RISING TABLE MODULE OVERVIEW CHAPTER 25 RISING TABLE MODULE OVERVIEW Item Description Item Description 1 Rail to Table Height Adjuster (in 4 positions) 6 Home Vane 2 Table Leadscrew 7 Rising..........
RISING TABLE MODULE OVERVIEW CHAPTER 25 RISING TABLE MODULE OVERVIEW A RS MTR View on Arrow A View on Rear Right of Rising Table Item Description Item Description Rail to Table Height Adjuster (in positions) Home Vane Table Leadscrew Rising Table Drive Belt Rising Table Motor with Integral Electromagnetic Brake Remote Board Stop Linear Bearing Guides Manual Tooling Plate Home Sensor Chapter Issue Nov 11 Technical Reference Manual 25.1 RISING TABLE MODULE OVERVIEW The rising table moves up and down within the machine supporting the product board, via the tooling, and accurately positions the height of the rails at several different pre-determined heights during the print cycle The rising table contains the attachment points for the transport rails and the drive for the moving rear rail, for more information refer to the Transport Rails chapter The rising table heights, determined by the software and referenced from the home position, are as follows: • Home Position • Transport Height • Vision Height • Print Height The rising table homes only when the machine initialises, this is achieved at power up or when exiting diagnostics Transport height is preset in the product file allowing clearance for the board to clear the tooling whilst entering and leaving the machine Vision height brings the board into the camera focal length for the vision system The board is paused at this height whilst screen alignment is achieved The rising table is taken up to print height for the board to be printed The rising table also supports the remote board stop which is used for positioning large or heavy boards NOTE Currently, there are two types of standard transport rail system: The Rail System (RS) and the Modular Transport Rail (MTR) The rising table home vanes are set at different heights for both types The Rapid Throughput Conveyor (RTC) printer option has its rising table home height 10mm lower than that of a standard printer 25.2 Technical Reference Manual Chapter Issue Nov 11 Chapter Issue Nov 11 Technical Reference Manual O/Ps NextMove Interface Card X4 I/Ps NextMove ES (I/O Node 1) X5 Machine Control Enclosure Motherboard Machine PC BSK6 M36PL35 BPL6A CAN Bus N2SK2 N6SK2 N6SK3 M (8M1) Main Machine I/O Node CAN Out CAN In NOTE The breaks in the CAN Bus chain reflect that additional I/O Nodes may be fitted, refer to Machine Control chapter for the complete CAN Bus chain Camera Board Stop sensors are detailed in the Camera chapter of this manual M36PL11 M36PL28 USB Rising Table Motor Servo Node 16SK14 8SK05(R) 8SK05(L) Board Stop Extended Sensor (10SE25) Board At Stop Sensor (10SE26) If Remote Board Stop is Right Hand Side Configured Sig 0V +12V Sig 0V Board Stop (16SOL14) Rising Table Home Sensor (8SE1) Manual Operation +24V SIG 0V (L) Remote Board Stop (optional) N2PL4 N6SK4 RISING TABLE MODULE ELECTRICAL SCHEMATIC ELECTRICAL SCHEMATIC 25.3 RISING TABLE MODULE ADJUSTMENTS AND SETTINGS ADJUSTMENTS AND SETTINGS Rail to Table Height Two rail systems are available: The Modular Transport Rails (MTR) and the standard Rail System (RS) The rail to table height settings differ for both types Refer to the Transport Rails or High Throughput Conveyors (HTC) chapters for the rail to table height CAUTION MAGNETIC TOOLING PINS CLASH DAMAGE MAY OCCUR IF THE INCORRECT TOOLING PINS ARE USED ON MODULAR TRANSPORT RAIL (MTR) PRINTERS Rising Table Home Setting WARNING HOT SURFACES THE SURFACE OF THIS COMPONENT OR SURROUNDING AREA MAY BECOME HOT DURING PROLONGED OPERATION CARE TO BE TAKEN WHEN WORKING IN THE VICINITY OF THIS COMPONENT NOTE For MTR rail systems, the rails are fitted with a modular mid section MTR rails are deeper than the RS systems The magnetic tooling pins supplied with RS rail systems must not be used with the MTR rail system, as this may cause equipment damage Due to the deeper rails being present on MTR systems, the rising table height settings are different For rising table home setting on a dual lane machine, refer to the Dual Lane Module chapter The Rapid Throughput Conveyor (RTC) printer option has its rising table home height 10mm lower than that of a standard printer (198mm to 200mm) Select Open Cover Commands Select Carriage To Rear Select Unload Screen Open the front printhead cover Move the screen so that the rear edge is further forward than the rear edge of the manual tooling plate Close the front printhead cover 25.4 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE ADJUSTMENTS AND SETTINGS Press the System button Select Back Select Maintenance 10 Select Diagnostics 11 Use Next or Previous to highlight Screen Change 12 Select Select Module 13 Ensure Toggle Screen Clamps is highlighted 14 Select Run Diagnost 15 Select Exit 16 Use Next or Previous to highlight Rising Table 17 Select Select Module 18 Ensure Home Rising Table is highlighted 19 Select Run Diagnost 20 Remove the left hand side safety cover to gain access to the rear of the screen and rising table 21 Place a steel rule between the rear of the screen and the rear frame of the Chase/ASM ensuring the end of the steel rule is in contact with the manual tooling plate of the rising table Screen Steel Rule Manual Tooling Plate View on Left Hand Side of Machine 22 Check that the distance from the top of the manual tooling plate to the underside of the screen for RS rails is 209mm ±1mm 23 Check that the distance from the top of the manual tooling plate to the underside of the screen for MTR rails is 233mm ±1mm 24 If adjustment is not required, go to Step 29 Chapter Issue Nov 11 Technical Reference Manual 25.5 RISING TABLE MODULE ADJUSTMENTS AND SETTINGS 25 From the left hand side of the machine, slacken the two home vane securing screws Rising Table Motor A Home Vane Home Vane Securing Screws View on Rear Right of Rising Table Home Vane Rising Table Home Sensor Home Vane Securing Screws Rising Table Home Sensor View on Arrow A (MTR) View on Arrow A (RS) 26 If the rising table needs to be higher, move the home vane downwards and secure the two home vane securing screws 27 If the rising table needs to be lower, move the home vane upwards and secure the two home vane securing screws 28 Select Run Diagnost 29 Repeat Steps 21 to 27 30 Remove the steel rule from the machine 31 Refit the safety cover 32 Select Exit 33 Select Exit 34 Select Back 25.6 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE ADJUSTMENTS AND SETTINGS 35 Carry out the following calibrations: Configuring the Remote Board Stop • Vision Height, Camera System Module chapter refers • Print Height, Calibrations section of this chapter refers Two board stop options are available: • Camera board stop • Remote board stop The camera mounted option is used to stop small, comparatively lightweight products in the correct print position where they are clamped The remote board stop is mounted on the rising table and provides a more robust unit for larger, heavier products Configuring the remote board stop should only be carried out when called for in one of the following procedures: Procedure Reason for Change Camera to Remote Board Stop - LHS Configuration Change from using the camera mounted board stop to the remote board stop The remote board stop is mounted on the left side of the rising table Camera to Remote Board Stop - RHS Configuration Change from using the camera mounted board stop to the remote board stop The remote board stop is mounted on the right side of the rising table Remote Board Stop - LHS to RHS Configuration Change the remote board stop location from the left to the right side of the rising table Remote Board Stop - RHS to LHS Configuration Change the remote board stop location from the right to the left side of the rising table Remote Board Stop - Same side configuration Chapter Issue Nov 11 Technical Reference Manual Change the remote board stop position when switching between products with different board widths 25.7 RISING TABLE MODULE ADJUSTMENTS AND SETTINGS LHS Configuration The remote board stop is configured for the LHS when: • The board stop rotates anti-clockwise to the raised position and faces the rear of the machine when lowered, (as shown below) • The reed switch is positioned between the fixed stop and the adjustable stop To achieve this carry out the following: With the board stop in the position shown below, slacken the two grub screws using a 2mm Allen key Without moving the drive shaft, rotate the rotary arm and board stop 90 degrees clockwise, so that the board stop is vertical Tighten the two grub screws Using the access hole in the side of the remote board stop assembly, 25.8 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE ADJUSTMENTS AND SETTINGS slacken the adjustable stop securing screw Rotate the reed switch and adjustable stop clockwise until the reed switch abuts the fixed stop Tighten the adjustable stop securing screw through the access hole Continue with the appropriate one of the following procedures: Chapter Issue Nov 11 • Camera to Remote Board Stop - LHS Configuration • Remote Board Stop - RHS to LHS Configuration Technical Reference Manual 25.9 RISING TABLE MODULE ADJUSTMENTS AND SETTINGS RHS Configuration The remote board stop is configured for the RHS when: • The board stop rotates clockwise to the raised position and faces the rear of the machine when lowered, as shown below • The adjustable stop is positioned between the fixed stop and the reed switch To achieve this carry out the following: With the board stop in the position shown below, slacken the two grub screws using a 2mm Allen key 25.10 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE REPLACEMENT PROCEDURES 11 Reconnect the pneumatic supply 12 Power up the machine 13 Carry out Setting the Remote Board Stop, Adjustments and Settings section of this chapter refers Camera to Remote Board Stop - RHS Configuration WARNING BOARD CLAMPS EXTREME CARE MUST BE EXERCISED WHEN WORKING IN THE TOOLING AREA OF THE MACHINE TO AVOID INJURY THE FOILS ON THE FRONT AND REAR BOARD CLAMPS ARE VERY SHARP WARNING COMPRESSED AIR COMPRESSED AIR SHOULD NEVER IMPINGE UPON THE BODY PORTS, PIPES, ETC MUST NEVER BE BLOCKED BY HAND BEFORE CONNECTING OR DISCONNECTING ANY PNEUMATIC COMPONENTS, ENSURE THE COMPRESSED AIR SUPPLY HAS BEEN DISSIPATED AND DISCONNECTED FROM THE MACHINE Preparation Select Open Cover Commands Select Carriage To Rear Select Unload Screen Open the front printhead cover Remove the screen from the machine Close the front printhead cover Press the System button Select Back Select Maintenance 10 Select Machine Setup 11 Select Options 12 Select Remote Board Stop 13 Select Fitted 14 Select Accept 15 Select Back 16 Select Back 17 Select Back 18 Select Setup Product 19 Select Load Product 20 Select the product file to be used with the remote board stop NOTE The selected product file must have a board width of 130mm or greater 21 Select Load 22 Select Back 25.20 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE REPLACEMENT PROCEDURES 23 Select Back External Services Select Shut Down and switch the mains isolator to OFF Disconnect the pneumatic supply from the machine Remove the machine rear cover Remove the right hand side safety cover At the board stop solenoid (16SOL14), on the pneumatic manifold at the rear of the machine: a Remove the pipe marked Board Stop from the front port (A) b If an in-line flow controller is not already connected to the rear port (B), remove the existing blanking plug from the rear port (B) and fit the in-line flow controller, via the 50mm x 4mm pipe (both supplied with the remote board stop) to the rear port (B) The in-line flow controller should have a self-seal connector at its open end Self-seal Connector Rear Port (B) In-line Flow Controller 50mm x 4mm Pipe Front Port (A) Blanking Plug NOTE Solenoid locations and amounts will vary dependant on machine options Solenoid c Fit the pipe marked Remote/B/Stop Up - RH to the front port (A) d Fit the pipe marked Remote/B/Stop Down - RH to the in-line flow controller, self-seal connector fitted to the rear port (B) Behind the front cover, mounted on the machine frame next to the port USB hub: a Remove plug BPL6 from socket BSK6 b Connect plug BPL6A to socket BSK6 Fit the rear cover Chapter Issue Nov 11 Technical Reference Manual 25.21 RISING TABLE MODULE REPLACEMENT PROCEDURES Fitting the Remote Clamp the base clamp to the rail width linear bearing on the right hand side Board Stop of the rising table, in the correct position in the Y axis for the product, using a 4mm Allen key NOTE Rail width ballscrew removed for clarity Rail Width Linear Bearing Base Clamp Securing Screw View on Right Hand Side of Rising Table Mark the centre point, in the X axis, on the front of the product board Place the product board on the rails with the board centre point at the Camera Reference Position (white dot on front rail) Before fitting the remote board stop assembly to the base clamp, ensure that the board stop is configured for left hand side operation, Adjustments and Settings - Configuring the Remote Board Stop - LHS Configuration section refers Lay the remote board stop assembly onto the base clamp so that the board stop is clear of the board M5 Cap Head Screw (4 positions) Board Stop Assembly Base Clamp Using the appropriate slots, loosely secure the remote board stop assembly to the base clamp, using the four M5 cap head screws Connect plug 8PL05 to socket 8SK05R Connect the pipe marked Remote/B/Stop R1 to the in-line connector on the pipe marked on the remote board stop Connect the pipe marked Remote/B/Stop R2 to the in-line connector on the pipe marked on the remote board stop 10 Refit the right hand side safety cover 25.22 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE REPLACEMENT PROCEDURES 11 Reconnect the pneumatic supply 12 Power up the machine 13 Carry out Setting the Remote Board Stop, Adjustments and Settings section of this chapter refers Remote Board Stop - LHS to RHS Configuration WARNING BOARD CLAMPS EXTREME CARE MUST BE EXERCISED WHEN WORKING IN THE TOOLING AREA OF THE MACHINE TO AVOID INJURY THE FOILS ON THE FRONT AND REAR BOARD CLAMPS ARE VERY SHARP Preparation Select Open Cover Commands Select Carriage To Rear Select Unload Screen Open the front printhead cover Remove the screen from the machine Remove the left and right hand side safety covers Chapter Issue Nov 11 Technical Reference Manual 25.23 RISING TABLE MODULE REPLACEMENT PROCEDURES Loosen the securing screw from the bottom of the base clamp, using a 4mm Allen key NOTE Rail width ballscrew removed for clarity Securing Screw Base Clamp View on Left Hand Side of Rising Table Slide the remote board stop to the front of the machine, until it abuts the front rail Close the front printhead cover 10 Press the System button 11 Select Back 12 Select Setup Product 13 Select Load Product 14 Select the product file to be used with the remote board stop NOTE The selected product file must have a board width of 130mm or greater 15 Select Load 16 Select Back 17 Select Back External Services Select Shut Down and switch the mains isolator to OFF Disconnect the pneumatic supply from the machine Remove the machine rear cover At the board stop solenoid (16SOL14), on the pneumatic manifold at the rear of the machine: a Remove the pipe marked Remote/B/Stop Up - LH from the front port (A) b Remove the pipe marked Remote/B/Stop Down - LH from the in-line flow controller, self-seal connector fitted to the rear port (B) c Fit the pipe marked Remote/B/Stop Up - RH to the front port (A) d Fit the pipe marked Remote/B/Stop Down - RH to the in-line flow controller, self-seal connector fitted to the rear port (B) 25.24 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE REPLACEMENT PROCEDURES Fit the rear cover Fitting the Remote Open the front printhead cover Board Stop At the remote board stop assembly: a Disconnect 8PL05 from 8SK05L b Disconnect the pipe from the in-line connector on the pipe marked c Disconnect the pipe from the in-line connector on the pipe marked Remove the four M5 cap head screws and washers from the board stop assembly using a 5mm Allen key M5 Cap Head Screw (4 positions) Base Clamp Board Stop Assembly Remove the board stop assembly from the machine Loosen the base clamp securing screw sufficiently, using a 4mm Allen key, to remove the base clamp from the machine Carry out Configuring the Remote Board Stop, Adjustments and Settings section of this chapter refers Chapter Issue Nov 11 Technical Reference Manual 25.25 RISING TABLE MODULE REPLACEMENT PROCEDURES Clamp the base clamp to the rail width linear bearing on the right hand side of the rising table, in the correct position in the Y axis for the product, using a 4mm Allen key NOTE Rail width ballscrew removed for clarity Rail Width Linear Bearing Base Clamp Securing Screw View on Right Hand Side of Rising Table Mark the centre point, in the X axis, on the front of the product board Place the product board on the rails with the board centre point at the Camera Reference Position (white dot on front rail) 10 Lay the remote board stop assembly onto the base clamp so that the board stop is clear of the board M5 Cap Head Screw (4 positions) Board Stop Assembly Base Clamp 11 Using the appropriate slots, loosely secure the remote board stop assembly to the base clamp, using the four M5 cap head screws 12 Connect plug 8PL05 to socket 8SK05R 13 Connect the pipe marked Remote/B/Stop R1 to the in-line connector on the pipe marked on the remote board stop 14 Connect the pipe marked Remote/B/Stop R2 to the in-line connector on the pipe marked on the remote board stop 15 Refit the right and left hand side safety covers 16 Reconnect the pneumatic supply 17 Power up the machine 18 Carry out Setting the Remote Board Stop, Adjustments and Settings section of this chapter refers 25.26 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE REPLACEMENT PROCEDURES Remote Board Stop - RHS to LHS Configuration WARNING BOARD CLAMPS EXTREME CARE MUST BE EXERCISED WHEN WORKING IN THE TOOLING AREA OF THE MACHINE TO AVOID INJURY THE FOILS ON THE FRONT AND REAR BOARD CLAMPS ARE VERY SHARP WARNING COMPRESSED AIR COMPRESSED AIR SHOULD NEVER IMPINGE UPON THE BODY PORTS, PIPES, ETC MUST NEVER BE BLOCKED BY HAND BEFORE CONNECTING OR DISCONNECTING ANY PNEUMATIC COMPONENTS, ENSURE THE COMPRESSED AIR SUPPLY HAS BEEN DISSIPATED AND DISCONNECTED FROM THE MACHINE Preparation Select Open Cover Commands Select Carriage To Rear Select Unload Screen Open the front printhead cover Remove the screen from the machine Remove the left and right hand side safety covers Loosen the securing screw from the bottom of the base clamp, using a 4mm Allen key NOTE Rail width ballscrew removed for clarity Base Clamp Securing Screw View on Right Hand Side of Rising Table Slide the remote board stop to the front of the machine, until it abuts the front rail Close the front printhead cover 10 Press the System button 11 Select Back 12 Select Setup Product 13 Select Load Product Chapter Issue Nov 11 Technical Reference Manual 25.27 RISING TABLE MODULE REPLACEMENT PROCEDURES 14 Select the product file to be used with the remote board stop NOTE The selected product file must have a board width of 130mm or greater 15 Select Load 16 Select Back 17 Select Back External Services Select Shut Down and switch the mains isolator to OFF Disconnect the pneumatic supply from the machine Remove the machine rear cover At the board stop solenoid (16SOL14), on the pneumatic manifold at the rear of the machine: a Remove the pipe marked Remote/B/Stop Up - RH from the front port (A) b Remove the pipe marked Remote/B/Stop Down - RH from the in-line flow controller, self-seal connector fitted to the rear port (B) c Fit the pipe marked Remote/B/Stop Up - LH to the front port (A) d Fit the pipe marked Remote/B/Stop Down - LH to the in-line flow controller, self-seal connector fitted to the rear port (B) Fit the rear cover 25.28 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE REPLACEMENT PROCEDURES Fitting the Remote Open the front printhead cover Board Stop At the remote board stop assembly: a Disconnect 8PL05 from 8SK05R b Disconnect the pipe from the in-line connector on the pipe marked c Disconnect the pipe from the in-line connector on the pipe marked Remove the four M5 cap head screws and washers from the board stop assembly using a 5mm Allen key M5 Cap Head Screw (4 positions) Board Stop Assembly Base Clamp Remove the board stop assembly from the machine Loosen the base clamp securing screw sufficiently, using a 4mm Allen key, to remove the base clamp from the machine Carry out Configuring the Remote Board Stop, Adjustments and Settings section of this chapter refers Clamp the base clamp to the rail width linear bearing on the right hand side of the rising table, in the correct position in the Y axis for the product, using a 4mm Allen key NOTE Rail width ballscrew removed for clarity Securing Screw Base Clamp Rail Width Linear Bearing View on Left Hand Side of Rising Table Mark the centre point, in the X axis, on the front of the product board Place the product board on the rails with the board centre point at the Camera Reference Position (white dot on front rail) Chapter Issue Nov 11 Technical Reference Manual 25.29 RISING TABLE MODULE REPLACEMENT PROCEDURES 10 Lay the remote board stop assembly onto the base clamp so that the board stop is clear of the board M5 Cap Head Screw (4 positions) Base Clamp Board Stop Assembly 11 Using the appropriate slots, loosely secure the remote board stop assembly to the base clamp, using the four M5 cap head screws 12 Connect plug 8PL05 to socket 8SK05L 13 Connect the pipe marked Remote/B/Stop L1 to the in-line connector on the pipe marked on the remote board stop 14 Connect the pipe marked Remote/B/Stop L2 to the in-line connector on the pipe marked on the remote board stop 15 Carry out Setting the Remote Board Stop, Adjustments and Settings section of this chapter refers Remote Board Stop - Same Side Configuration WARNING BOARD CLAMPS EXTREME CARE MUST BE EXERCISED WHEN WORKING IN THE TOOLING AREA OF THE MACHINE TO AVOID INJURY THE FOILS ON THE FRONT AND REAR BOARD CLAMPS ARE VERY SHARP WARNING COMPRESSED AIR COMPRESSED AIR SHOULD NEVER IMPINGE UPON THE BODY PORTS, PIPES, ETC MUST NEVER BE BLOCKED BY HAND BEFORE CONNECTING OR DISCONNECTING ANY PNEUMATIC COMPONENTS, ENSURE THE COMPRESSED AIR SUPPLY HAS BEEN DISSIPATED AND DISCONNECTED FROM THE MACHINE Preparation Select Open Cover Commands Select Carriage To Rear Select Unload Screen Open the front printhead cover Remove the screen from the machine Remove the appropriate safety cover Loosen the securing screw from the bottom of the base clamp, using a 4mm 25.30 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE REPLACEMENT PROCEDURES Allen key NOTE Rail width ballscrew removed for clarity Base Clamp Securing Screw View on Right Hand Side of Rising Table Slide the remote board stop to the front of the machine, until it abuts the front rail Close the front printhead cover 10 Press the System button 11 Select Back 12 Select Setup Product 13 Select Load Product 14 Select the product file to be used with the remote board stop NOTE The selected product file must have a board width of 130mm or greater 15 Select Load 16 Select Back 17 Select Back 18 Open the front printhead cover 19 Slide the remote board stop to the correct position in the Y axis, for the product to be printed and tighten the securing screw at the bottom of the base clamp, using a 4mm Allen key 20 Carry out Setting the Remote Board Stop, Adjustments and Settings section of this chapter refers Chapter Issue Nov 11 Technical Reference Manual 25.31 RISING TABLE MODULE CALIBRATIONS CALIBRATIONS Print Height Print reference height is the height to which the rising table is taken to achieve board clamp to screen contact at zero board thickness Print height is the height the rising table is taken to print the product and is calculated as the print reference height minus the board thickness and print gap This calibration accurately sets the board to screen ‘set contact height’ and ensures constant print pressure is applied Deterioration in this calibration may result in inconsistent print pressure thereby effecting the print quality Ensure that a screen is fitted in the machine Select Maintenance Select Diagnostics Use Next or Previous to highlight Rising Table Select Select Module Ensure that Home Rising Table is highlighted Select Run Diagnost Use Next or Previous to highlight Set Reference Print Height Select Run Diagnost The rising table moves to the default setting and the following window is displayed: Set Reference Print Height Please confirm the following: There is a screen loaded There is NO board loaded The aim of this calibration is to set the elevation of the rising table to the point where the closed board clamps are just in contact with the stencil While foil-less clamps or snuggers are being used, ensure they have been adjusted to bring their top surface level with the top surface of the board Upon completion of this calibration, the Squeegee Reference Height should also be calibrated 10 Select Confirm to open the Table Print Height Calibration window: Table Print Height Calibration PRINT HEIGHT 127.00 mm 11 Check the gap between the top of the board clamps and the screen The correct print height is when the top of the transport rails is just touching the screen 12 Use the Incr or Decr button to adjust the displayed dimension 13 Select Move 14 Repeat Steps 11 to 13 until the top of the board clamps are in contact with the screen, without force 15 When the correct height has been achieved, select Set Height 25.32 Technical Reference Manual Chapter Issue Nov 11 RISING TABLE MODULE CALIBRATIONS The following window is displayed: Set Reference Vision Height Please confirm the following: The board clamps are not lifting the stencil When the part of the stencil that is over the board clamps is pressed, there is no perceptible movement To adjust the elevation of the board clamps, press Cancel Use Incr And Decr to alter the value of print height Use Move to apply the current value of print height 16 Select Confirm to save the new print height 17 Select Cancel to close the Set Reference Vision Height window 18 Select Exit 19 Select Exit 20 Select Back 21 Carry out the Squeegee Reference Height calibration, Squeegee chapter refers Chapter Issue Nov 11 Technical Reference Manual 25.33 RISING TABLE MODULE TEST CYCLES TEST CYCLES For information on the Test Cycle function refer to the Screen Alignment Module chapter of this manual 25.34 Technical Reference Manual Chapter Issue Nov 11 ... (16SOL14) Rising Table Home Sensor (8SE1) Manual Operation +24V SIG 0V (L) Remote Board Stop (optional) N2PL4 N6SK4 RISING TABLE MODULE ELECTRICAL SCHEMATIC ELECTRICAL SCHEMATIC 25.3 RISING TABLE MODULE. .. on Rear Right of Rising Table Home Vane Rising Table Home Sensor Home Vane Securing Screws Rising Table Home Sensor View on Arrow A (MTR) View on Arrow A (RS) 26 If the rising table needs to be... Rising Table 17 Select Select Module 18 Ensure Home Rising Table is highlighted 19 Select Run Diagnost 20 Remove the left hand side safety cover to gain access to the rear of the screen and rising