Handling systems for the electronics industry (standard types of construction)

Transcription

1 Handling systems for the electronics industry (standard types of construction) Printed circuit board input station Bare-board-loader Printed circuit board input station Printed circuit board input station Printed circuit board input station LPE- ST LPE- 1M LPE- 2M LPE- 3M Printed circuit board output station Conveyor module Coupling conveyer Printed circuit board output station Printed circuit board output station Printed circuit board output station Printed circuit board input/output station Printed circuit board output station with crosswise travel shuttle Conveyor module - accumulator roller principle Conveyor module - accumulator roller principle with PCB - singulator Coupling conveyer Coupling conveyer Coupling conveyer Coupling conveyer Workplace system LPA- 1M LPA- 2M LPA- 3M LPEA - 2M LPA - 2M /QV SR 1000 SR S PB 500/1 PB 500/2 PB 500/3 PB 1000 PB 500/3- AP TABLE OF CONTENTS Various modules Transport module Shuttle for transverse shifting PB 600- Teleskop QV 1350 Mobile stations Printed circuit board centring station Turning station (90-3) Inverter station ZS 500 DS- T WS- 600 Printed circuit board buffer Printed circuit board buffer Printed circuit board buffer Printed circuit board buffer LPP- 25 FIFO LPP- 30 LIFO LPP- 60 LIFO Passages Personal passage - shuttle Personal passage - shuttle, enclosed type magazines transport stacker lift truck SD 700 GSD 700 MW 150 Laser and plasma Automatic laser marking machine Automatic laser marking machine Plasma-working-automatic LA- 10 H LA- 10 V PBA- 300

2 LPE-ST Bare-board-loader is a compact, easy-to-operate module for automatic printed circuit board production. The module separates printed circuit boards from the stack and is used to load production systems. Printed circuit boards are gripped by adjustable vacuum suctions, separated and moved to the area of a transport module with a lifting axis and are deposited there. The through-run of printed circuit boards from printed circuit boards input stations with magazine is possible. In run-through operation, the existing transport module acts as a normal conveyor lmodule with buffer function for one printed circuit board. Sturdy frame build-up with casing; Transport conveyor, width-adjustable by means of hand wheel; 2 parallel running transport belts, each with PCB edge support for transfer transport; Take up of PCB with vacuum suction and lifting movement for separation; Two operating modes: 1. Separation from stack 2. Pass-through mode from PCB input stations with magazine Own control system; Interfaces with SMEMA, Siemens (respective customer briefs); 600 mm x 950 mm x mm 400 mm x 400 mm 100 mm x 80 mm 80 mm mm PRINTED CIRCUIT BOARD INPUT STATION

3 LPE-1M Printed circuit board input station to load production systems, such as insertion machines, continuous kilns, test systems, screen printers etc., for automatic printed circuit board production. The characteristic feature of this station is its compact design. Process sequence runs automatically after start release. A required magazine exchange (full / empty) is indicated visually and acoustically. A medium warning limit may be adjusted via operator panel OP7. Stable frame construction; Pre-warning limit for magazine change freely selectable; Pneumatic pusher; Fixation of magazine in the working area; Magazine mounting for standard customer magazine; Microprocessor control system Simatic S7; LCD display with membrane keyboard => OP7; Interfaces SMEMA, Siemens (respective customer briefs). PRINTED CIRCUIT BOARD INPUT STATION Maximum magazine size 970 mm x 600 mm x mm 360 mm x 360 mm x 570 mm 830 mm to 960 mm

4 LPE-2M Printed circuit board input station to load production systems, such as insertion machines, continuous kilns, test systems, screen printers etc., for automatic printed circuit board production. The 2 magazines are located on an alternating table. Thus magazine can be changed without production stoppage. The characteristic feature of this station is its compact design. Process sequence runs automatically after start release. A required magazine change or insertion is indicated visually and acoustically. Stable frame construction with cladding; Capacity: 2 magazines, pre-warning limit for magazine change; Pneumatic pusher; Fixture of magazines in the working area; Magazine reception for standard customer magazine; Microprocessor control system with integrated LCD display and membrane keyboard; Interfaces SMEMA, Siemens (respective customer briefs). PRINTED CIRCUIT BOARD INPUT STATION Maximum magazine size mm x mm x mm 360 mm x 360 mm x 570 mm 840 mm to 960 mm 230 V/ 50 Hz / 0,6 KVA

5 LPE-3M Printed circuit board input station with magazine storage unit for 3 magazines to load production systems, such as insertion machines, continuous kilns, test systems, screen printers etc., for automatic printed circuit board production. The characteristic feature of this station is an integrated magazine buffer for full and empty magazines. Process sequence runs automatically after start release. A required magazine change or insertion is indicated visually and acoustically. Magazine transport is arranged at two levels. Full magazines are fed at the lower level and empty magazines discharged at the higher level. Stable frame construction with cladding; Magazine change without Production stoppage; Pre-warning limit for magazine change; Pneumatic pusher; Pneumatic fixing of magazine in the working area; Microprocessor control system with integrated LCD display and membrane keyboard; Interfaces SMEMA, Siemens (respective customer briefs). PRINTED CIRCUIT BOARD INPUT STATION Maximum magazine size Magazine capacity Magazine exchange time on inquiry Special paint as per Magazine storage unit extension (1 magazine) mm x 925 mm x mm 425 mm x 360 mm x 570 mm 3 magazine full; 2 magazine empty approx 40 second 840 mm bis 960 mm 230 V / 50 Hz / 0,6 KVA

6 LPA-1M Printed circuit board output station to unload production systems, such as insertion machines, continuous kilns, test systems, screen printers etc., for automatic printed circuit board production. The characteristic feature of this station is its compact design. Process sequence runs automatically after start release. A required magazine change is indicated visually and acoustically. A pre-warning limit may be adjusted via operator panel OP7. Stable frame construction Pre-warning limit for magazine change Separation conveyor width-adjustable with hand wheel Pneumatic pusher Fixing of magazine in the working area Magazine reception for standard customer magazine Microprocessor control system with integrated LCD display and membrane keyboard; Interfaces SMEMA, Siemens (respective customer briefs). PRINTED CIRCUIT BOARD OUTPUT STATION Maximum magazine size Electric width adjustment mm x 700 mm x mm 360 mm x 360 mm x 570 mm 840 mm to 960 mm

7 LPA-2M Printed circuit board output station to unload production systems, such as insertion machines, continuous kilns, test systems, screen printers etc., for automatic printed circuit board production. The 2 magazines are located on an alternating table. Thus magazine can be changed without production stoppage and a simple good-bad-separation after test systems is possible. The characteristic feature of this station is its compact design. Process sequence runs automatically after start release. A required magazine change is indicated visually and acoustically. Stable frame construction with cladding; Capacity: 2 magazines, pre-warning limit for magazine change; Separating conveyor, width-adjustable with hand wheel Pneumatic pusher Fixing of magazines in the working area Magazine mounting for standard customer magazine Microprocessor control system with integrated LCD display and membrane keyboard; Interfaces SMEMA, Siemens (respective client briefs). PRINTED CIRCUIT BOARD OUTPUT STATION Maximum magazine size 1.100mm x 1.500mm x 1.800mm 360 mm x 360 mm x 570 mm 840 mm to 960 mm

8 LPA-3M Printed circuit board output station with magazine storage unit for 3 magazines to unload production systems, such as insertion machines, continuous kilns, test systems, screen printers etc., for automatic printed circuit board production. The characteristic feature of this station is an integrated magazine buffer for full and empty magazines. Process sequence runs automatically after start release. A required magazine change or insertion is indicated visually and acoustically. Magazine transports are arranged at two levels. The upper level is the inputof empty magazines and the lower level is for the output of the full magazines. Stable frame construction with cladding; Magazine change without Production stoppage; Pre-warning limit for magazine change Separating conveyor, width-adjustable with hand wheel Pneumatic pusher; Pneumatic fixing of magazine in the working area Microprocessor control system with integrated LCD display and membrane keyboard; Interfaces SMEMA, Siemens (respective customer briefs). PRINTED CIRCUIT BOARD OUTPUT STATION Maximum magazine size Magazine capacity Magazine exchange time Magazine storage unit extension (1 magazine). Electric width adjustment mm x 925 mm x mm 425 mm x 360 mm x 570 mm 3 magazine full, 2 magazine empty approx 55 second 840 mm to 960 mm

9 LPEA-2M Printed circuit board input/output station to load and unload production systems, such as insertion machines, continiuous kilns, test systems, screen printers etc., for automatic printed circuit board production. The 2 magazines are located on an alternating table. Thus magazine can be changed without production stoppage. The characteristic feature of this station is its compact design. Process sequence runs automatically after start release. A required magazine change is indicated visually and acoustically. Stable frame construction with cladding; Capacity: 2 magazines, pre-warning limit for magazine change; Separating conveyor, width-adjustable with hand wheel Pneumatic pusher; Designed for reversing operation Fixing of magazines in the working area Magazine reception for standard customer magazine Microprocessor control system with integrated LCD display and membrane keyboard; Interfaces SMEMA, Siemens (respective customer briefs). PRINTED CIRCUIT BOARD INPUT/OUTPUT STATION Maximum magazine size mm x mm x mm 360 mm x 360 mm x 570 mm 840 mm to 960 mm 230 V / 50 Hz / 0,6 KVA

10 LPA-2M/QV Printed circuit board output station with shuttle for transverse shifting to unload production systems, such as insertion machines, continuous kilns, test systems, screen printers etc., for automatic printed circuit board production. The 2 magazines are located on separate elevating platforms. Arriving printed circuit boards are fed to the two magazines by means of transverse shifting. Thus a fast "good-bad-separation as per test system is possible. The characteristic feature of this station is its compact design. Process sequence runs automatically after start release. A required magazine change is indicated visually and acoustically. Stable frame construction with cladding; Capacity: 2 magazines with separate position; Pre-warning limit for magazine change; Shuttle transport conveyor (width-adjustable with hand wheel); Pneumatic pusher; Fixing of magazines in the working area; Magazine reception for standard customer magazine Microprocessor control system with integrated LCD display and membrane keyboard; Interfaces SMEMA, Siemens (respective customer briefs). PRINTED CIRCUIT BOARD OUTPUT STATION Maximum magazine size mm x mm x mm 360 mm x 360 mm x 570 mm 840 mm to 960 mm 230 V / 50 Hz / 0,6 KVA

11 SR 1000 Conveyor module - accumulating roller principle to further transport printed circuit boards, unloaded by production or handling systems. The length of the transport conveyor for printed circuit boards is mm (or longer as required) and it is equipped with an accumulating roller chain for the pressureless accumulation of printed circuit boards (large accumulation volume in a small space). Preferred applications: downstream of reflow soldering systems, for idle run of the soldering systems during errors or for problem free manual removal of soldered printed circuit boards, when there is no further automatic handling is specified. Another application is the longer transport distance for printed circuit boards, with a very easy separation of accumulated printed circuit boards being possible prior to transfer to following systems. Stable construction with own pedestal; 2 parallel accumulating roller chains, each with edge support for printed circuit boards; Transport chain, width-adjustable by means of hand wheel; Continuous operating conveyor, stepless adjustable conveyor speed; (potentiometer); CONVEYOR MODULE Adjustable conveyor speed mm x 635 mm x 930 mm 450 mm x 365 mm 0 to 15 m/min (variable) 840 mm to 960 mm 230 V / 50 Hz / 0,6 KVA

12 SR 2000-S Conveyor module - accumulating roller principle with PCB singulation to further transport printed circuit boards that are unloaded from production or handling systems. The length of the transport conveyor for printed circuit boards is mm (or longer as required) and it is equipped with an accumulating roller chain for pressureless accumulation of printed circuit boards (large accumulation volume in a small space). Preferred applications: downstream of reflow soldering systems, for idle run of the soldering systems during errors or for problem free manual removal of soldered printed circuit boards, when there is no further automatic handling is specified. Another application is the longer transport distance for printed circuit boards, with a very easy separation of accumulated printed circuit boards being possible prior to transfer to following systems. Stable construction with own pedestal; 2 parallel accumulating roller chains, each with edge support for printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; Continuous operating conveyor, stepless adjustable conveyor speed; (potentiometer); CONVEYOR MODULE Adjustable chain speed Also executable as pin chain transporter. Singulation with control system and SMEMA interface (requires compressed air ). Adjustable centre support mm x 635 mm x 930 mm (Special measures are possible ) 450 mm x 365 mm 0 to 15 m/min (variable)

13 PB 500/1 Coupling conveyer to transport and transfer of printed circuit boards between production or handling systems. The transport conveyor is one 500 mm segment. The module may be used as a buffer section (1 printed circuit board), as inspection point or to load and unload production systems. Further transport in inspection mode is carried out with a quit signal after an inspection or rework of printed circuit boards. Stable construction with own pedestal and integrated pull-out control cabinet; 2 parallel transport belt, each with edge support for printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; Two operating modes: 1. Inspection mode => Further transport after quit signal; 2. Continuous mode => Buffer capacity for 1 printed circuit boards; StepIess adjustable conveyor speed for transfer (potentiometer); Own control system=> Interfaces SMEMA, Siemens (respective customer briefs); COUPLING CONVEYER Adjustable conveyor speed 500 mm x 635 mm x 930 mm (Special measures are possible ) 450 mm x 365 mm 0 to 15 m/min (variable)

14 PB 500/2 Coupling conveyer to transport and transfer of printed circuit boards between production or handling systems. The transport conveyor are divided into two segments and equipped with separate drives. The module may be used as a buffer section (2 printed circuit boards), as inspection point or to load and unload production systems. Further transport in inspection mode is carried out with a quit signal after an inspection or rework of printed circuit boards. Stable construction with own pedestal and integrated pull-out control cabinet; 2 parallel transport belt, each with edge support for printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; Two operating modes: 1. Inspection mode => Further transport after quit signal; 2. Continuous mode =>Buffer capacity for 2 printed circuit boards; StepIess adjustable conveyor speed for transfer (potentiometer); Own control system=> Interfaces SMEMA, COUPLING CONVEYER Adjustable conveyor speed mm x 635 mm x 930+/-25mm (Special measures are possible ) 450 mm x 365 mm 0 bis 15 m/min (variable)

15 PB 500/3 Coupling conveyer to transport and transfer of printed circuit boards between production or handling systems. The transport conveyors are divided into three segments and equipped with separate drives. The module may be used as a buffer section (3 printed circuit boards), as inspection site or to load and unload production systems. Further transport in inspection mode is carried out with a quit signal after an inspection or rework of printed circuit boards. Stable construction with own pedestal and integrated pull-out control cabinet; 2 parallel transport belt, each with edge support for printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; Two operating modes: 1. Inspection mode => Further transport after go-signal; 2. Continuous mode => Buffer capacity for 3 printed circuit boards; StepIess adjustable conveyor speed for transfer (potentiometer); Own control system=> Interfaces SMEMA, Siemens (respective customer briefs); COUPLING CONVEYER Adjustable conveyor speed mm x 635 mm x 930+/-25mm (Special measures are possible ) 450 mm x 365 mm 0 bis 15 m/min (variable)

16 PB 1000 Coupling conveyer to transport and transfer of printed circuit boards between production or handling systems. The transport conveyor is one mm segment. The module may be used as a buffer section (1 printed circuit board), as inspection point or to load and unload production systems. Further transport in inspection mode is carried out with a quit signal after an inspection or rework of printed circuit boards. Stable construction with own pedestal and integrated pull-out control cabinet; 2 parallel transport belt, each with edge support for printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; Two operating modes: 1. Inspection mode => Further transport after go-signal; 2. Continuous mode => Buffer capacity for 1 printed circuit boards; StepIess adjustable conveyor speed for transfer (potentiometer); Own control system=> Interfaces SMEMA, Siemens (respective customer briefs); COUPLING CONVEYER Adjustable coveyor speed mm x 635 mm x 930 mm 450 mm x 365 mm 0 to 15 m/min (variable) RAL 7035

17 PB 500/3 - AP Workplace system to transport and transfer printed circuit boards between production or handling systems. The transport coveyors are divided into three segments and equipped with separate drives. The module may be used as a buffer section (3 printed circuit boards), as inspection point or to load and unload production systems. Further transport in inspection mode is carried out with a quit signal after an inspection or rework of printed circuit boards. Manual workstation with dazzle free lighting, components-deposits, foot deposit, armrests are integral. Stable construction with own pedestal and integrated control cabinet; Each segment 2 parallel transport belts, each with edge support for printed circuit boards Transport coveyor, width-adjustable by means of hand wheel; Two operating modes: 1. Inspection mode => Further transport after acknowledging signal; 2. Continuous mode => Buffer capacity for 1 printed circuit boards; StepIess adjustable conveyor speed for transfer (potentiometer); Own control system=> Interfaces SMEMA, Siemens (resp. customer briefs); Adjustable conveyor speed Electric width adjustment mm x 720 mm x mm (Special measures are possible ) 400 mm x 365 mm 0 to 15 m/min (variable) 930 +/- 20 mm COUPLING CONVEYER

18 PB telescope Transport module to transport and transfer of printed circuit boards between production or handling systems. The length of the transport module can be variably adjusted between mm. The adjustment is made by manually pulling out of conveyor guides. The difference of lengths of the belt bands is balanced within the module. With the telescopic function the belt bands are guided over rollers. The printed circuit board side guides are used operational through supplied balance pieces after legth adjustments. Appropriate grids for any intermediate measurements are available at the factory. Stable construction with own pedestal and integrated control cabinet; Each segment 2 parallel transport belts, each with edge support for printed circuit boards; Manual length adjustment (set-up time approx. 10 min.); StepIess adjustable conveyor speed for transfer (potentiometer); Own control system=> Interfaces SMEMA, Siemens (resp. customer briefs); VARIOUS MODULES Adjustable conveyor speed mm x 635 mm x 930 mm 450 mm x 365 mm 0 to 15 m/min (variable)

19 QV 1350 Shuttle for transverse shifting is a compact, easy-to-operate module for automatic printed circuit board production. It is used as a branched transport system or as a concentration transport system. Hence, the production flow is concentrated from, e.g., two production lines of the same transport band to reach a reflow sololering system, p.e. This unit shifts printed circuit boards traverse to the transport direction into the other track. Stable construction, framework rack with cladding; Conveyor line module of 500 mm on a pneumatic transverse shifting unit; Each segment 2 parallel transport belts, each with edge support for printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; Two operating modes 1. Shuttle mode => Further transport after transverse shifting, 2. Continuous mode => Buffer capacity for 1 printed circuit boards; Own control system=> Interfaces SMEMA, Siemens (resp. customer briefs); VARIOUS MODULES Electric width adjustment. 550 mm x mm x mm (Special measures are possible ) 450 mm x 365 mm

20 ZS 500 Printed circuit board centring station to align of printed circuit boards downstream of a reflow soldering system with a mesh belt conveyor. The printed circuit boards that do not arride in a straight line are aligned with the fixed rail of a downstream transport system. The unit operates independently of interface signals and can be used across the full belt width of approximately 400 mm. Stable frame construction with cladding Pneumatic centring pusher; StepIess adjustable conveyor speed for transfer (potentiometer); Own control system=> Interfaces SMEMA, Siemens (resp. customer briefs); MOBILE STATIONS 500 mm x 500 mm x mm (Special measures are possible ) 450 mm x 365 mm

21 DS-T Turning station (90-3) is a compact, easy-to-operate module for automatic printed circuit board production. The unit is used as a branching station as the production flow is diverted round an angle of 90 or as the printed circuit board can be transported through without a change of direction. Stable frame construction with cladding; Transport conveyor, width-adjustable by means of hand wheel; 2 parallel transport belts, each with PCB edge support for transfer transport; Pneumatic linear and electrical rotation movement of conveyor module of 500 mm length; Two operating modes: 1. Change of direction => Further PCB transport offset by 90 ; 2. Through run mode => Buffer capacity for 1 printed circuit boards; Own control system=> Interfaces SMEMA or Siemens (resp. customer briefs); MOBILE STATIONS Electric width adjustment. 800 mm x 800 mm x mm 450 mm x 365 mm

22 WS-600 Inverter station is a compact, easy-to-operate module for automatic printed circuit board production. The unit is used to turn printed circuit boards by an angle of 180, i.e. turning the printed circuit boards over from the A side to the B side. The turning mechanism with integrated printed circuit boards transport unit with a length of 500 mm is designed such that also printed circuit boards with different thicknesses (0.8 to 4.0 mm ) can be handled carefully by the principle of a pneumatic side clamping. Stable frame construction with cladding; Transport conveyor, width-adjustable by means of hand wheel; 2 parallel transport belts, each with PCB edge support for transfer transport; Pneumatic clamping and electrical turning movement of the conveyor module; Two operating modes: 1. Inverter mode => rturning of printed circuit boards; 2. Continuous mode => Buffer capacity for 1 printed circuit boards; Own control system=> Interfaces SMEMA or Siemens (resp. customer briefs); MOBILE STATIONS Electric width adjustment. 600 mm x 950 mm x mm 450 mm x 365 mm

23 LPP - 25 FIFO Printed circuit board buffer is a universally usable in-line buffer station for automatic printed circuit board production. Buffering is made according to the FIFO principle. The station consists of a lifting axis, on which a lift with 25 transport belts is mounted. The transport belts are driven by swivelling drive units. Without buffer operation, the arriving printed circuit board is passed via the bottom transport belt without interruption to the downstream unit. As soon as there is a standstill of the downstream unit, the arriving printed circuit boards are temporarily buffered on the transport belts in the lift. When the downstream unit is able to take up printed circuit boards again, the buffered PCB`s are channeled automatically in the production unit according to the FIFO principle. Stable construction with optimal accessibility to electrical control system; Lifting axis is designed as a ball thread drive; Transport conveyor, width-adjustable by means of hand wheel; StepIess adjustable conveyor speed (potentiometer); Own control system=> Interfaces SMEMA or Siemens (resp. customer briefs); Conveyor speed Buffer capacity Cycle time Hand wheel 500 mm x mm x mm 450 mm x 450 mm 50 mm bis 450 mm 0 to 15 m/min (variable) 810 mm tp 990 mm 25 PCB during a division on 25 mm approx 12 sek. PRINTED CIRCUIT BOARD BUFFER

24 LPP - 30 LIFO Printed circuit board buffer is a universally usable in-line buffer station for automatic printed circuit board production. Buffering is made according to the LIFO principle. The station consists of a transport conveyor (500-mm lenght). Through the conveyor is on 3 parts of every side with a distance of 120 mm a hoog chain. Among the upward timing the printed circuit board take along with and through that the printed circuit board is between buffered. The chain length and number of hooks determine the possible buffer capacity (e.g.30 PCB). For unload the chain is downward timing and a printed circuit board in the buffer is lay asite on the transport conveyor for the pass-over to the other equipement. Without buffer operation the arriving printed circuit board is passed on via the transport belt without interruption to the following unit. Among a stop of the following eqipement, the arriving printed circuit boards are interim buffered on the hook chain. When the following unit is working the PCB will automatically works to the LIFO principle. Stable construction with optimal accessibility to electrical control system; Hook chain, rated to buffer 30 printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; StepIess adjustable conveyor speed (potentiometer); Own control system=> Interfaces SMEMA or Siemens (resp. Customer briefs); Conveyor speed Buffer capacity Cycle time Elctrical 500 mm x 750 mm x mm 400 mm x 365 mm 120 mm x 80 mm 5 mm on hooks 80 mm to 365 mm 0 to 15 m/min (variable) 30 PCB with a division on 20 mm (spezial capacities possible) approx 12 sek. PRINTED CIRCUIT BOARD BUFFER

25 LPP - 60 LIFO Printed circuit board buffer is a universally usable in-line buffer station for automatic printed circuit board production. Buffering is made according to the LIFO principle. The station consists of a transport conveyor (500-mm lenght). Through the conveyor is on 3 parts of every side with a distance of 120 mm a hoog chain. Among the upward timing the printed circuit board take along with and through that the printed circuit board is between buffered. The chain length and number of hooks determine the possible buffer capacity (e.g.60 PCB). For unload the chain is downward timing and a printed circuit board in the buffer is lay asite on the transport conveyor for the pass-over to the other equipement. Without buffer operation the arriving printed circuit board is passed on via the transport belt without interruption to the following unit. Among a stop of the following eqipement, the arriving printed circuit boards are interim buffered on the hook chain. When the following unit is working the PCB will automatically works to the LIFO principle. Stable construction with optimal accessibility to electrical control system; Hook chain, rated to buffer 60 printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; StepIess adjustable conveyor speed (potentiometer); Own control system=> Interfaces SMEMA or Siemens (resp. Customer briefs); Belt speed Buffer capacity Cycle time Hand wheel 500 mm x 750 mm x mm 400 mm x 365 mm 120 mm x 80 mm 5 mm on hooks 80 mm to 365 mm 0 to 15 m/min (variable) 60 PCB with a division on 20 mm (spezial capacities possible) approx 12 sek. PRINTED CIRCUIT BOARD BUFFER

26 SD 700 Personal passage - shuttle to transport and transfer printed circuit boards between production or handling systems. It is a passage within a production line, which is automatically opened and closed. A mm PCB transport module receives a PCB, closed a passage of approximately 700-mm transfers it to the downstream units. Stable frame construction with integrated pull-out control cabinet; 2 parallel transport belts, each with edge support for printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; StepIess adjustable conveyor speed (potentiometer); Own control system=> Interfaces SMEMA or Siemens (resp. Customer briefs); PASSAGES Conveyor speed Shuttle speed: Hand wheel adjustable adjustable mm x 660 mm x 930 mm 450 mm x 365 mm 0 to 15 m/min (variable)

27 GSD 700 Personal passage - shuttle, enclosed type is an enclosed passage used to transport and transfer printed circuit boards between production or handling systems. A passage in an production line can be automatically opened by an operator if required. Stable frame construction with integrated pull-out control cabinet; 2 parallel transport belts, each with edge support for printed circuit boards; Transport conveyor, width-adjustable by means of hand wheel; StepIess adjustable conveyor speed (potentiometer); Own control system=> Interfaces SMEMA or Siemens (resp. Customer briefs); PASSAGES / PORTALS Conveyor speed Shuttle speed: Hand wheel adjustable adjustable mm x 800 mm x mm 450 mm x 365 mm 0 to 15 m/min (variable) 830 +/- 25 mm

28 MW 150 magazines transport stacker lift truck facilitates operations during loading and unloading processes at printed circuit board magazining units. The stepless variable manual lowering function permits adjustment of any interim height in order to move heavy printed circuit board magazines by manual lateral shifting from (and to) the machining unit onto the transport cart without having to lift it. Optimum use of this transport stacker lift truck is attained by its adaptation to the clamping direction and the program charging sequence of the printed circuit board magazining unit. Stable sheet steel structure; Max. capacity 2 magazines (related to magazine size); Max. capacity 2 magazines (related to magazine size) Sliding layer coating for easy travel; Foot-operated hydraulics for stepless lowering; 2 guide and 2 fixed rollers. PASSAGES Lifting range Platform dimensions Overall dimensions Load-carrying capacity 215 mm x 740 mm 710 mm x 450 mm 955 mm x 450 mm 150 kg

29 LA - 10 H (horizontal) Automatic laser marking machine The automatic laser marking machine consists of a standard transport system (PB 500/3) with integrated laser marking device which generates, in a freely programmable marking field of 50 mm x 50 mm (L x W), highly durable identification markings on printed circuit board surfaces with contrasting lacquer or neutral selfadhesive labels. Stable frame set up as a welded structure; conveyor module for PCB (L=1.500 mm); 2 parallel transport belt, each with edge support for printed circuit boards; Two operating modes: 1. Marking mode => Further transport after completed marking, 2. Continuous mode => Buffer capacity for 3 printed circuit boards; CO 2 Laser unit for lettering of suitable PCB base materials, various plastics or optional contrast colour overprints; PC system with control system software to freely generate: - 2-D codes - Static and dynamic bar codes - Text and graphic elements (e.g. logos via import function) - Loading of data from superior system via standard PC interfaces; Interfaces SMEMA or Siemens (respective customer briefs). LASER AND PLASMA Maximum marking range Manual adjustment range Laser rating mm x 635 mm x mm 450 mm x 365 mm 50 mm x 50 mm 50 mm x 365 mm 10 W, Laser safety class system /- 25 mm 230 V / 50 Hz / 1 KVA Additional automatic mechanikal adjustment of marking position for multiple access identification (X-Y position); Suction and filter system (with particle and GAC filter); Printing module for contrast overprints; Welch-Allyn-CCD barcode reader (with PC link). Data Matrix ECC 200

30 LA - 10 V (vertikal) Automatic laser marking machine The automatic laser marking machine consists of a standard transport system (PB 500/3) with integrated laser marking device. The LA-10V can sign direct on PCB`s or on printed colour disign. There can be a free programm marked place of 100 mm x 100 mm (L x W). Stable frame set up as a welded structure; conveyor module for PCB (L=1.500 mm); 2 parallel transport belt, each with edge support for printed circuit boards; Two operating modes: 1. Marking mode => Further transport after completed marking, 2. Continuous mode => Buffer capacity for 3 printed circuit boards; Laser unit for lettering of suitable PCB base materials, various plastics or optional contrast colour overprints (CO 2 or Nd:YAG); PC system with control system software to freely generate: - 2-D codes - Static and dynamic bar codes - Text and graphic elements (e.g. logos via import function) - Loading of data from superior system via standard PC interfaces; Interfaces SMEMA or Siemens (respective customer briefs). LASER AND PLASMA Maximum marking range Manual adjustment range Laser rating mm x 635 mm x mm 450 mm x 365 mm 100 mm x 100 mm 50 mm x 365 mm 10 W, outside: Laser safety class system /- 25 mm 230 V / 50 Hz / 1 KVA Additional automatic mechanical adjustment of marking position for multiple access identification (X-Y position); Suction and filter system (with particle and GAC filter); Printing module for contrast overprints; Welch-Allyn-CCD barcode reader (with PC link). Data Matrix ECC 200

31 PBA Plasma working automatic The plasma working automatics are designed to increase the surface energy of materials. The PBA consists of a transport system (similar to PB 500/3) with an integrated plasma system. Two plasma nozzles move cross over the surface of the material, during the material goe through under it. This happens through a rotation unit. A ventilationssystem with active carbon filter guarantee a exhaust air of the system without problems. Stable frame construction with AL profiles and ESD plastic housing; 3 transport module for printed circuit boards/work piece holders ( 3 x 500 mm); 2 parallel transport belt, each with edge support for printed circuit boards; Two operating modes: 1. Working mode => Further transport after working process, 2. Continuous mode => Buffer capacity for 3 PCB/work piece holders; Plasma system AGRODYN, with generator unit FG 1001S mobile in cabinet housing; Dimensions of generator unit: 600 mm x mm x 600 mm; Interface for protocol printer, PBA-300 interfaces: SMEMA. LASER AND PLASMA of transport system Height of plasma rotation unit inside housing Maximum PCB/WS carrier size Minimum PCB/WS carrier size Maximum machining range Performance range control cabinet mm x 635 mm x mm ca mm 300 mm x 300 mm dependent on plasma-rotation unit approx 500 W, adjustable 910 +/- 25 mm 400 V / 3 Phases / 50 Hz / 1,5 KVA