
H
I
J
W1
K
W
L
V1
M
V
201918
U1
17
U
1615141312
câb
le b
lind
é 4
x S
=1
,31
mm
²
No
rme
UL
/CS
A C
E
Arm
ou
red
ca
ble
11109
PE
87654321
R1
C
KM1
(1L1) (3L2)
(2T1) (4T2)
(2T1) (4T2)
(05
.13
)
LI3
LI1
(3L2)
11
51
11
11
2
(05
.13
)
Filtre ( Filter)
Y1
4
Y1
7
Y1
6
Y1
5
(05
.12
)
FR3
V5
+
PE
R1
B
116
117 118
115
Co
m
KM2
(1L1)
X2
4
PE
(05
.14
)L
I4
(05
.13
)
(03
.07
)C
+
(04
.17
)
LI2
FR
U1
DATE: 15/09/2011
Alphadoc M4
Affaire N°0211AL-0A
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
M
L
K
J
I
H
G
F
E
D
C
B
A
JH
06ADATE:
DESSINE PAR: FOLIOvariateur ( inverter ) ATV12
Power line: 100-120 Vac
JAMES BURN International
F01
vers
folio:01-19Power : 100-120Vac
PE
F4
FUSIBLE Temporisé:T16A
Temporize fuse
Moteur Perforeuse
Punching Motor
P:0,75Kw 220Vac
M1
UV
W
PE
Boîte à bornes
Terminal box
Bride de masse
CW
M4
/CW
F4
R1
AC
om
AI1
5V
A0
1
L0
1C
L0
Co
m
PE
MO
DE
ES
C
Sto
p
Ru
n
Schneid
er
AT
V12
(05
.14
)Y
17
(05
.13
)Y
16
(03
.07
)C
+
(04
.17
)X
24
Filtre ( Filter)
FR3
PE116
117 118
115
KM2
(1L1) (3L2)
(2T1) (4T2)
(05
.13
)Y
15
KM1
(1L1) (3L2)
(2T1) (4T2)
(05
.13
)Y
14
(05
.12
)V
5+
PE
UV
W
PE
24
VL
I4L
I3L
I2L
I1C
om
CL
0L
01
A0
15
VA
I1C
om
R1
CR
1B
R1
A
L1
L2
PE
11
6
104
PE
103
11
0
AWG16 noir (black)
11
2
câb
le b
lind
é 4
x S
=1
,31
mm
²
No
rme
UL
/CS
A C
E
Arm
ou
red
ca
ble
AWG16 vert/jaune (green/yellow)
V1
AWG16 noir (black)
11
1
W1
10
9
U1
24
VC
L0
L0
1
A0
15
V
10
9
AI1
11
0
Co
m
PE
R1
A
AT
V12
Schneid
er
Ru
n
Sto
p
ES
CM
OD
E
CW
M4
/CW
F4
PE
Bride de masse
Boîte à bornes
Terminal box
AWG16 vert/jaune (green/yellow)
PE
WV
U
M1L2
Moteur Perforeuse
Punching Motor
P:0,75Kw 220Vac
FUSIBLE Temporisé:T16A
Temporize fuse
F4
PEPower : 100-120Vac
vers
folio:01-19
F01
JAMES BURN International
L1
variateur ( inverter ) ATV12
Power line: 100-120 Vac
FOLIODESSINE PAR:
11
6
DATE: 06A
JH
A103
B
AWG16 noir (black)
C
D
E
104 AWG16 noir (black)
F
G
H
I
J
W1
K
W
L
V1
M
V
201918
U1
17
U
1615141312
câb
le b
lind
é 4
x S
=1
,31
mm
²
No
rme
UL
/CS
A C
E
Arm
ou
red
ca
ble
11109
PE
87654321
R1
C
KM1
(1L1) (3L2)
(2T1) (4T2)
(2T1) (4T2)
(05
.13
)
LI3
LI1
(3L2)
11
51
11
11
2
(05
.13
)
Filtre ( Filter)
Y1
4
Y1
7
Y1
6
Y1
5
(05
.12
)
FR3
V5
+
PE
R1
B
116
117 118
115
Co
m
KM2
(1L1)
X2
4
PE
(05
.14
)L
I4
(05
.13
)
(03
.07
)C
+
(04
.17
)
LI2
FR
U1
DATE: 15/09/2011
Alphadoc M4
Affaire N°0211AL-0A
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
Cartes Sanyo 2A 24Vcc: S1-S2-S3-S4
Cards Sanyo 2A 24VdcJH
07
JAMES BURN international
DATE:
DESSINE PAR: FOLIO
F05-08
F09
F05-07F05-04
F05-05
F05-07
F05-10
M1
Moteur pas à pas
Step motor
Réception
(reception)
S1
F0
9
F0
9
CW
M4
/CW
F4
PE
Ca
rte
Sa
nyo
:JE
29
06
5
CN2
CN
1C
N3
0
ON
OFF
AC
D1
AC
D2
EO
RG
EX
1
EX
2
EX
3
F/R
LV
1
1
DS
W1
1
DSW1
M2
Moteur pas à pas
Step motor
Lateral
(Lateral )
S2
F0
9
F0
9
CW
M4
/CW
F4
PE
1
Ca
rte
Sa
nyo
:JE
29
06
5
CN2
CN
1C
N3
0
ON
OFF
AC
D1
AC
D2
EO
RG
EX
1
EX
2
EX
3
F/R
LV
1
1
DS
W1
1
DSW1
M3
Moteur pas à pas
Step motor
Pied
(foot)
S3
F0
9
F0
9
CW
M4
/CW
F4
PE
2
Ca
rte
Sa
nyo
:JE
29
06
5
CN2
CN
1C
N3
0
ON
OFF
AC
D1
AC
D2
EO
RG
EX
1
EX
2
EX
3
F/R
LV
1
1
DS
W1
1
DSW1
M4
Moteur pas à pas
Step motor
Margeur
(Feeder)
S4
F0
9
F0
9
CW
M4
/CW
F4
PE
3
Ca
rte
Sa
nyo
:JE
29
06
5
CN2
CN
1C
N3
0
ON
OFF
AC
D1
AC
D2
EO
RG
EX
1
EX
2
EX
3
F/R
LV
1
1
DS
W1
1
DSW1
F05-09 F05-10
PE
PE
PE
PE
A
B
C
400(-) 400(-)400(-)400(-)400(-)400(-)400(-)
bleu marron
Ma
rro
n
Blanc(white)
Y6
orange vert
Ve
rt
Jaune(yellow)
CS
+
Y11
S=
0,5
mm
² b
lue
DS
-
jaune blanc
Blanc(white)
Y2
Jaune(yellow)
rouge jaune
Y3
orange vert
bleu marron
Blanc (white)
Y5
orange vert
Blanc (white)
DS-
Y7
CS+
rouge blanc
Jaune (yellow)
jaune jaune
bleu marron
Marron(brown)
orange vert
Vert(green)
DS-
CS+
Marron(brown)
jaune blanc
Vert(green)
rouge jaune
Jaune (yellow)
bleu marron
Y12
rouge blanc
Y10
Bla
nc
Jau
ne
jaune jaune
DS-
CS+1
LV
F/R
EX
3
EX
2
Blanc(white)
EX
1
EO
RG
AC
D2
Y2
AC
D1
ON
OFF
0
CN
3C
N1
CN2
Ca
rte
Sa
nyo
:JE
29
06
5
PE
2
Jaune(yellow)
CW
M4
/CW
F4
F0
9
F0
9
Y3
Pied
(foot)
Moteur pas à pas
Step motor
M3
DSW1
1
DS
W1
1
Blanc (white)
1
LV
F/R
Y5
EX
3
EX
2
EX
1
EO
RG
AC
D2
AC
D1
ON
OFF
0
Blanc (white)
CN
3C
N1
CN2
Y7
Ca
rte
Sa
nyo
:JE
29
06
5
PE
1
CW
M4
/CW
F4
F0
9
F0
9
Lateral
(Lateral )
Moteur pas à pas
Step motor
Jaune (yellow)
M2
DSW1
1
400(-)
DS
W1
1
400(-)
1
LV
F/R
400(-)E
X3
EX
2
400(-)
EX
1
EO
RG
400(-)
AC
D2
AC
D1
400(-)
ON
OFF
0
400(-)
CN
3C
N1
CN2
Ca
rte
Sa
nyo
:JE
29
06
5
PE
Marron(brown)
CW
M4
/CW
F4
F0
9
F0
9
Réception
(reception)
Moteur pas à pas
Step motor
M1
F05-10
F05-07
Vert(green)
F05-05
F05-04 F05-07 F05-08
FOLIODESSINE PAR:
DATE:
JAMES BURN international
Marron(brown)
07
JH Cartes Sanyo 2A 24Vcc: S1-S2-S3-S4
Cards Sanyo 2A 24Vdc
2019181716
Vert(green)
151413121110987
Jaune (yellow)
65432
bleu marron
1
orange vert
rouge blanc
jaune jaune
bleu marron
orange vert
jaune blanc
rouge jaune
orange vert
rouge jaune
F05-09
bleu marron
F05-10
F09
S1 S2 S3 S4
EX
1
EX
2
EX
3
F/R
LV
1
1
DS
W1
1
DSW1
rouge blanc
jaune jaune
bleu marron
orange vert
CS
+
S=
0,5
mm
² b
lue
DS
-
jaune blanc
Y10 Y12
CS+
DS-
CS+
DS-
CS+
DS-
CS+
DS-
S=
0,5
mm
² b
lue
S=
0,5
mm
² b
lue
S=
0,5
mm
² b
lue
Blanc(white) Blanc(white) Blanc (white) Blanc (white)
Jaune(yellow) Jaune(yellow) Jaune (yellow) Jaune (yellow)
Marron(brown)
Vert(green)
Marron(brown)
Vert(green)
Ca
rte
Sa
nyo
:JE
29
06
5
CN2
Y6
CN
1C
N3
0
Blanc(white)
ON
OFF
AC
D1
AC
D2
EO
RG
PE
3
Marron(brown)
Ve
rt(g
ree
n)
Marron(brown)
Ve
rt(g
ree
n)
Marron(brown) Marron(brown)
Vert(green) Vert(green)
Ve
rt
Ma
rro
n
Jau
ne
Bla
nc
Bla
nc
Bla
nc
Bla
nc
Jau
ne
Jau
ne
Jau
ne
Ma
rro
n
Ma
rro
n
Ma
rro
n
Ve
rt
Ve
rt
Ve
rt
PE
PE
PE
PE
DS
W1
1
Y11
DSW1
M4
Moteur pas à pas
Step motor
Jaune(yellow)
Margeur
(Feeder)
F0
9
F0
9
CW
M4
/CW
F4
1
CS
+
CS
+
CS
+
DS
-
DS
-
DS
-
DATE: 15/09/2011
A
B
C
Alphadoc M4
Affaire N°0211AL-0A
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
FOLIODESSINE PAR:
08
JAMES BURN InternationalJH Carte Sanyo S5
2A 24Vdc
F05-06
F09
M5
Moteur pas à pas
Step motor
M1
Butée en tête
(Head stop)
S5
F0
9
F0
9
CW
M4
/CW
F4
FP
E4
Ca
rte
Sa
nyo
:JE
29
06
5
CN2
CN
1C
N3
0
ON
OFF
AC
D1
AC
D2
EO
RG
EX
1
EX
2
EX
3
F/R
LV
1
1
DS
W1
1
DSW1
F05-11
PE
400(-)400(-)
Blanc (white)
Y4
Jaune (yellow)
jaune blanc
rouge jaune
bleu marron
Y13
DS-
CS+
orange vert
1
400(-)
PE
DSW1
1
DS
W1
orange vert
1
1
LV
F/R
Blanc (white)
EX
3
EX
2
Y4
EX
1
EO
RG
AC
D2
Jaune (yellow)
AC
D1
ON
OFF
0
CN
3C
N1
jaune blanc
CN2
Ca
rte
Sa
nyo
:JE
29
06
5
CW
M4
/CW
F4
F0
9
F0
9
S5
Butée en tête
(Head stop)
Moteur pas à pas
Step motor
M5
rouge jaune
Carte Sanyo S5
2A 24Vdc
JH JAMES BURN International
08
bleu marron
DESSINE PAR: FOLIO
201918
Y13
171615141312111098765
DS-
43
CS+
2
400(-)
F05-06
F09
M1
FP
E4
F05-11
DS
-
CS
+
S=
0,5
mm
² b
lue
Marron(brown)
Ve
rt(g
ree
n)
Vert(green)
Marron(brown)
Jaune (yellow)
Blanc (white)
DATE: 15/09/2011
Alphadoc M4
Affaire N°0211AL-0A
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
DESSINE PAR: JH FOLIO
09DATE: 02/02/2011
400
121
D-
DY
24
CY
24
C+
122
103
DS
-CS
+
104
401
654 72
DESSINE PAR: JH
104
104 103
103
C+
C+
C+
C+
C+ D
-
D-
D-
D-
D-
400
400
400
401 CS
+
CS
+
DS
-
DS
-
DY
24
CY
24
122
121
FOLIO
09DATE: 15/09/2011
Bornier: XB4
Connection blocK: XB4
JAMES BURN International
1
DATE: 02/02/2011
11 12 13 14 15 16 17 18 19 2010
401
8 93
400
C+
Alphadoc M4
Affaire N°0211AL-0A
12
34
56
78
91
01
11
21
31
41
51
61
71
81
92
0
DE
SS
INE
PA
R: JH
FO
LIO
10
12
34
56
78
910
11
12
12
34
56
78
910
11
12
12
34
56
78
910
11
12
12
34
56
78
910
11
12
113
14
15
16
17
18
19
20
21
22
23
24
13
14
15
16
17
18
19
20
21
22
23
24
F02-13: sur S11-S14 (RS1) RS1
F02-12: sur S12-S21 RS4
X7
F02-13: sur S13 RS8
RS3 (Blanc/white: US2)
RS3 (Brun/brown: US3)
RS4 (Blanc/white: US3)
RS5 (Vert/green: US1)
RS6 (jaune/yellow: US1)
RS7 (jaune/yellow: US2)
RS8 (jaune/yellow: US3)
RS6 (vert/green: US2.)
RS7 (vert/green: US3)
RS1 (brun/brown: US1)
ve
rs F
olio
02
RS2 (blanc/white: US1)
ve
rs U
S1
- US
2 - U
S3
( Fo
lio 0
2 )
RS2 (brun/brown: US2)
vers C24V (folio03) DY22
vers C24V (folio03) CY22
vers Plc (folio04) X14
vers Plc (folio04) X6
vers bornier: XB4 (folio09) C+
vers bornier: XB4 (folio09) D-
vers Plc (folio: 04) X7
vers Plc (folio: 04) X10
vers C24V (folio: 03) DY21
vers C24V (folio: 03) CY21
vers Plc (folio: 04) X16
vers C24V (folio: 03) DY23
vers C24V (folio: 03) CY23
Blanc
jaune
marron
vert
X1
4
X6
X1
6
X1
0
Ta
qu
ag
e
en
Pie
d
TA
BS
Ta
qu
ag
e
en
tete
jaune
rouge
bleu
orange
jaune
rouge
bleu
orange
1
Cable blindé AWG22 L=0.7m
S3
Cable blindé AW22 L=2m
vers co
nn
ecte
ur C
N2
:
carte
S3
folio
07
RS7
RS6
RS3
Bleu/blue
RS2
Bru
n/b
row
n
noir/black
Mo
teu
r/mo
tor M
3
C+
D-
vers Plc (folio: 04) X7
4
vers bornier: XB4 (folio09) D-
21
vers bornier: XB4 (folio09) C+
14
12
vers Plc (folio04) X6
1
vers Plc (folio04) X14
1
vers C24V (folio03) CY22
2
vers C24V (folio03) DY22
15
ve
rs U
S1
- US
2 - U
S3
( Fo
lio 0
2 )
ve
rs F
olio
02
3
JA
ME
S B
UR
N In
tern
atio
nal
20
5
24
58
91
23
4
vers Plc (folio: 04) X16
45
67
Ta
qu
ag
e
en
Pie
d
89
10
11
17
12
13
14
17
3
2
1
910
TA
BS
712
12
Ta
qu
ag
e
en
tete
18
22
221
19
20
319
20
18
4
Born
ier: X
B1
Connectio
n b
locK
: XB
1
16
515
16
F02-13: sur S11-S14 (RS1) RS1
12
15
F02-12: sur S12-S21 RS4
11
4
10
11
12
X7
3
F02-13: sur S13 RS8
23
Bru
n/b
row
n
Bru
n/b
row
n
Bru
n/b
row
n
noir/black
noir/black
noir/black
Bleu/blueBleu/blue
Bleu/blue
Brun/brown
Brun/brown
vers co
nn
ecte
ur C
N2
:
carte
S3
folio
07
vers co
nn
ecte
ur C
N2
:
carte
S2
folio
07
jaune
4
rouge
vers C24V (folio: 03) CY23
bleu
8
orange
vers C24V (folio: 03) DY23
RS2
10
RS2
jaune
9
rouge
RS6 (jaune/yellow: US1)
bleu
19
orange
RS7 (jaune/yellow: US2)
18
RS8 (jaune/yellow: US3)
10
17
RS6 (vert/green: US2.)
23
RS7 (vert/green: US3)
16
RS1 (brun/brown: US1)
11
RS2 (blanc/white: US1)
RS4 (Blanc/white: US3)
RS3
RS3
RS6
RS6
RS7
RS7
F02-13: sur S10 RS5
13
6
56
vert
RS3 (Blanc/white: US2)
marron
7
jaune
RS3 (Brun/brown: US3)
Blanc
11
RS5 (Vert/green: US1)
jaune
Blanc
RS2 (brun/brown: US2)
9
marron
X6
FO
LIO
10
DE
SS
INE
PA
R: JH
13
X1
4
8
22
JA
ME
S B
UR
N In
tern
atio
nal
S2
Cable blindé AW22 L=2m
S3
Cable blindé AW22 L=2m
vert
24
6
vers C24V (folio: 03) DY21
11
vers C24V (folio: 03) CY21
X1
0
76
X1
6
JA
ME
S B
UR
N In
tern
atio
nal
7
vers Plc (folio: 04) X10
Mo
teu
r/mo
tor M
3
Mo
teu
r/mo
tor M
2
C+
C+
D-
DA
TE
: 15
/09
/20
11
1
8
Cable blindé AWG22 L=0.7m
Blanc
jaune
marron
vert
Alp
hadoc M
4
Affa
ire N
°0211A
L-0
A
12
34
56
78
91
01
11
21
31
41
51
61
71
81
92
0
DE
SS
INE
PA
R: JH
FO
LIO
11
12
34
56
78
910
11
12
1
Bo
rnie
r XB
3: R
ece
ptio
n
23
45
67
89
10
11
12
(folio: 09) CY24
(folio: 09) DY24
Blanc
marron
jaune
vert
jaune
rouge
bleu
orange
X5
vers C24V (folio: 03) CY20
vers Plc (folio: 04) X5
vers Plc (folio: 04) X4
vers bornier XB4 (folio: 09) C+
12
34
56
78
910
11
12
12
34
56
Bo
rnie
r XB
2 : M
arg
eu
r/FE
ED
ER
78
910
11
12
jaune
rouge
bleu
orange
Le
vee
cou
rroie
s
Lift-u
p b
elt
Blanc
marron
jaune
vert
X1
2
Pin
ces
Pin
che
r
Le
vee
cou
rroie
s
Lift-u
p b
elt
X4
Re
cep
tion
6
X1
3
X1
7
S1
Cable blindé AW22 L=2m
vers co
nn
ecte
ur C
N2
:
carte
S1
folio
07
Mo
teu
r M4
Ma
rge
ur/F
ee
de
r
S4
Cable blindé AW22 L=2m
vers co
nn
ecte
ur C
N2
:
carte
S4
folio
07
Mo
teu
r M1
Re
cep
tion
13
S1
Cable blindé AW22 L=2m
14
vers co
nn
ecte
ur C
N2
:
carte
S1
folio
07
15
41
6Born
ier: X
B2-X
B3
Connectio
n b
locK
: XB
2-X
B3
JA
ME
S B
UR
N In
tern
atio
nal
orange
1
bleu
2
rouge
3
jaune
23
45
67
8
vers co
nn
ecte
ur C
N2
:
carte
S4
folio
07
9
S4
Cable blindé AW22 L=2m
10
11
12
12
34
56
78
910
11
12
(folio: 09) CY24
Le
vee
cou
rroie
s
Lift-u
p b
elt
X1
2
78
910
11
12
12
34
56
Bo
rnie
r XB
2 : M
arg
eu
r/FE
ED
ER
78
910
11
12
jaune
rouge
bleu
orange
Blanc
marron
jaune
vert
Pin
ces
Pin
che
r
Le
vee
cou
rroie
s
Lift-u
p b
elt
(folio: 09) DY24
Bo
rnie
r XB
3: R
ece
ptio
n
12
34
56
X4
vers bornier XB4 (folio: 09 C+
vers C24V (folio: 03) DY20
vert
vers C24V (folio: 03) CY20
jaune
FO
LIO
11
20
vers Plc (folio: 04) X5
DE
SS
INE
PA
R: JH
vers Plc (folio: 04) X4
vers bornier XB4 (folio: 09) C+
17
18
19
Re
cep
tion
6
65
X1
3X
5
marron
Blanc 1
71
11
09
8
X1
7
(folio: 09) DY24
(folio: 09) CY24
12
vers C24V (folio: 03) CY25
vers C24V (folio: 03) DY25
vers Plc (folio: 04) X12
vers Plc (folio: 04) X17
vers Plc (folio: 04) X13
vers bornier XB4 (folio: 09) C+
Mo
teu
r M4
Ma
rge
ur/F
ee
de
r
Mo
teu
r M1
Re
cep
tion
DA
TE
: 15
/09
/20
11
Alp
hadoc M
4
Affa
ire N
°0211A
L-0
A
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
DESSINE PAR: JH FOLIO
12
1 2 3 4 5 6 7 8 9 10 11 12
1 2 3 4 5 6 7 8 9 10 11 12
jaune
rouge
ble
u
ora
nge
jaune
marr
on
vert
X27
BP1
(X22)
BP2
(X23)Moteur M5
Taquage en Tete
Head stop
S
5
Ca
ble
blin
dé
AW
22
L=
2m
vers connecteur CN2:
carte S5 folio 07
C+
4321
FOLIO
12
DESSINE PAR: JH
2019181716151413121110987654321
JAMES BURN International Bornier: XB5
Connection blocK: XB5
Bornier XB5: Head stop
11 12
jaune
rouge
ble
u
ora
nge
jaune
marr
on
vert
X27
S
5
Ca
ble
blin
dé
AW
22
L=
2m
vers connecteur CN2:
carte S5 folio 07
Moteur M5
Taquage en Tete
Head stop
102 3 4 5 6 7 8 91
vers
Plc
(fo
lio:
04
)
X
22
vers
Plc
(fo
lio:
04
)
X
23
vers
Plc
(fo
lio:
04
)
X
27
vers
bo
rnie
r X
B4
(f
olio
: 0
9)
C
+
C+
C+
Bla
nc
DATE: 15/09/2011
9 10 11 12
BP1
(X22)
5 6 7 8
BP2
(X23)
Alphadoc M4
Affaire N°0211AL-0A