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Gema OptiFeed 4.0 PP07 Operating Instructions Manual Download Page 81

 

Rev. 00  12/21 

 

OptiFeed 4.0 (PP07) 

Spare parts list  

•

  81 

 

Connecting material 

 

 

1 

CAN bus cable 

– 0.5 m 

1002 655 

 

CAN bus cable 

– 4.5 m 

387 592 

 

CAN bus cable 

– 5.5 m 

388 521 

 

CAN bus cable 

– 6.5 m 

388 530 

 

CAN bus cable 

– 10.0 m 

1010 407 

 

CAN bus cable 

– 20.0 m 

389 560 

1.1 

Bus terminal resistor (not shown) 

387 606 

2 

Signal cable (backpressure) 

– 1.5 m 

1007 007 

3 

PLC connection cable 

– 5 m 

1003 651 

 

PLC connection cable 

– 30 m 

1004 112 

4 

Mains cable 

– CH  

382 493  

 

Mains cable 

– Schuko  

382 485  

 

Mains cable 

– USA  

382 507  

 

Mains cable 

– GB  

382 515  

 

Mains cable 

– AUS  

382 523  

 

Mains cable 

– China  

1000 993  

4.1 

Mains cable with ext. start/stop 

– 6 m 

390 119 

 

Mains cable with ext. start/stop 

– 20 m 

390 127 

5 

Vibrator cable (constituent part of vibrator) 

 

6 

Connection cable (level sensor) 

– 6 m 

1003 229 

7 

Plastic tube 

– Ø 10/8 mm, black 

103 250

*

 

8 

Plastic tube 

– Ø 8/6 mm, black 

103 756

*

 

*

 Please indicate length 

 

 

Fig. 26: Connecting material 

 
 

Summary of Contents for OptiFeed 4.0 PP07

Page 1: ...Rev 00 1017 576 EN Operating instructions and Spare parts list Powder pump OptiFeed 4 0 PP07 Translation of the original operating instructions ...

Page 2: ...of Gema Switzerland GmbH All other product names are trademarks or registered trademarks of their respective holders Reference is made in this manual to different trademarks or registered trademarks Such references do not mean that the manufacturers concerned approve of or are bound in any form by this manual We have endeavored to retain the preferred spelling of the trademarks and registered trad...

Page 3: ...Data 12 Processible powders 12 Electrical data 13 Pneumatic data 13 Powder output reference values 13 Dimensions 13 Sound pressure level 14 Rating plate 14 Design and function 15 Overall view 15 Operating elements 16 Menu structure 18 Connections 19 Powder hoses 21 Scope of delivery 21 Available accessories 21 Typical properties Characteristics of the functions 22 Conveying direction 22 Powder hos...

Page 4: ... starting stopping the conveying procedure 46 Manually starting stopping the cleaning procedure and reversing the cleaning direction 47 Correction values 48 Entering the correction values 48 Adjustment of the suction and conveying parameters 50 Conveying pressure adjustment C0 50 Suction power adjustment C1 50 Guide values for the adjustment of the suction and conveying parameters50 Procedure moni...

Page 5: ...s 70 Maintenance during storage 70 Maintenance schedule 70 Maintenance works 70 Disposal 71 Introduction 71 Requirements on personnel carrying out the work 71 Disposal regulations 71 Materials 71 Disassembly of component groups 71 Spare parts list 73 Ordering spare parts 73 OptiFeed 4 0 PP07 PP07 S 74 OptiFeed 4 0 PP07 spare parts 75 Pneumatic group 76 Hose connections 76 Pneumatic group 77 Powder...

Page 6: ......

Page 7: ...nual Please keep this Manual ready for later use or if there should be any queries Safety symbols pictograms The following warnings with their meanings can be found in the Gema instructions The general safety precautions must also be followed as well as the regulations in the relevant instructions DANGER Indicates a hazardous situation which if not avoided will result in death or serious injury WA...

Page 8: ...e and source of the danger Possible consequences of the danger Prevention of the danger SIGNAL WORD Nature and source of the hazard Possible consequences of the danger Prevention of the danger Presentation of the contents Figure references in the text Figure references are used as cross references in the descriptive text Example The high voltage H created in the gun cascade is guided through the c...

Page 9: ... substances outside of our guidelines then Gema Switzerland GmbH should be consulted Start up i e the execution of intended operational tasks is forbidden until it has been established that this product has been set up and wired according to the guidelines for machinery The standard Machine safety must also be observed Unauthorized modifications to the product exempt the manufacturer from any liab...

Page 10: ...ed that all components are earthed according to the local regulations before start up For further security information see the more detailed Gema safety regulations WARNING Working without instructions Working without instructions or with individual pages from the instructions may result in damage to property and personal injury if relevant safety information is not observed Before working with th...

Page 11: ...intended use This product should only be used maintained and started up by trained personnel who are informed about and are familiar with the possible hazards involved Any other use is not considered as intended use The manufacturer is not responsible for any incorrect use and the risks associated with such actions are assumed by the user alone For a better understanding of the interrelationships ...

Page 12: ...backpressure signal yes Level sensor connection yes Vibrator connection yes ON OFF switch yes Primary side fuse yes See chapter Connection instructions on page 31 Reasonably foreseeable misuse Operation without the proper training Use with insufficient compressed air quality or with input pressure too low Use of wet liquid or powdered coating materials that contain solvents and or water e g liquid...

Page 13: ... D Pneumatic data OptiFeed 4 0 Compressed air connection plug in connection 10 mm Min input pressure 6 bar 87 psi Max input pressure 8 bar 116 psi Max compressed air consumption 12 Nm h Max water vapor content of the compressed air 1 3 g m Max oil vapor content of the compressed air 0 1 mg m Powder output reference values OptiFeed 4 0 Hose length up to 8 m 6 kg min Hose length 8 16 m 4 5 kg min Ho...

Page 14: ...ile the unit was in operation measurements were taken at the most frequent operator positions and at a height of 1 7 m from the ground The specified value is applicable only for this product itself and does not take into account external noise sources or cleaning impulses The sound pressure level may vary depending on the product configuration and space constraints Rating plate fig 2 ...

Page 15: ...Design and function Overall view fig 3 A Suction side B Conveyance side 1 Connections 2 Operating elements 3 Conveyance side connection 4 Pinch valve 5 Powder chambers with filter elements and fluidized adapters 6 Threaded sleeve 7 Suction side connection ...

Page 16: ...ion Function 1 Pinch valve pressure indicator display in bar 2 Negative pressure vacuum indicator Suction power 3 Pump operating status indicator Standby mode Pumping flashes 4 Maintenance status indicator 5 After conveying indicator 6 Backpressure indicator display in bar 7 Conveying direction indicator ...

Page 17: ... 5 Input keys Designation Function 1 Selection key The displayed value is activated in order to be set The displayed menu can be accessed 2 Back key Back to previous menu or confirm the set value Switchover to the menu level press for at least 3 secs 3 Key UP 4 Key DOWN ...

Page 18: ...l operation T On Period duration of interval operation T Int Menu level Information INFO Settings Settings Wear parts Wear parts Software version Software version Memory Reset Wear Part 1 Wear Part 1 Conveying Air Pressure CONV pressure Wear Part 2 Wear Part 2 Operating time Operation time Wear Part 3 Wear Part 3 Total pumping cycles Pump cycles total Wear Part 4 Wear Part 4 Pumping Cycle Counter ...

Page 19: ...us connection IN AUX 2 4 CAN bus connection OUT AUX 2 5 Pressure sensor signal backpressure connection IN Compressed air connection 6 4 Fluidization connection Fig 7 Connections Compressed air hoses cables PP07 S Connection Description Power IN 2 1 Mains cable connection 100 240 V AC AUX 2 2 Vibrator connection OUT 100 240 V AC Level sensor 2 6 Level sensor connection IN Compressed air connection ...

Page 20: ...lug with 4 pins AUX 2 3 1 Ground 2 24 VDC 3 CAN high 4 CAN low Enclosure shield CAN OUT socket with 4 pins AUX 2 4 1 Ground 2 24 VDC 3 CAN high 4 CAN low Enclosure shield Connection pressure sensor signal socket with 4 pins 2 5 AUX 1 2 0 10 V OUT 3 GND 4 5 PP07 S Pin assignment Power IN 2 1 connection 1 Neutral conductor power supply 2 Phase 100 240 VAC 3 Start Stop PE PE grounding ...

Page 21: ...he conveyance output side The powder hose must be antistatic dissipative Maximum electrical surface resistance 109 ohms per meter The minimum pressure rating of the powder hose must be 10 bar Scope of delivery Supply signal cable PP07 Mains cable PP07 S Operating manual Available accessories Retrofit set for powder fluidizing suction units LM02 level sensor with connecting cable PP07 S Pressure se...

Page 22: ...nveying see chapter System parameters on page 35 To set the duration of the after conveying see chapter After conveying length on page 44 Pre conveying In certain applications it is not permissible to after convey after stopping because the powder container cannot absorb the after conveyed powder volume In such cases the powder in the powder hose can be loosened during start up by several pre conv...

Page 23: ...ve powder chamber is granted directional alternate cleaning of the powder chambers in suction or conveying direction the flow through the respective powder chamber is not granted Manual cleaning This function is initiated manually Cleaning takes place in the set direction The direction of powder hose cleaning can be changed Changing the direction of powder hose cleaning The direction of powder hos...

Page 24: ...duty cycle and period duration refer to see chapter Conveying parameters on page 43 Monitoring of the wear parts Wear parts have a limited service life The device offers functionality to monitor the service life of up to four wear parts Wear part monitoring can be set and read out on the display or via can bus The monitoring of a wear part is either cycle based or time based Cycle based monitoring...

Page 25: ...days No warning limit only alarm display at the end of the set service life activated by factory deactivated by factory Keyboard lock The powder pump has a keyboard lock that prevents the changing of individual values system parameters conveying parameters correction values as well as the starting of the conveying or cleaning operation Following is not affected by the keyboard lock Display of the ...

Page 26: ...he pinch valve 3 on the input side of the powder chamber B is closed the pinch valve 4 on the output side is opened Compressed air flows into the powder chamber through the fine porous filter element and the fine porous end pieces 5 The coating powder is conveyed out of the powder chamber by overpressure The suction and the conveying procedure alternate between both powder chambers Fig 8 Functioni...

Page 27: ...ption 27 Correction values The correction values are used to optimally adapt the powder pump to the suction and conveying distance The correction values can be set and requested manually or via the CAN bus See chapter Correction values on page 48 ...

Page 28: ...Rev 00 12 21 28 Product description OptiFeed 4 0 PP07 ...

Page 29: ... powder The powder pump must be mounted vertically Horizontal mounting will result in poor powder transport performance ATTENTION Surrounding temperature too high Install the pump only in locations with an ambient temperature of between 10 and 40 C i e never next to heat sources such as an enameling furnace or electromagnetic sources such as a control cabinet ...

Page 30: ...unted with 4 M6 screws on the back Fig 9 Drilling pattern PP07 If the PP07 powder pump is to replace a type PP06 powder pump without any mechanical rework the corresponding adapter plate can be used order no 1019 489 This will ensure installation compatibility Fig 10 Adapter plate PP07 PP06 ...

Page 31: ...lected System integration with CAN bus fig 11 Connection instructions PP07 overview 1 CAN bus cable IN 3 Power supply cable 4 CAN bus cable OUT 5 Compressed air hose 6 Powder pump no 1 6 1 Powder pump no 7 Plant control unit 8 OptiCenter Connect grounding cable to ground potential Check ground connections with Ohm meter and ensure 0 1 Ohm or less The compressed air must be free of oil and water Cl...

Page 32: ...7 overview 2 Signal cable backpressure 3 Signal cable 5 Compressed air hose 6 Powder pump Connect grounding cable to ground potential Check ground connections with Ohm meter and ensure 0 1 Ohm or less The compressed air must be free of oil and water Close the unused connections with the provided dust protection caps ...

Page 33: ...uctions PP07 S overview 5 Compressed air hose 6 Powder pump 9 Vibrator cable 10 Level sensor cable 11 Mains cable start stop signal Connect grounding cable to ground potential Check ground connections with Ohm meter and ensure 0 1 Ohm or less The compressed air must be free of oil and water Close the unused connections with the provided dust protection caps ...

Page 34: ...Rev 00 12 21 34 Assembly Connection OptiFeed 4 0 PP07 ...

Page 35: ...of the following principles leads to a successful start up of the powder pump The suction distance and the conveying distance should be kept as short as possible At the suction point ensure homogeneous fluidization so that no air pockets craters can be formed When laying the hose the minimum radius of the hose used must be complied with System parameters The powder pump is configured by using the ...

Page 36: ...ey 4 Select parameter values according to the following table No Description Values Display P01 Level sensor delay 0 Off 1 On Off On P02 Inlet pressure 0 P in 6 0 bar 1 P in 7 0 bar 2 P in 8 0 bar 6 0 bar 7 0 bar 8 0 bar P03 Vibrator 0 Off 1 without added run time 2 with 1 minute added run time Off On On ...

Page 37: ...ection Normal Inverse P09 REMOTE rinsing program 1 5 R1 R5 P10 MANUAL rinsing program 1 2 M1 M2 P11 After conveying Pre conveying 0 Off 1 After conveying ON 2 Pre conveying ON Off Post Pre P12 Interval operation 0 Off 1 On On Off P13 Log level 0 1 2 3 4 5 LOG Not relevant for CAN operation Default values are marked by bold print 5 Scroll to the next or previous system parameter with the or key Sel...

Page 38: ... P09 1 Alternating cleaning of the powder chambers 5 s Start by signal Clean IN Standard program for operation in the OptiCenter Program R2 P09 2 Alternating cleaning of both powder chambers 0 5 s 1 s 2 s Alternating cleaning starts in the direction of the conveyance side Start by signal Clean IN Program R3 P09 3 Cleaning the powder chamber A Start by signal Clean IN 100 100 ms Program R4 P09 4 Cl...

Page 39: ...g compressed air gun Program M2 P10 2 Alternating cleaning of the powder chambers 1 s 1 s Supply of external source of compressed air possible e g compressed air gun System parameter P13 Program run log reports may be exported to an SD card for test purposes and troubleshooting If an SD card is inserted while the unit is switched on the log messages are also recorded onto the SD card The data is w...

Page 40: ...ng operation Selection of the conveying mode Starting stopping cleaning programs Defining cleaning programs Reading the status information Sending error messages Reading the error list Error acknowledgment Initiating a memory reset Querying operating data and statistics Firmware update Hardware The powder pumps are connected via 4 pin CAN bus cables The last bus client is fitted with a terminal pl...

Page 41: ...Rev 00 12 21 OptiFeed 4 0 PP07 Start up 41 CAN bus cable plug assignment Fig 15 CAN bus cable Pin Signal Color 1 GND white 2 24 VDC brown 3 CAN H green 4 CAN L yellow ...

Page 42: ...Node ID value may be set by editing the system parameter P06 Node ID system parameter P06 CAN Node ID 1 127 P06 value CAN Node ID 1 127 1 127 Baud rate system parameter P05 P05 value Baud rate 0 20 kbit s 1 50 kbit s 2 100 kbit s 3 125 kbit s 4 250 kbit s 5 500 kbit s 6 800 kbit s 7 1 Mbit s Default value of system parameter P05 3 The Baud rate is selected with 125 kbits as default This setting pe...

Page 43: ...nveying parameters The powder pump has no programs only 4 parameters are available for powder transport The parameters may be shown and set via the display Changes via the display are stored in the EEPROM The parameters can be read and written via CAN bus The parameters for powder transport are set as follows 1 Switch on the powder pump 2 Hold key down for 3 seconds ...

Page 44: ...tion Cycles 1 16 4 Post convey After conveying duration Cycles 4 32 8 T On Duty cycle interval operation s 1 999 10 T Int Period duration of interval operation s 10 999 30 After conveying length The after conveying length is defined by the number of programmable cycles based on the hose length The factory setting for the pump is 8 cycles 8 cycles for powder hoses over 2 m 16 cycles for powder hose...

Page 45: ...trol unit to ensure familiarity of all control functions Interval operation In interval mode the conveying is carried out with interruptions After the start of the conveying the powder is conveyed during the duty cycle then paused until the end of the period and then conveyed again As noted this is to improve the operational life 1 Enable interval operation via system parameters see chapter System...

Page 46: ...arted in the programmed conveying direction The conveying direction displayed is factory set To change the conveying direction see chapter System parameters on page 35 This symbol is only displayed when after conveying is activated see chapter System parameters on page 35 When after conveying is activated the hose is emptied as it exits the pump See chapter Typical properties Characteristics of th...

Page 47: ...ining powder can cause hearing damage eye damage as well as respiratory problems The powder hoses on the suction and conveyance side must be mounted and held in the direction of an appropriately dimensioned suction unit such as Gema Classic Open booth targeted discharge of the compressed air energy Wear appropriate protective equipment Fig 17 The cleaning procedure starts in the programmed cleanin...

Page 48: ...e set and requested manually or via the CAN bus ATTENTION Incorrectly set correction values may lead to poor conveying results The plant was optimally set by the Gema service engineer at the first start up Changes of correction values may only be made by Gema trained personnel Entering the correction values 1 Switch on the powder pump 2 Hold key down for 3 seconds 3 Set the corresponding correctio...

Page 49: ... pumping bar 2 5 4 0 3 5 C3 Pinch valve pressure desired value during cleaning bar 3 0 5 0 4 5 C4 Pressure monitoring limit value no powder bar 0 0 0 45 0 0 C5 Pressure monitoring limit value powder hose clogged bar 0 55 2 5 1 5 5 Scroll to the next or previous correction value with the or key Selection is cyclical i e after the last correction value the first starts again and vice versa 6 Press k...

Page 50: ...up to 2 2 0 2 8 3 0 8 16 3 5 more than 16 4 0 Suction power adjustment C1 Depending on the height difference Recommendation Height difference m Setting 0 1 2 2 2 3 3 4 4 Depending on the suction distance Recommendation Suction distance m Setting 2 2 6 4 Guide values for the adjustment of the suction and conveying parameters Suction distance Conveying distance C0 Conveying pressure C1 VACUUM Hose e...

Page 51: ...2 5 and can be used for further control tasks When the unit is operating properly i e powder is supplied correctly to the pump in normal operation a pressure peak between 0 3 1 0 bar should be generated During the pumping process the maximum pressure is 1 bar See guide values below Guide Values CHK display 0 0 3 bar No powder conveying 0 3 1 bar Powder conveying normal 1 bar Clogging Fault Checkin...

Page 52: ...Rev 00 12 21 52 Operation OptiFeed 4 0 PP07 3 Press or to switch to the corresponding display The current software version and other information are displayed ...

Page 53: ...es is activated ex works and may only be changed in consultation with Gema The high resolution number of pumping cycles is displayed in the INFO menu 3 Select other wear parts with the or key and set the desired service life Monitoring is activated During the first activation a value of is shown as the start value If monitoring has already been activated at some earlier point then the last stored ...

Page 54: ...essary the corresponding wear part must be replaced and the respective service life must be reset see chapter Reset the service life on page 62 Memory Reset The memory reset enables a restoration of factory settings of the powder pump All parameters and correction values will be overwritten with factory default values By resetting the memory the values for wear part monitoring remain unchanged 1 S...

Page 55: ...ng lasting uniform coating quality The parts to be replaced during maintenance work are available as spare parts For further information see chapter Spare parts list General information The product is designed to require a minimum of maintenance All parts that require maintenance are located in the powder chamber assembly which is easy to dismantle The main assembly with the valve and electrical e...

Page 56: ...ecommended ALARM below the remaining service life Carry out maintenance Maintenance schedule The maintenance schedule is dependent on the frequency of the pump use The monitoring of the wear parts is linked to the internal pump cycle counter Up to 4 wear parts can be monitored The service life of the components depends heavily on the service duration the powder quality and the quality of the air s...

Page 57: ...ments Relevant sealing elements Replace Reset service life Maintenance set large 1 x annually 4 Protective filter elements Check for powder contamination 1 x annually 5 Hose lines Check for powder contamination and if firmly fitted 1 x annually 6 All electrical screw and clamp connections Check if firmly fitted 1 x annually Monitoring of the wear parts Usage dependent maintenance Planned maintenan...

Page 58: ... The cleaning procedure may be started and stopped either via external control unit or manually The Powder pump must be cleaned at least once per shift Periodic checks The periodic checks include examining all connecting cables and hoses The corresponding parts should be replaced immediately if any damage to cables or hoses is discovered All plugs must be properly tightened ...

Page 59: ...r or the equipment and may result in loss of warranty Replacing the pinch valves and filter elements Before dismantling changing the pinch valves and filter elements it is necessary to clean the powder pump in both directions by using the cleaning program Required spare parts Maintenance set small order no 1020 444 For further information see chapter Spare parts list fig 19 1 pinch valve 2 Filter ...

Page 60: ...Rev 00 12 21 60 Maintenance Repairs OptiFeed 4 0 PP07 Pump disassembly 1 2 3 4 5 6 ...

Page 61: ...Rev 00 12 21 OptiFeed 4 0 PP07 Maintenance Repairs 61 7 8 The end piece with the O rings should not be removed because it is pressurized only ...

Page 62: ... service life After successful replacement of wear parts the respective service life must be reset Example Pinch Valves Wear Part No 1 1 Hold key down for 3 seconds 2 If necessary reset the service life of other wear parts 3 Setting the desired service life in days ...

Page 63: ...help codes are stored in an error list in the order of their appearance Each error in the list must be individually acknowledged with the key The errors are displayed in the order of their appearance Here is a list of all possible help codes for this powder pump Code Description Criteria Remedy Power supply H20 Voltage supply error Mainboard Mainboard defective Contact Gema Service H21 Supply unde...

Page 64: ...on to the Master otherwise contact Gema service H45 Parameter value outside the value range The sent parameter value is outside the allowed value range Check input values H46 Invalid Node ID set The Node ID is not between 1 and 127 Set Node ID to 127 H47 No CAN interface installed CAN interface is selected in the system parameters but no interface is installed Contact Gema Service H48 No ACK to Bo...

Page 65: ...Backpressure too high Backpressure in the powder hose greater than C5 Clean or replace the powder hose Check the powder hose for kinks Appearance of errors It is possible that a help code is only displayed for a short time but after the acknowledgment it will disappear In this case it s recommended to switch off the device and switch it on again reset by restarting Troubleshooting guide Prior to a...

Page 66: ...owder chamber expired clogged Replace the filter elements Powder hoses tend to clog due to sintering Clean or replace the powder hoses The conveying hose or suction hose is clogged Empty the powder hose with compressed air or manually Warning powder will be expelled Conveying pressure desired value C0 incorrectly set Set correctly See chapter Entering the correction values on page 48 Vacuum desire...

Page 67: ...ous Reset to the default values Press for 5 seconds Then set parameters if necessary Powder pump is not conveying indicator is not flashing No Pump on control signal A control signal must be applied at connection 2 1 PIN 2 Powder pump is not conveying indicator is flashing If the LEDs on the valve connectors do not light up the pump control or corresponding valve is defective Replace pump control ...

Page 68: ...Rev 00 12 21 68 Fault clearance OptiFeed 4 0 PP07 ...

Page 69: ...the guns and the components for powder transport see the corresponding operating manual 3 Turn off the main compressed air supply Storage conditions Hazard notes There is no danger to personnel or the environment if the unit is stored properly Type of storage For safety reasons the product should only be stored in a horizontal position Storage duration If the physical conditions are maintained the...

Page 70: ...ments Storage must be inside a dry building at a temperature between 5 and 50 C Do not expose to direct sunlight Maintenance during storage Maintenance schedule No maintenance schedule is necessary Maintenance works During long term storage periodically perform a visual check ...

Page 71: ...operly at the end of its service life When disposing of the product the applicable local and regional laws directives and environmental regulations must be complied with Materials The materials must be sorted according to material groups and taken to the appropriate collection points Disassembly of component groups WARNING Live components Risk of fatal injury from electric shock if touched Only tr...

Page 72: ...Rev 00 12 21 72 Disposal OptiFeed 4 0 PP07 ...

Page 73: ... cable or hose material the required length must also be given The spare part numbers of this bulk stock is always marked with an The wearing parts are always marked with a marked All dimensions of plastic hoses are specified with the external and internal diameter Example Ø 8 6 mm 8 mm outside diameter o d 6 mm inside diameter i d WARNING Use of non original Gema spare parts When using the spare ...

Page 74: ...rts list 2 Silencer 1 2 1006 969 3 Pneumatic group complete see corresponding spare parts list 4 Mainboard complete 1020 104 5 Display module complete 1016 629 6 Protective filter support complete see corresponding spare parts list 7 Protection cap for connector socket 265 446 8 Protection cap for plug 265 438 9 Plug screw M12 1006 905 10 Power pack complete 1020 107 11 Protection cap for connecto...

Page 75: ...Rev 00 12 21 OptiFeed 4 0 PP07 Spare parts list 75 OptiFeed 4 0 PP07 spare parts Fig 21 PP07 Fig 22 PP07 S ...

Page 76: ...nozzle 1020 409 10 Plug 1 4 263 834 11 Screw in nipple 1 8 Ø 6 mm 240 095 12 Elbow joint 1 8 Ø 4 mm 1005 258 13 Plastic tube Ø 8 6 mm 103 756 14 Elbow joint 1 8 Ø 8 mm 252 182 Hose connections Connection designation Ø mm Color Order number IN 10 8 black 103 250 6 4 8 6 black 103 756 A 8 6 blue 103 497 B 8 6 blue 103 497 F1 8 6 green 103 519 F2 8 6 green 103 519 1 6 4 green 1005 824 3 6 4 green 100...

Page 77: ...Rev 00 12 21 OptiFeed 4 0 PP07 Spare parts list 77 Pneumatic group Fig 23 OptiFeed 4 0 powder pump pneumatic group Thread size Tightening torque Nm M3 8 8 0 8 M4 8 8 1 8 M5 8 8 3 7 G1 8 0 8 G1 4 1 2 ...

Page 78: ...ithout pos 10 and 17 1019 466 17 O ring Ø 24x3 mm 1020 434 18 Elbow joint 1 8 Ø 8 mm 251 372 19 Elbow joint 1 8 Ø 6 mm 254 061 20 Pinch valve complete 1020 805 21 Grounding cable 1006 990 22 Allen cylinder screw M6x10 mm 216 399 23 Shake proof washer M6 216 054 30 Powder hose Ø 16 23 mm 1010 040 44 Maintenance set small consisting of 1020 444 Pos 9 Filter element 2x 1019 465 Pos 10 O ring Ø 39x3 m...

Page 79: ...Rev 00 12 21 OptiFeed 4 0 PP07 Spare parts list 79 Powder chamber spare parts fig 24 Thread size Tightening torque Nm M5 8 8 3 7 M6 8 8 6 2 G1 8 0 8 ...

Page 80: ...ring complete 1020 436 2 Allen cylinder screw M4x12 mm 1016 278 3 Washer Ø 4 3 9x0 8 mm 215 791 4 Screw in nipple 1 8 Ø 8 mm 240 087 5 Screw in nipple 1 8 Ø 6 mm 240 095 6 Protective filter element complete 1019 470 7 Screw in nipple 1 4 Ø 10 mm 266 990 Wearing part fig 25 Filter holder ...

Page 81: ... 3 PLC connection cable 5 m 1003 651 PLC connection cable 30 m 1004 112 4 Mains cable CH 382 493 Mains cable Schuko 382 485 Mains cable USA 382 507 Mains cable GB 382 515 Mains cable AUS 382 523 Mains cable China 1000 993 4 1 Mains cable with ext start stop 6 m 390 119 Mains cable with ext start stop 20 m 390 127 5 Vibrator cable constituent part of vibrator 6 Connection cable level sensor 6 m 100...

Page 82: ......

Page 83: ...lations 71 Disuse for several days 69 E EEPROM 63 Electrical data 13 F Factory settings Restoration 54 Fault clearance 63 Figure references in the text 8 I Inlet pressure 36 Intended use 11 Interval operation 37 44 Duty cycle 24 45 Period duration 24 45 K Keyboard lock 25 M Maintenance 55 56 Maintenance during storage 70 Memory Reset 54 O Operating elements 16 Display 16 Input keys 17 Operation 43...

Page 84: ...Scope of delivery 21 Service life Reset 62 Shutdown 69 Software version 51 Sound pressure level 14 Spare parts list 73 Start stop function Fresh powder system 33 Starting and stopping Cleaning procedure 45 Conveying procedure 45 Start up 35 Storage 69 Storage conditions 69 Suction side 15 System integration with CAN bus 31 System integration with PLC 32 System parameters 18 35 T Technical Data 12 ...

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