Related Manuals for Plockmatic FeederPro 1000
Summary of Contents for Plockmatic FeederPro 1000
- Page 1 Plockmatic FeederPro 1000 Service Manual Provided By http://www.MyBinding.com http://www.MyBindingBlog.com...
- Page 2 Feeder Pro Model 1000 Service Manual March 2005 Part No. 18360...
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Page 3: Table Of Contents
T08093 TABLE OF CONTENTS 1.1 Preventive Maintenance List ..................5 2.1 General Cautions ..................... 6 2.2 Special Tools ......................7 COVERS ..........................8 2.3 Front Cover ......................8 2.4 Rear Door ....................... 9 2.5 Display ........................10 SENSORS ......................... 11 2.6 Double Sheet Detection Sensors Q17-Q24 ............ - Page 4 T08093 2.24 Air Separation Chamber and exchanging Stop Fingers ......... 29 2.25 Suction Belt assy ....................31 2.26 Suction Belt ......................33 2.27 Timing Belt ......................34 ELECTRIC ......................... 35 3.1 Circuit Boards ....................... 35 3.2 Power Board ......................36 3.3 MD6DC Board ......................
- Page 5 T08093 PRINCIPLE OF OPERATION ..................... 63 6.1 Principle of Operations ..................63 B-TOWER SECTION ......................64 7.1 B-Tower Transport Sensors Q27-Q28 ..............65 7.2 Bridge Transport Belt ..................... 66 7.3 Outfeed Wheel ...................... 70 FEEDER PRO MODEL 1000 PAGE 4 MARCH-05...
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Page 6: Preventive Maintenance List
T08093 1.1 Preventive Maintenance List Instruction Check point 250 000 500 000 Whole machine, Clean Clean Use vacuum cleaner, towels and brushes to Paper path, Bins, clean the machine from paper dust. etc. Check/ Suction Belts Use a rubber reactivator fluid to clean the Suction Check/ clean Belts. -
Page 7: General Cautions
T08093 2.1 General Cautions Using the ESD Ground Strap Purpose The purpose of the ESD (Electrostatic Discharge) ground strap is to preserve the inherent reliability and quality of electronic components handled by the Service Representative. The strap should be used whenever handling the circuit boards or any other ESD sensitive components. Procedure NOTE: All procedures requiring use of the ESD ground strap will contain a caution referring to this procedure. -
Page 8: Special Tools
T08093 2.2 Special Tools In order to facilitate the service of the Model 1000 there are a few special tools needed. Where part number is written it can be purchased from your supplier. ESD Ground Strap - Part no. 901044 Torx 20 Screwdriver Hand Crank Generator - Part no. -
Page 9: Covers
T08093 2.3 Front Cover REMOVAL Loosen screw (1). Lift off cover by pulling out lower end and lift up. REPLACEMENT Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 8 MARCH-05... -
Page 10: Rear Door
T08093 2.4 Rear Door OPEN Turn screws (1) 1/4 of a revolution. WARNING! Inside Rear Door contains 230/115 VAC even if Main Power Switch is off. Discon- nect Power Cord before opening Rear Door. FEEDER PRO MODEL 1000 PAGE 9 MARCH-05... -
Page 11: Display
T08093 2.5 Display REMOVAL Remove Front Cover according to REP 2.3. Loosen screws (2) (Do not remove). Disconnect cable (1). Lift out Display assy. Note. The harness for the Display can be removed from the clamps (3). REPLACEMENT Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 10 MARCH-05... -
Page 12: Sensors
T08093 2.6 Double Sheet Detection Sensors Q17-Q24 REMOVAL Open Conveyor Belt Door and remove door by lifting upper hinge. Remove paper guide plate by removing three screws (1) and loosen nearest paper guide plate. Remove double sheet circuit printed board by removing screws (2). CAUTION: When removing the paper guide plate, stay clear from the printed board to prevent damage. -
Page 13: Empty Bin Sensors Q1-Q8
T08093 2.7 Empty Bin Sensors Q1-Q8 REMOVAL Go to service meny, RUN MOTORS, see chapter 4, and lift above bin for better access. Remove sensor. 15 mm (3/5”) REPLACEMENT Installation is an exact reversed procedure of removal. ADJUSTMENT Sensorarm should be 15 mm (3/5”) from sensor bracket. Push sensor arm in upper most position. -
Page 14: Bin Lift Motors Home Position Sensors Q9-Q16
T08093 2.8 Bin Lift Motors Home Position Sensors Q9-Q16 REMOVAL Open Back Door according to REP 2.4. Go to service meny, RUN MOTORS, see chapter 4, and lift bin for better access. Remove sensor (1). REPLACEMENT Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 13 MARCH-05... -
Page 15: Conveyor Belt Motor Sensor Q25
T08093 2.9 Conveyor Belt Motor Sensor Q25 REMOVAL Open Back Door according to REP 2.4. Remove conveyor belt motor according to 2.17. Remove sensor (1). CAUTION: When removing the Conveyor Belt Motor, stay clear from the side frame to prevent damage on sensor. REPLACEMENT Installation is an exact reversed procedure of removal. -
Page 16: Stacker Motor Home Position Sensor Q26
T08093 2.10Stacker Motor Home Position Sensor Q26 REMOVAL Open Rear Door according to REP 2.4. Remove Stacker Motor bracket according to REP 2.18. Remove Sensor. REPLACEMENT BLACK Installation is an exact reversed procedure of removal. NOTE: There are two different models of the sensor. BLACK BLACK WHITE... -
Page 17: Stacker Full Sensors Q27-Q28
T08093 2.11 Stacker Full Sensors Q27-Q28 NOTE: In tower with integral stacker Q27 and Q28 are used as stacker full sensors. In towers with inbuilt bridge Q27 and Q28 are used as detecting paper transport at bridge between towers. Q28 when activated in tower with integral stacker, the machine will stop for stacker full. Q27 is not in use in machines with integral stacker. -
Page 18: Height Error Sensor Q29
T08093 2.12Height Error Sensor Q29 The purpose of the sensor is to prevent machine from breaking. When liftmotors are activated and not stopped by empty bin sensor, before reaching mechanical stop, height error sensor will be activated. When height error sensor is activated it will shut off power to the liftmotors. REMOVAL Open Rear Door according to REP 2.4 Go to service meny, RUN MOTORS, see chapter 4, and lift above bin for better access. -
Page 19: Solenoids
T08093 2.13Valve Bin Solenoids SOL1-SOL8 REMOVAL Open Rear Door according to REP 2.4.. Remove Vacuum Air Chamber according to REP 2.19. Disconnect solenoid. Remove screws (1). FLAG Remove screws (2). FLAG 0-5° OPEN FLAG CLOSED REPLACEMENT Mount screws (1 and 2) but do not tighten. Press plunger to inner most position (activated), move Solenoid to almost fully open position of the valve. -
Page 20: Clutch Sol9-Sol16
T08093 2.14Clutch SOL9-SOL16 REMOVAL Remove Front Cover according to REP 2.3. Remove R-pin. Form R-pin if necessary. Disconnect clutch. Remove clutch. Note: Use attached R-pins (located below shunt plate solenoid) and bend the straight leg to prevent R-pin from falling off. Do not use old R-pin due to risk of breaking (1). REPLACEMENT Installation is an exact reversed procedure of removal. -
Page 21: Shunt Plate Solenoid Sol17
T08093 2.15Shunt Plate Solenoid SOL17 REMOVAL Remove Front Cover according to REP 2.3. Remove screws holding the solenoid. Disconnect solenoid. REPLACEMENT Ensure the shunt plate is against third party device. Adjust Solenoid so Shunt Plate (1) is as close as possible to side frame (2) without touching. -
Page 22: Motors
T08093 2.16Bin Lift Motors M1-M8 REMOVAL Open Rear Door according to REP 2.4. Hook off spring (1) from screw and locking nut (4). Loosen allen screw (2). Remove motor by removing screws (3). REPLACEMENT Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 21 MARCH-05... -
Page 23: Conveyor Belt Motor M9
T08093 2.17Conveyor Belt Motor M9 REMOVAL Open Rear Door according to REP 2.4. Loosen tension of the chains by loosen nut (1). Unhook chains from pulley (2). Remove screws holding motor bracket (3). Disconnect sensor and motor. CAUTION: When removing the Conveyor Belt Motor, stay clear from the side frame to prevent damage on sensor. -
Page 24: Stacker Motor M10
T08093 2.18Stacker Motor M10 REMOVAL Open Rear Door according to REP 2.4. Disconnect motor and sensor. Turn cam so sensor is unblocked. Loosen screw (1). Remove screws (2) Remove Stacker Motor bracket by lifting up. CAUTION: Make sure that cam is centered in the slot. REPLACEMENT Installation is an exact reversed procedure of removal. -
Page 25: Vacuum Air Chamber
T08093 2.19Vacuum Air Chamber REMOVAL Open Rear Door according to REP 2.4. Remove first air chamber by removing screws (1). Lift out First Air Chamber carefully. WARNING: Make sure power cord is disconnected. REPLACEMENT Installation is an exact reversed procedure of removal. Make sure chamber is tight mounted to second chamber to prevent leaking of air. -
Page 26: Fans Fan 1-2
T08093 2.20Fans FAN 1-2 REMOVAL Remove First Air Chamber acc. to REP 2.19. Disconnect cables (1). Remove screws (2) and nuts (3). Lift out Second Air Chamber carefully. Remove screws (4). WARNING: This area contains 115/230 VAC even if Main Power Switch is off. Disconnect Power Cord before replacing PCB or handling the fans. -
Page 27: Fan Motor Brushes
T08093 2.21Fan Motor Brushes REMOVAL Remove fans according to REP 2.20. Remove screws holding the brush (1). WARNING! This area contains 115/230 VAC even if Main Power Switch is off. Disconnect Power Cord before replacing PCB or handling the fans. MOTOR BRUSH REPLACEMENT Installation is an exact reversed procedure of removal. -
Page 28: Mechanics
T08093 2.22Idler Roller REMOVAL Open Conveyor Belt Door and remove door by lifting upper hinge. Push Idler Roller shaft to back cover side and lift out. Remove rubber from hub (1). If replacing rubber, leave hubs on the shaft. If replacing hubs, replace the Idler Roller Shaft assy. REPLACEMENT Installation is an exact reversed procedure of removal. -
Page 29: Drive Shaft
T08093 2.23Drive Shaft REMOVAL Remove Front Cover according to REP 2.3. Remove E-clip and Plastic Pulley (1). Remove E-clip (2). Push in bearing and move Drive Shaft to cut-out. REPLACEMENT Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 28 MARCH-05... -
Page 30: Air Separation Chamber And Exchanging Stop Fingers
T08093 2.24 Air Separation Chamber and exchanging Stop Fingers REMOVAL Remove Front Cover and Front Panel if necessary according to REP 2.3 and 2.5. Loosen Timing Belt according to REP 2.27. Remove Plastic Pulley (1). Remove Clutch and Pulley (2). Remove screw (3). - Page 31 T08093 2.24 Air Separation Chamber and exchanging Stop Fingers Cont. Lift bin above. Pull out Air chamber carefully. Adjust stop fingers so distance between top of stop finger and black suction belt is 1-1,5 mm (5). REPLACEMENT Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 30 MARCH-05...
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Page 32: Suction Belt Assy
T08093 2.25Suction Belt assy REMOVAL Remove Front Cover and Front Panel according to REP 2.3 and 2.5. Loosen Timing Belt according to REP 2.27. Remove Clutch and Pulley (1). Loosen screw for support bracket (2). FEEDER PRO MODEL 1000 PAGE 31 MARCH-05... - Page 33 T08093 2.25Suction Belt assy cont. Lift bin above. Hook off spring (3). Remove E-clip on Front Panel side (4). Remove Guide (5). Push Suction Belt assy to Front Panel side and hook off plastic guide for valve. REPLACEMENT Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 32 MARCH-05...
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Page 34: Suction Belt
T08093 2.26Suction Belt REMOVAL Remove Suction Belt assy according to REP 2.25. Remove screws (1). Hook off shaft (2). Remove belts carefully from assy. REPLACEMENT Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 33 MARCH-05... -
Page 35: Timing Belt
T08093 2.27Timing Belt REMOVAL Remove Front Cover according to REP 2.3. Disconnect the cables for the Display. Remove Display according to REP 2.5. Loosen tensioner screw (1). Remove all clutches. Remove Timing Belt. REPLACEMENT Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 34 MARCH-05... -
Page 36: Electric
T08093 3.1 Circuit Boards CAUTION ESD Hazard! ESD (Electrostatic Discharge) can cause software crashes, data and/ or communications prob- lems. Failure to use proper ESD procedures will cause damage to electronic components (example: PCBs). ESD problems can be minimized by maintaining all machine ground connections, ensuring the proper hand- ling of circuit boards/sensors, refer to 2.1. -
Page 37: Power Board
T08093 3.2 Power Board CAUTION ESD Hazard! ESD (Electrostatic Discharge) can cause software crashes, data and/ or communications prob- lems. Failure to use proper ESD procedures will cause damage to electronic components (example: PCBs). ESD problems can be minimized by maintaining all machine ground connections, ensuring the proper hand- ling of circuit boards/sensors, refer to 2.1. -
Page 38: Md6Dc Board
T08093 3.3 MD6DC Board CAUTION ESD Hazard! ESD (Electrostatic Discharge) can cause software crashes, data and/ or communications prob- lems. Failure to use proper ESD procedures will cause damage to electronic components (example: PCBs). ESD problems can be minimized by maintaining all machine ground connections, ensuring the proper hand- ling of circuit boards/sensors, refer to 2.1. - Page 39 T08093 3.3 MD6DC Board cont. REMOVAL CAUTION ESD Hazard! ESD (Electrostatic Discharge) can cause software crashes, data and/ or commu- nications problems. Failure to use proper ESD procedures will cause damage to electronic components (example: PCBs). ESD problems can be minimized by maintaining all machine ground connections, ensuring the proper handling of circuit boards/ sensors, refer to 2.1.
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Page 40: Cpu Board
T08093 3.4 CPU Board LED D52 indicates unreg 36 V is LED D32 indicates unreg 36 V is supplied to MD6DC boards supplied from Power supply LED D1 indicates there EE-prom LED D27 indicates is 5 V supplied software is working FEEDER PRO MODEL 1000 PAGE 39 MARCH-05... -
Page 41: Software Download
T08093 3.5 Software Download CAUTION ESD Hazard! ESD (Electrostatic Discharge) can cause software crashes, data and/ or communications problems. Failure to use proper ESD procedures will cause damage to electronic components (example: PCBs). ESD problems can be minimized by maintaining all machine ground connections, ensuring the proper handling of circuit boards / sensors, refer to 2.1. -
Page 42: Blown Fuse Conditions
T08093 3.6 Blown Fuse Conditions Fuse Rating Location Sympton at power on At receptacle No response 3,15A Transformer Malfunction code will appear, CD17S PCB low. Transformer Display does not illuminate Transformer No movements in machine FEEDER PRO MODEL 1000 PAGE 41 MARCH-05... -
Page 43: Schematic, Fans
T08093 3.7 Schematic, Fans AC Voltage in Receptacle Line Filter Controlled by Relay serial / parallell. Controlled by Solid State relay. CD17S PCB and Connect Fans in serial CD17S PCB and Regulates the Fans. Power PCB or parallell Power PCB Software measuring current via CD17S PCB and Power PCB... -
Page 44: Service Menu
T08093 4.1 Service Menu To get access to the ”Service Menu”, go to ”Added Features” in ”Main Menu”. Use the ”Up/Down” arrows and choose ”service Access”, press OK button. Write the service code”1974” by using ”+/-” buttons and ”Left/Right” buttons, press then OK. FEEDER PRO MODEL 1000 PAGE 43 MARCH-05... -
Page 45: Self Diagnostics And Test Calibration
T08093 4.2 Self Diagnostics and Test Calibration Self Diagnostics The self diagnosis is a function check of the Model 1000. When selected, follow the instructions on the display. See chapter 5.1 for fault codes and proposed actions. Test Calibration The test calibration is a test to see the actual values measured by the DSD sensors during calibration. -
Page 46: Check Motors
T08093 4.3 Check Motors Check Motors Run motors is for checking the function of all motors in Model 1000. Select motor by using the ”Up/Down” arrow buttons and press OK. To start selected motor, press either ”Left” or ”Right” arrow buttons. To stop the motor, press ”Stop”. FEEDER PRO MODEL 1000 PAGE 45 MARCH-05... -
Page 47: Check Solenoids
T08093 4.4 Check Solenoids Check Solenoids Check solenoids is for checking the function of all solenoids in Model 1000. Select solenoid by using the ”Up/Down” arrow buttons and press OK. To engage selected solenoid, press either ”Left” or ”Right” arrow buttons. To disengage the solenoid, press ”Stop”. -
Page 48: Check Sensors
T08093 4.5 Check Sensors Check Sensors Check sensors is for checking the function of all sensors in Model 1000. Select sensor by using the ”Up/Down” arrow buttons and press OK. When sensor is clear, display will show 0,00 V. When sensor is blocked, display will show 5,00 V. FEEDER PRO MODEL 1000 PAGE 47 MARCH-05... -
Page 49: Voltmeter
T08093 4.6 Voltmeter Voltmeter The voltmeter measures the voltages at the different circuit boards. The voltage should be within 31-42 VDC. FEEDER PRO MODEL 1000 PAGE 48 MARCH-05... -
Page 50: Total Counter
T08093 4.7 Total Counter Total Counter The total counter is the total amount of cycles the machine has run. It is possible to change the amount of cycles, by using the ”+” button and then press ”OK”. It is only possible to increase cycles, not decrease. -
Page 51: Fault Log
T08093 4.8 Fault Log Fault Log The fault log registrers the last 30 double feeds, miss feeds or jams. Fault no 1 is the most resent. If pressing OK the display will show the reason why machine stopped. Use arrow ”up” or ”down” to learn more about other faults. -
Page 52: Software Versions
T08093 4.9 Software Versions Dead Cycle The dead cycling lets the machine cycle to run continously without using any papers. This program is basically made for different factory testings but can also be of some assistance when trouble shooting. Software Version When selected, the program versions for the different circuit boards will be displayed. -
Page 53: Nvm
T08093 4.10NVM NVM The NVM gives access to change some of the default values in the software. Type which address needed change by using the ”+/-” buttons. Then press ”DEFAULT”, a value will be shown. To change this value, go down with ”Arrow” button, use ”+/-”... -
Page 54: Reset Nvm
T08093 4.11Reset NVM Use only NVM reset after downloading new software for CPU (CPUB). The EEprom will be erased and new values will be implemented. When pressing ”Yes” nothing will happen for a few seconds. Then the shunt plate solenoid will be activated. -
Page 55: Fault Codes
T08093 5.1 Diagnostic Fault Codes Fault Code Action Display text 10101 +Unreg MD6DC-A low Check for appr. 36 VDC at P15 at CD17S PCB. If lower than 31 V: Check if relays RE2 and RE1 (only 100-140 VAC) are activated on Power PCB. If no voltage: check/replace Fuse F3. - Page 56 T08093 5.1 Diagnostic Fault Codes cont. Action Fault Code Display text Bin1, DSD open circuit Go to “Check Sensors” in service menu, mea- 11304 sure voltage from DSD sensor connector. If voltage: replace DSD PCB. If no voltage: replace CD17S PCB. Bin1, DSD blocked 11305 Check if any paper has stucked between DSD...
- Page 57 T08093 5.1 Diagnostic Fault Codes cont. Action Fault Code Display text 12408 Bin2, Liftmotor timeout See fault code 11408 12605 Bin2, Empty bin sensor blocked See fault code 11605 12607 Bin2, Empty bin sensor fail See fault code 11607 13104 Bin3, Clutch open circuit See fault code 11104 Bin3, Clutch fail...
- Page 58 T08093 5.1 Diagnostic Fault Codes cont. Fault Code Display text Action Go to “Check Motors” in service menu, measure 15207 Bin5, Valve fail voltage from Valve connector. If voltage: replace Valve. If no voltage: replace CD17S PCB. Go to “Check Sensors” in service menu, mea- 15304 Bin5, DSD open circuit sure voltage from DSD sensor connector.
- Page 59 T08093 5.1 Diagnostic Fault Codes cont. Fault Code Action Display text 17104 Bin7, Clutch open circuit See fault code 15104 Bin7, Clutch fail 17107 See fault code 15107 Bin7, Valve open circuit 17204 See fault code 15204 Bin7, Valve fail 17207 See fault code 15207 17304...
- Page 60 T08093 5.1 Diagnostic Fault Codes cont. Fault Code Action Display text 20003 Int stacker motor short circuit Replace liftmotor. Go to “Check Motors” in service menu, measure 20004 Int stacker motor open circuit voltage from Stacker Motor connector. If voltage: replace Stacker Motor. If no voltage: replace MD6DC-B PCB.
- Page 61 T08093 5.1 Diagnostic Fault Codes cont. Fault Code Display text Action Belt encoder timeout 23108 Go to “Check Sensors” in service menu, check if Belt Motor Sensor is reading If not reading: replace sensor. If reading: replace Stacker Motor. Make a reset of EE-prom 24007 EE-prom fail If failed: replace EE-prom...
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Page 62: Malfunction Codes
T08093 5.2 Malfunction Codes Fault Code Display text Action +Unreg MD6DC-A Low 10101 See self diagnostic code 10101 +Unreg MD6DC-A High See self diagnostic code 10102 10102 +Unreg MD6DC-B Low See self diagnostic code 10201 10201 10202 +Unreg MD6DC-B High See self diagnostic code 10202 10301 +Unreg CD17S Low... -
Page 63: Nvm Values
T08093 5.3 NVM values NVM values (non volatile memory) are different address locations within the EE-prom. Each address reflects timing or function in the system. Address Description Belt speed mm/s (default 720) External device in other position Send EOS after calibration when running in feeder mode SPH in booklet side registration mode Extra delay after set end in feedermode (integral stacker) Extra delay after set end in feedermode (external stacker) -
Page 64: Principle Of Operation
T08093 6.1 Principle of Operations Start of all lift motors. Start of fans. Emty bin sensors activates (where bins are loaded) Lift motor home position sensor activates (where bins are not loaded) Stop of lift motors in up position. Start of conveyor belt motor. Valve solenoids to open position (where bins are loaded) Delay until fans and conveyor motor reaches preset speed. -
Page 65: B-Tower Section
T08093 B-Tower section A-Tower B-Tower FEEDER PRO MODEL 1000 PAGE 64 MARCH-05... -
Page 66: B-Tower Transport Sensors Q27-Q28
T08093 7.1 B-Tower Transport Sensors Q27-Q28 NOTE: In tower with integral stacker Q27 and Q28 are used as stacker full sensors. In towers with inbuilt bridge Q27 and Q28 are used as detecting paper transport at bridge between towers. The function of the sensors is to detect where a set is located during transport between towers. If one of the sensors are blocked too long time a jam will occur and a message will be shown at the display. -
Page 67: Bridge Transport Belt
T08093 7.2 Bridge Transport Belt REMOVAL Loosen screw to untension the chain (1). Remove screws (2). Remove support bracket Lift out sprocket/pulley shaft (3) Remove chain. Remove extension shaft by loosen allen screw. Remove pulley. Note position of washers. Remove E-clip (4). Remove screw holding shunt plate guide. - Page 68 T08093 7.2 Bridge Transport Belt cont. Loosen nut to untension the chain (6). Remove chain. 10. Remove sprocket and E-clip (7). 11. Loosen tension of transport belt (8). FEEDER PRO MODEL 1000 PAGE 67 MARCH-05...
- Page 69 T08093 7.2 Bridge Transport Belt cont. 12. Remove lower cover by removing screws (9-10). Screw (9) is located at front side frame. Screws (10) are located underneath the cover. ○ ○ 13. Pull out shaft and hook off transport belt (11). 14.
- Page 70 T08093 7.2 Bridge Transport Belt cont. 16. Remove screw (13). 17. Lift out the bridge. 18. Remove screw and push guide to the side to get clearance for the belt. 19. Replace the transport belt. REPLACEMENT 1. Installation is an exact reversed procedure of removal. FEEDER PRO MODEL 1000 PAGE 69 MARCH-05...
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Page 71: Outfeed Wheel
T08093 7.3 Outfeed Wheel REMOVAL Remove Front cover according to REP 2.3 Open Rear Door Cover according to REP 2.4. Remove Air Separation Chamber for bin 8 according to 2.24. OUTFEED WHEEL Loosen screw to untension the chain (3). Remove screws (4). Remove support bracket Remove chain.