1. Engineer Training Data Path TJ8300 / TJ8500 Data Path

2. Engineer Training Data Path TJ8300 / TJ8500 Confidential 2 Data Channel - General Description Electronics Cabinet Electronics Cabinet KMCYMLCLKMCYMLCL 15 Drivers Serial data channel KMCYMLCLKMCYMLCL BRIDGE 150 flat Cables 150 IJ Heads

3. Engineer Training Data Path TJ8300 / TJ8500 Confidential 3 Data Flow General Description Computer QLM box 2U TPFM rack I.J DriversI.J Bus (BP)I.J Heads Printed image

4. Engineer Training Data Path TJ8300 / TJ8500 Confidential 4 Data Path Components Inside the Computer  ILP2000 Board – Data process board – Reads the image data, which is loaded into the memory by DMA method (Direct Memory Access) without using CPU time, in order to accelerate the process.  TTLC Board – RS422 Transmitter – Receives the data signals from the ILP2000 board and transmits them to the QLM box.  Advantech I/O – Responsible for Communication between the computer’s PCI bus and the MTFM boards (ISA) inside the QLM Box.

5. Engineer Training Data Path TJ8300 / TJ8500 Confidential 5 MTFX-QLM Box

6. Engineer Training Data Path TJ8300 / TJ8500 Confidential 6 MTFX-QLM Box (Cont.)  The purpose of the QLM box is to serve as ISA to PCI adaptor, since ISA slots are no longer manufactured.  Consists of two MTFM ISA boards and a QLM board.  32-bit Printing data is “transferred” from the ILP2000 board (via the TTLC Board) to the QLM board. The QLM board interpolates the printing data to 96-bit and sends it to the two MTFM boards, 16-bit per each color.

7. Engineer Training Data Path TJ8300 / TJ8500 Confidential 7 MTFX-QLM Box (Cont.)  The “SEND TABLES” command (timer parameters-printing mode and resolution), is sent to the QLM box, which is supplied from Advantech I/O PCI (located inside the computer). See data path functional description.  One board is dedicated for four colors (C, M, Y, K) and the second board for the other two (CL, ML).

8. Engineer Training Data Path TJ8300 / TJ8500 Confidential 8 MTFX-QLM Box (Cont.) Easy to access and service

9. Engineer Training Data Path TJ8300 / TJ8500 Confidential 9 MTFX-QLM Box (Cont.) Rear View 2 Colors TPFM 4 Colors To TTLCTo I/O

10. Engineer Training Data Path TJ8300 / TJ8500 Confidential 10 MTFX-QLM Box (Cont.)

11. Engineer Training Data Path TJ8300 / TJ8500 Confidential 11 MTFX-QLM Box (Cont.) Inside View MTFM- A: Cyan Yellow Black Magenta MTFM- B: Cyan Light Magenta Light

12. Engineer Training Data Path TJ8300 / TJ8500 Confidential 12 TPFM Rack  2U Rack includes the following boards:  First TPFM board for Cyan and Yellow colors  Second TPFM board for Magenta and Black colors  Third TPFM board for Light Cyan and Light Magenta  All boards are easy to access and service

13. Engineer Training Data Path TJ8300 / TJ8500 Confidential 13 TPFM Rack (Cont.)  Every TPFM board functions as one TIMER and four PFM’s of PJ. The reason is that the data channel is twice as much as in the PJ machines due to the difference between the IJ heads (96 nozzles in the TJ8300 compared to 48 in the PJ).  All 3 boards are similar and can be swapped easily for troubleshooting.  The following voltages are supplied to the 2U rack:  12V DC for TPFM boards  12V DC for I.J drivers  48V DC for I.J drivers

14. Engineer Training Data Path TJ8300 / TJ8500 Confidential 14 TPFM Rack (Cont.) Front Panel Cyan-Yellow Magenta-Black Light Cyan- Light Magenta

15. Engineer Training Data Path TJ8300 / TJ8500 Confidential 15 TPFM Rack (Cont.) Indication Lights  Over run (Red LED)  Indicates an error that appears when the TPFM board is asking for data but the QLM-MTFX box is not sending any, or any other problem in the data flow.  The over run should be: Blinking only before initialization (“send tables”). Off after initialization, which indicates OK status.  Live (Green LED)  Normally blinking, which Indicates FM initialization (after “send tables”).

16. Engineer Training Data Path TJ8300 / TJ8500 Confidential 16 TPFM Rack (Cont.) Indication Lights (Cont.)  CONFDONE  Should be on after “send tables”.  FUNC  Blinking after send tables (before it is off).  JOG  On when the drum is jogging.  START  On as soon as the machine starts to receive data.

17. Engineer Training Data Path TJ8300 / TJ8500 Confidential 17 TPFM Rack (Cont.) Indication Lights (Cont.)  PLOT and FRAME  On during plot.  AMPL  Off during print and ON when the machine is not printing.  AD EN  Auto-drop enabled.

18. Engineer Training Data Path TJ8300 / TJ8500 Confidential 18 TPFM Rack (Cont.) Rear Panel

19. Engineer Training Data Path TJ8300 / TJ8500 Confidential 19 TPFM Rack (Cont.) SCSI 100P data Cables to the back plan boards on the bridge JB4=Black JB3=Magenta JB1=Cyan JB2=Yellow JB5=Cyan light JB6=Magenta light 12VDC for I.J Drivers 12VDC for TPFM boards 48VDC for I.J Heads

20. Engineer Training Data Path TJ8300 / TJ8500 Confidential 20 TPFM Rack (Cont.) SCSI 68P data Cables to the QLM-MTFX box J1=Cyan+Yellow J4=Magenta+Black J7=Control J11=Light magenta+Light Cyan J71= Control JC1 To control Unit

21. Engineer Training Data Path TJ8300 / TJ8500 Confidential 21 TPFM Rack (Cont.) Outputs  Timing  LF (line frequency) – Output for the PFM inside the TPFM board  4 x Frame signals – Two for each color: one for odd and one for even. Output for the PFM inside the TPFM board.  IJ driver pulse width  Enables signals for Iron operation  Auto drop function:  Ink tickling and spitting when the system is not plotting

22. Engineer Training Data Path TJ8300 / TJ8500 Confidential 22 TPFM Rack (Cont.) Inputs  Drum encoder signals – channels A and B  Drum home position sensor  Timer initialization function (“Send Tables” function)

23. Engineer Training Data Path TJ8300 / TJ8500 Confidential 23 TPFM Rack (Cont.) Timer Parameters  Plot mode – Normal/Best  Plot resolution –3 36 (18 rotations) or 448 dpi (24 rotations)  IJ driver pulse width – preset for all colors  IJ driver pulse Amplitude – Must be set from the RT-run software  Iron start and stop position  Drum Auto drop position for all colors

24. Engineer Training Data Path TJ8300 / TJ8500 Confidential 24 TPFM Rack (Cont.) Auto-Drop Operation Modes  When the drum is not moving  Starts 20 seconds after drum stops  5 KHz tickling  9.5 µs pulse width (Preset)  Spitting ink every 60-90 seconds for 100 ms  Pulse spitting amplitude can be set from the RT-Run according to ink type

25. Engineer Training Data Path TJ8300 / TJ8500 Confidential 25 TPFM Rack (Cont.) Auto-Drop Operation Modes (Cont.)  When the drum is jogging  5-10 KHz tickling  9.5µs pulse width (preset)  Spitting ink every rotation of the drum in the Auto drop groove

26. Engineer Training Data Path TJ8300 / TJ8500 Confidential 26 TPFM Rack (Cont.) Auto-Drop Deactivation Modes  During plot  During ink system macro activation such as:  Standby  Prime  LPAP  During 24V power fail to the CCB  When 48VDC is deactivated from the software  When data power switch in the supply unit is deactivated

27. Engineer Training Data Path TJ8300 / TJ8500 Confidential 27 TPFM Rack (Cont.) TPFM Boards  A total of 3 TPFM boards – each for 2 colors.  Every TPFM board is equal to 4 PFM +1 Timer boards – as in the PJ.  Converts the Raster, 1-bit Tiff data to plot data.

28. Engineer Training Data Path TJ8300 / TJ8500 Confidential 28 TPFM Board – Operation Modes  Setup:  For 1-bit Tiff and raster files the color management is performed and inserted during the file RIP in the ONIX RIP station.  Run mode: 1.Receives timing from the timer, which is an integrated part of the TPFM: LF clock Frame 2.Receives 1-bit Tiff Raster data from QLM-MTFX box. 3.Transmits plot data towards the bridge (BUS board-IJ driver- IJ heads) with correct timing.

29. Engineer Training Data Path TJ8300 / TJ8500 Confidential 29 IJ Drivers  A total of 15 IJ driver boards, which are arranged in 5 columns and 3 rows.  Every 3 IJ drivers are assembled on 1 bus board – a total of 5 bus boards.  Each driver address is set on the bus board – 1 st, 2 nd, 3 rd …  Each board serves 10 IJ heads of two colors, 5 per each.  The pulse width is preset on the board and set to 9.5 µsec.  The pulse height is set to 35VDC by default.

30. Engineer Training Data Path TJ8300 / TJ8500 Confidential 30 IJ Drivers (Cont.)  The pulse height is controlled from the RT software and can be set between 28VDC-35VDC for each color separately inside of each IJ driver board.  The IJ driver board for ”E1” heads includes diagnostics features.  The pulse shape is shown in the RT software instead of using oscilloscope as in the past.

31. Engineer Training Data Path TJ8300 / TJ8500 Confidential 31 Connection between IJ Heads and IJ Drivers Serial Data Parallel Data

32. Engineer Training Data Path TJ8300 / TJ8500 Confidential 32 IJ Boards and IJ Bus 24 connectors – 50 lead each one 1800 pins socket 3 connectors – 200 lead each one 20 connectors – 50 lead each one 60 cables of 50 conductors to print heads per manifold

33. Engineer Training Data Path TJ8300 / TJ8500 Confidential 33 IJ Drivers – Bridge Arrangement and Connection Order Black - Magenta Cyan - Yellow ML - CL Black - Magenta Cyan - Yellow ML - CL Black - Magenta Cyan - Yellow ML - CL Black - Magenta Cyan - Yellow ML - CL Black - Magenta Cyan - Yellow ML - CL

34. Engineer Training Data Path TJ8300 / TJ8500 Confidential 34 IJ Drivers – Connection Array Every IJ head has two connectors, which are connected to the IJ driver board. First color array – Black for example Second color array – Magenta for example 12345

35. Engineer Training Data Path TJ8300 / TJ8500 Confidential 35 IJ Drivers Diagnostics  Each driver is able to sample, measure, and transmit to the host the information regarding inkjet pulse shapes.  The host can receive this information from each specific driver (each color separately on each driver) and present it on the computer’s monitor as a graph (in the real time software).  The transmitting protocol that the driver supports is serial RS232 full duplex.  Each driver has a different address, which is set according to row and column of placement.

36. Engineer Training Data Path TJ8300 / TJ8500 Confidential 36 IJ Drivers – Pulse shape

37. Engineer Training Data Path TJ8300 / TJ8500 Confidential 37 IJ Drivers – Pulse Height

38. Engineer Training Data Path TJ8300 / TJ8500 Confidential 38 IJ Drivers – Indication Lights and Test Points  Indication lights:  VDD – 12VDC Input indication.  VPP OA – High voltage output for heads, 1 st color.  VPP OB – High voltage output for heads, 2 nd color.  RUN – Live, blinks but in changing frequencies. If it is blinking, in the same frequency it is faulty.  VCC – Indication of 5VDC, which is produced by the board itself.

39. Engineer Training Data Path TJ8300 / TJ8500 Confidential 39 IJ Drivers – Indication Lights and Test Points (Cont.) High voltage output switch for IJ Heads

40. Engineer Training Data Path TJ8300 / TJ8500 Confidential 40 IJ Drivers – Indication Lights and Test Points (Cont.) Test points:  VDD – 12VDC Input  VCC – 5VDC generated by the board itself  VPP:  A – 48VDC Input of first color  B - 48VDC Input of second color  OA – Output of high voltage for the heads of the first color  OB – Output of high voltage for the heads of the second color  1 - First PFM – 1 st color odd nozzles amplitude  2 - Second PFM – 1 st color even nozzles amplitude  3 – Third PFM – 2 nd color odd nozzles amplitude  4 – Forth PFM – 2 nd color even nozzles amplitude

41. Engineer Training Data Path TJ8300 / TJ8500 Confidential 41 Bus Jumpers Bridge right side 6 SCSI cables from the TPFM/DATA Unit

42. Engineer Training Data Path TJ8300 / TJ8500 Confidential 42 Bus Jumpers (Cont.)

43. Engineer Training Data Path TJ8300 / TJ8500 Confidential 43 Bus Jumpers (Cont.)

44. Engineer Training Data Path TJ8300 / TJ8500 Confidential 44 Bus Jumpers (Cont.)

45. Engineer Training Data Path TJ8300 / TJ8500 Confidential 45 Bus Jumpers (Cont.)

46. Engineer Training Data Path TJ8300 / TJ8500 Confidential 46 DATA Unit The DATA Unit is from machine 101 DATA Unit

47. Engineer Training Data Path TJ8300 / TJ8500 Confidential 47 DATA Unit (Cont.) From Supply unit From Control Bracket 12V to Etherway board Data from Etherway board QLMT ADD_ON 1ADD_ON 2ADD_ON 3 C YM K CL ML

48. Engineer Training Data Path TJ8300 / TJ8500 Confidential 48 DATA Unit (Cont.) TCP/ IP Link from host PC To QLMT Data To QLMT board 12V from QLMT board ETHERWAY board

49. Engineer Training Data Path TJ8300 / TJ8500 Confidential 49 DATA Unit (Cont.) Data Channel - General Description DATA Unit DATA Unit KMCYMLCLKMCYMLCL 15 Drivers Serial data channel KMCYMLCLKMCYMLCL BRIDGE 150 flat Cables 150 IJ Heads

50. Engineer Training Data Path TJ8300 / TJ8500 Confidential 50 Data Flow General Description Computer DATA Unit I.J DriversI.J Bus (BP)I.J Heads Printed image

51. Engineer Training Data Path TJ8300 / TJ8500 Confidential 51 TJ8300 Path Fragment QLMT Board ADD_ON ETHERWAY BUS_P (Supports 14,400 Nozzles) 12MB/s 20KDrops/s Data Rate: 80MByte/s Medium: Parallel 32bit Bus Clock: 20MHz Gigabit Ethernet TCP/IP 80MB/s DATA UNIT BRIDGE E1 PRINTHEAD

52. Engineer Training Data Path TJ8300 / TJ8500 Confidential 52 Data Unit  Data Unit is a complex of 5 electronics boards and cable interconnections between them:  Etherway Board, DTW_QLMT Board, Three DTW_ADD_ON Boards TCP/IP Link from host PC Power supply Feed for Bridge electronics Data and controls Connection for Data Unit Data & Controls For The Heads DTW_QLMT ADD_ONN

53. Engineer Training Data Path TJ8300 / TJ8500 Confidential 53 Data Path Components  Etherway Board -The Data is transferred from the computer to the Etherway board via the network card in a serial way; the Etherway Board splits the Data on a parallel path.  DTW_QLMT Board -The QLMT contains two things, QLM & Timer; the QLM use as a Buffer of information and the timer synchronizes the information according to the drum movement (encoder reading and home position).  DTW_ADD_ON Boards -There are three ADD ON boards; every ADD ON controls two colors and transmits the plot Data towards the bridge with correct timing.

54. Engineer Training Data Path TJ8300 / TJ8500 Confidential 54 QLMT Board Connectors to the ADD_ON boards

55. Engineer Training Data Path TJ8300 / TJ8500 Confidential 55 QLMT (Cont.) Indication Lights (Cont.)  FUNC  Blinks when the DATA Power in the supply unit S3 is on  JOG  On when the drum is jogging  START  On as soon as the machine starts to receive data

56. Engineer Training Data Path TJ8300 / TJ8500 Confidential 56 QLMT (Cont.) Indication Lights (Cont.)  PLOT and FRAME  On during plot  AD EN  Auto-drop enabled  AMPL  Off during print and ON when the machine is not printing

57. Engineer Training Data Path TJ8300 / TJ8500 Confidential 57 QLMT (Cont.) Indication Lights (Cont.)  Test  Not in use  Pong  Not in use  3CLR  Not in use

58. Engineer Training Data Path TJ8300 / TJ8500 Confidential 58 ETHERWAY Board

59. Engineer Training Data Path TJ8300 / TJ8500 Confidential 59 ETHERWAY Board (Cont.) Indication lights: Voltages Data

60. Engineer Training Data Path TJ8300 / TJ8500 Confidential 60 ETHERWAY Board (Cont.) Indication lights (Cont.)  Voltages  The LED indicates several voltages that the board requires; the voltage input is 12V from W-139 (QLMT); all the LEDs must be lit when the data power in the supply unit S3 is ON.

61. Engineer Training Data Path TJ8300 / TJ8500 Confidential 61 ETHERWAY Board (Cont.) Indication lights (Cont.)  Data- the lights row shows receiving and transmitting data.

62. Engineer Training Data Path TJ8300 / TJ8500 Confidential 62 DTW_ADD_ON Board Connection to DTW_QLMT Board (100 pin) Connection to BUS 2 connectors to each color (4 connectors x 50 pin) BOTTOM VIEW

63. Engineer Training Data Path TJ8300 / TJ8500 Confidential 63 DTW_ADD_ON Board(Cont.) COLOR #2 Data Connectors COLOR #1 Data Connectors

64. Engineer Training Data Path TJ8300 / TJ8500 Confidential 64 DTW_ADD_ON Board(Cont.) Indication lights: