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Recherche par propriété

Une liste de toutes les pages qui ont la propriété « Introduction » avec la valeur « General Procedure is * Prepare Area * Unload from Transport * Locate and level infeed table * Locate, level and align machining module * Locate, level and align outfeed table * Fix to floor * Locate waste conveyor system * Guard fencing assembly ». Puisqu’il n’y a que quelques résultats, les valeurs proches sont également affichées.

Affichage de 101 résultats à partir du n°1.

Voir (200 précédentes | 200 suivantes) (20 | 50 | 100 | 250 | 500).


    

Liste de résultats

  • R0015146 Pneumatic pipe Installation Part 3  + (This instruction is to incorporate assemblThis instruction is to incorporate assembly R0015033B Module F Wiring loom alongside this See Electrical department for prepared components from above assembly '''Tools Required''' Pipe cutters Pipe identification markers Flush cutters '''Parts Required''' P0000010 6mm 1/8 elbow fitting x 6 P0000046 Fitting: 'Y' Adaptor 6mm x 6 P0000047 Bulkhead Elbow 6mm x 1 P0000159 Fitting: Stem Blanking Plug 6mm x 2 P0000160 Fitting: Flow Controller In Line 6mm x 2 P0000551 6mm inline Quick Exhaust Fitting x 3 P0001030 Fitting: SMC 6mm Equal Tee x 1 P0001008 regulator x 3 P0001009 Regulator nut x 3 P0001107 Fitting 12mm equal tee x 1 P0001166 12mm tube to tube elbow x 17 Fitting 12mm equal tee x 1 P0001166 12mm tube to tube elbow x 1)
  • R0015146 Pneumatic pipe Installation Part 2  + (This instruction is to incorporate assemblThis instruction is to incorporate assembly R0015033B Module F Wiring loom alongside this See Electrical department for prepared components from above assembly '''Tools Required''' Pipe cutters Pipe identification markers Flush cutters '''Parts Required''' P0000010 6mm 1/8 elbow fitting x 6 P0000046 Fitting: 'Y' Adaptor 6mm x 6 P0000047 Bulkhead Elbow 6mm x 1 P0000159 Fitting: Stem Blanking Plug 6mm x 2 P0000160 Fitting: Flow Controller In Line 6mm x 2 P0000551 6mm inline Quick Exhaust Fitting x 3 P0001030 Fitting: SMC 6mm Equal Tee x 1 P0001008 regulator x 3 P0001009 Regulator nut x 3 P0001107 Fitting 12mm equal tee x 1 P0001166 12mm tube to tube elbow x 17 Fitting 12mm equal tee x 1 P0001166 12mm tube to tube elbow x 1)
  • R0015146 Pneumatic pipe Installation  + (This instruction is to incorporate assemblThis instruction is to incorporate assembly R0015033B Module F Wiring loom alongside this See Electrical department for prepared components from above assembly '''Tools Required''' Pipe cutters Pipe identification markers Flush cutters '''Parts Required''' P0000010 6mm 1/8 elbow fitting x 6 P0000046 Fitting: 'Y' Adaptor 6mm x 6 P0000047 Bulkhead Elbow 6mm x 1 P0000159 Fitting: Stem Blanking Plug 6mm x 2 P0000160 Fitting: Flow Controller In Line 6mm x 2 P0000551 6mm inline Quick Exhaust Fitting x 3 P0001030 Fitting: SMC 6mm Equal Tee x 1 P0001008 regulator x 3 P0001009 Regulator nut x 3 P0001107 Fitting 12mm equal tee x 1 P0001166 12mm tube to tube elbow x 1
    12mm equal tee x 1 P0001166 12mm tube to tube elbow x 1 <br/>)
  • Ecoline - Setting V Notches on winMulti Software  + (This is the full setup procedure for V notThis is the full setup procedure for V notches on an Ecoline. This should only be needed on initial commissioning or if the shape of the notch has changed due to some physical intervention, for example - - Blade Change - Blade buckled
    ...If there is no direct reason to change the blade shape or position, there is a different root cause to the problem that changing parameters WILL NOT SOLVE
    ...If the results of your tests do not make sense, or the position seems to vary by the wrong amount or wrong direction after making a change, then a serious mechanical problem exists elsewhere. There is no sense carrying on because you cannot complete this setup unless the machine is consistent and reliable

    here is no sense carrying on because you cannot complete this setup unless the machine is consistent and reliable</div> </div> <br/>)
  • Importing Picking List from Sage To Monday  + (This procedure demonstrates how to use theThis procedure demonstrates how to use the "Sage Hooks" MS Access database to grab the data created in Sage and exort to a spreadsheet. The spreadsheet is then imported into a new Monday board, then copied across to the correct Picking List for the machine build.
    Picking List for the machine build. <br/>)
  • Flowline 6 to 6o5m Extension  + (This procedure describes how to upgrade a This procedure describes how to upgrade a flowline to increase the standard capacity from 6.0m to 6.5m. The procedure involves extending the machining centre outfeed travel and saw infeed travel base to 6.0m to cope with a longer rail on each side. These are generally supplied as a new part. It is also 2 People 3 days. Requires the 4 x G clamps Other ancillary parts that will need extending *Cables *Energy Chainsill need extending *Cables *Energy Chains)
  • ACEpc Installing netedit with NetSetGo disk  + (This procedure will completely overwrite aThis procedure will completely overwrite any data on the hard drive of the ACEpc. This is not a problem on a flowline where the data resides on the main MH hard drive in a shared directory c:\saw. If this process is to be carried out on a standalone saw or router, make sure the data is backed up first.
    e sure the data is backed up first. <br/>)
  • ZX5 Transfer Table Crank set up  + (This tutorial will show you how to mechaniThis tutorial will show you how to mechanically set up the cranks and sensors so that the correct overlaps between the different cranks are achieved. Crank C is the crank on the Machining Centre Outfeed that controls the single pop up. Crank D is also mounted on the Machining Centre Outfeed and controls the pop ups on the Transfer Table. Crank E is the crank on the Saw Infeed and controls the single pop up that moves the profile in to the channel.
    ===UPDATE 2024=== The default clutch spring setup has been found to be incorrect. The clutch spring contains 3 components, which is the wrong range for this application. The correct spring setup is just one spring
    n. The correct spring setup is just one spring)
  • Fitting Zx5 Crank Upgrade  + (This upgrade replaces the crank arm assembThis upgrade replaces the crank arm assemblies on Z065, Z066 and Z067 with a direct drive system to improve reliability This procedure involves mechanical fitting, electrical wiring and help from a TwinCAT3 competent engineer at HQ for software changes
    ...The drives must be programmed before parts sent out
    ...Motors must be rewired for Delta and NOT Star

    ></div> <div class="icon-instructions-text">...Motors must be rewired for Delta and NOT Star</div> </div> <br/>)
  • R0010309 Ecoline Ultrasonic Material Loaded Upgrade  + (Upgrade of load sensor For infeed table onUpgrade of load sensor For infeed table on Ecoline machines '''Component list''' A0001046 P Clip 6mm Steel / Rubber Liner x 2 D0010973 Material Loaded Sensor Plate x 1 E0001104 PreMade Cable: M8 Socket 4 Way Cable 5m x 1 E0001120 Sensor: Ultrasonic M8 20-150mm x 1 M0001053 Copper Tube 6mm x 4.4mm 10m Coil x 0.3 P0000046 Fitting: 'Y' Adaptor 6mm x 1 P0000069 Tube to tube fitting 6mm x 1 P0000160 Fitting: Flow Controller In Line 6mm x 1
    000160 Fitting: Flow Controller In Line 6mm x 1 <br/>)
  • TwinCat Connection Faults  + (We are quite often faced with multiple AxiWe are quite often faced with multiple Axis/Door Open/ Estop faults all being reported at the same time. More often than not this is caused by a bad connection on the TwinCat system somewhere. If there is any dropout of connection at any point in the system it will result in this error. You could spend some time crawling about on your hands and knees, opening electrical cabinets and trying to find the fault manualy, but by using TwinCat we can save some time and effort, and pinpoint the cause almost immediately.and pinpoint the cause almost immediately.)
  • Removing TwinCAT3 Interpolation Licence  + (Wen creating a new project on conversion fWen creating a new project on conversion from a TwinCAT2 to TwinCAT3 system, there may be a reference to a an unrequired NCi licence (interpolation)
    ...Interpolation is the term used for the maths required to run two or more axes together and variable speeds to create a shape, like a diagonal line or circle

    variable speeds to create a shape, like a diagonal line or circle</div> </div><br/>)
  • R0000299 Stroke assembly rebuild  + (  The following instructions should be fol  The following instructions should be followed to ensure that correct assembly and setting are performed '''Tools / consumables Required''' Standard hex key set Standard spanner set Large adjustable spanner Drifts and punches Ballpein hammer Soft hammer FE10 Solvent Hylomar Gasket '''Parts Required''' Kit R0000299 containing B0000043 Double Angular bearing 15 I?D 35 O?D 15.9 long rubber seal 3 x 2 B0000105 Double Angular Bearing 15 I/D 35 O/D 15.9 Long x 1 B0000335 3ph Brake motor 2 pole 3000rpm x 1 B0000380 Double Angular Bearing 25 I/D 52 O/D 20.6 Long + rubber seal x 2 D0000059 Damper Bridge x 1 D0000062 Damper Bridge Boss x 2 D0007730 ZX4 V Notch Mk1 Spindle Shaft x1 D0007867 Bevel Gear (Left) x 1 D0007868 Bevel Gear (Right ) x 1 D0007873 Motor Gear x 1 D0007874 Pinion Gear x 1 D0007875 Pinion Shaft x 1 P0000165 damper x 174 Pinion Gear x 1 D0007875 Pinion Shaft x 1 P0000165 damper x 1)
  • Installation Procedure - Autoflow Mk4  + (General Procedure is * Prepare Area * Unload from Transport * Locate and level infeed table * Locate, level and align machining module * Locate, level and align outfeed table * Fix to floor * Locate waste conveyor system * Guard fencing assembly)
  • Upgrading Autoflow TwinCAT2 to Win10 and TwinCAT3  + (<div class="annotatedImageDiv" typeof="
    Beckhoff C6015.jpg
    Autoflows from A2001 to A2015 were initially produced with TwinCAT2 software. This has now been superseded with TwinCAT3 which then has the benefit of compatibility with version 6 front end software.

    The original PC cannot be used because

    *It is not powerful enough to run v6 front end
    *The operating system cannot be upgraded to Windows 10
    *It cannot be upgraded to TwinCAT3


    The Beckhoff C6015 PC has been chosen to be the replacement PC. It is compact, yet powerful enough to run the v6 front end and TwinCAT in the same
    . It has an upgrade to 1.9Ghz 4 core processor.

    Because it has a limited 40Gb SSD memory, a compact 64Gb memory stick is inserted into the USB 3.0 port. This acts as a separate drive for the DDRIVE dynamic storage for all machine setup. The internat drive is for the Operating System only. This mimics the current Autoflow setup of a remote Camera PC, hence the camera PC can be retired after the upgrade
    era PC, hence the camera PC can be retired after the upgrade<br/>)
  • R0015034B ZX5 Module B Wiring Loom installation Part 3  + (4/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/ZDlmNDI0ZTA1ODg0NDViNDk4MDg4ZTgxMzEyZWMwZjQ Here])
  • R0002913E Install and Align Rotary head Subframe PART 2  + (04/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/YmUzNjU5YzI3NzdmNDE2YmE0MTdjN2M3ZmNhZGY4NzY Here])
  • R0015278 Mount Completed Assemblies  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard Hex key set Standard spanner set 300 mm rule 1000mm rule '''Parts Required''' D0008288 Takeup Pad Left (D7339) (Wet/P F Matt) x 1 D0015583 Take Up Beam Joiner x 1 D0015598 Datum Flag: Saw Infeed x 1 D0015717 Energy Chain Angle Bracket Lower x 5 D0015718 Energy Chain Angle Bracket Upper x 5 D0015720 Carriage Bracket x 1 D0015721 Energy Chain Tray Deep Long x 1 D0015723 Energy Chain Tray Shallow x 1 D0015724 Energy Chain Tray Deep x 1 D0015725 Energy Chain Tray Shallow Medium x 1 D0015742 Takeup Pad Right ZX5 x 1 E0000336 Sensor: M8; 2mm, PNP N/O, M8 conn x 1 R0015011 Bench Assemble Gripper R0015063 Bench Assemble Roller Tables R0015096 Bench Assemble Transfer Drive Assembly R0015101 Bench assembly take up assembly R0015286 Bench Assemble X axis components and energy chain
    R0015286 Bench Assemble X axis components and energy chain <br/>)
  • R0015099 Guard panel drilling  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set Standard Hss drill set Standard Tap set Material clamps Clamping blocks Drill Cutting fluid Marker pen Hide hammer '''Parts Required''' D0000330 Rear Chute Panel (500mm) x 1 D0004391E LF Side Sheet Mk5 (5395E) x 1 D0004576E Saw Centre Frame Mk5 (5343E) Standard Hand x 1 D0010967 Saw Mk5 Undertray x 2 D0015238 Saw Top Hood ZX5 x 1 H0004649 Chute Insert Outfeed (5321) x 1 H0004697 Chute Insert Infeed (5322) x 1 H0004751 Ejector Tray Front (5323) x 1 H0004752 Ejector Tray Rear (5324) x 1 H0004846 Right Side Hinged Panel x 1 D0001878 Rear saw door x 1
    846 Right Side Hinged Panel x 1 D0001878 Rear saw door x 1 <br/>)
  • R0000558E Bench Assemble Base and Turntable Part 2  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set Standard spanner set Heat gun Large Internal Circlip pliers Standard circlip pliers 8mm hand reamer Grease gun Torque wrench '''Parts Required''' B0000028 Thrust Bearing 140 I/D 180 O/D 31 Long (FAG) x 1 B0000032 Linear Bearing: Ø30 x 50 Compact (Metal Case Only) x 4 B0001087 Angular Contact Bearing 70 I/D 125 O/D 24 Long x 1 B0001088 Circlip 125mm Internal x 1 C0001122K Servo Motor: Beckhoff AM8032-1E10 (Keyed) x 1 C0001179-100 Gearbox NPTO 100-1 x 1 D0004019E Turntable Mk5 (5334E) x 1 D0004033E Alignment Disc Mk5 x 1 D0004147E Turntable Shaft Mk5 x 1 D0004320E Thrust Bearing Housing Mk5 x 1 D0004336 Stay Bar x 2 D0004514E Turntable Base Mk5 x 1 D0004516 Front Bearing Block (5294) x 2 D0010778 Turntable Stop Arm x 1 D0010796 Turntable Housing Cover x 1 H0004631 Shaft 30mm: Base Slide x 2 M0001176 M6 Stainless lock washer x 4 D0015663 SR Axis Motor Guard x 1176 M6 Stainless lock washer x 4 D0015663 SR Axis Motor Guard x 1)
  • R0000712E Rotary Trunking  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard set Hex keys Standard socket set Countersink bit and drill Copper/hide hammer Standard hss drill set '''Parts Required''' D0006210 pre assembled energy chain D0003929 Access panel D0003930 Circular guide D0003985 Upper circular guard D0007817 Circular guard D0001171 plug bracket P0001023 6mm y adapter x 9 P0000401 non return valveug bracket P0001023 6mm y adapter x 9 P0000401 non return valve)
  • R0015082B fencing and guards  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set standard spanner set Standard HSS drill set Standard Tap set 1 meter level Tape measure Steel rule '''Parts Required''' D0008330 Double Door Keep x 2 D0015326 Transfer Gate Upright x 6 D0015333 ZX5 Fence Hinge Spacer x 6 D0015340 Profile Support Plate (Short) x 1 D0015341 Profile support plate mount x 1 D0015349 Safety Hinge Mounting Plate x 6 D0015517 Fence Mounting Section x 28 D0015526 ZX5 Saw Fence Infill x 1 D0015601 ZX5 Saw Fence Support Beam (40x80x550) x 1 D0015606 Fence 10 Support Beam F Slot Fixings. x 2 D0015771 Double Door Keep Spacer x 1 D0015914 Saw Infeed Profile Deflector x 1 D0015962 ZX5 Fence 11 - 1100 x 1850 x 2 D0015963 ZX5 Fence 1 1450 x 1850 x 12 D0015964 ZX5 Fence 3 - 1450 x 1850 Cutout x 1 D0015965 ZX5 Fence 2 820 x 1850 x 1 D0015966 ZX5 Fence 10 927 x 1850 x 2 D0015967 ZX5 Transfer Gate x 3 D0015968 ZX5 Fence 7 642x 1850 extraction holes x 1 D0015969 ZX5 Fence 8 - 1105 x 105 Saw Corner x 1 D0015970 ZX5 Fence 820 x 1105 x 1 D0015972 ZX5 Fence Infill - 65 x 1850 x 1 D0015974 ZX5 Fence 13 - 820 x 1105 Hole for Gate x 1 D0015986 Multi Head Waste Bin Guard x 2 D0016018 ZX5 Saw Cabinet Infill Guard x 1 D0016036 Compliance Guard around Cabinet x 1 D0016037 Compliance Guard - MH to MH Infeed x 1 D0016038 Compliance Guard - MH to MH Out x 1 D0016051 Fence Guard (Crank) x 4 D0016171 Compliance Guard - MH to Transfer Gate x 1 D0016172 Compliance Guard - Saw to Transfer Gate x 1 E0001176 Safety Hinge Switch x 3 E0001177 Hinge (works with E1176 Safety Switch) x 3 F0000299 T Nut Sub Insert M6 (Fat) x 83 M0000029 Cabinet Lock (Triangular) x 4 M0000515 Floor Mouting Angle 200x87x42x 7 M0000516 Adjustable Foot Ø60 M14 x 6 M0001016 Angle 74 x 38 x 6 M0001202 Bruehl Fence Panel 1825 x 2200 x 4 M0001204 Bruehl 2.0m Transit Post x 5 M0001207 Bruehl Fence Clip x 31 R0000901 ZX4 Local Gate x 1
    01207 Bruehl Fence Clip x 31 R0000901 ZX4 Local Gate x 1 <br/>)
  • R0015330 Fit 1st stage Ejector and Level Base  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set 300mm engineers level Copper /hide hammer '''Parts Required''' D0004014 Ejector Tie Bar x 2 D0004328 Rod Base (5303) x 1 H0004629 Shaft 20mm: 754 Ejector x 2 R0000570B Bench Assemble 1st stage Ejector and Level Base x 1x 2 R0000570B Bench Assemble 1st stage Ejector and Level Base x 1)
  • R0015063 Bench Assemble Roller Tables  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard Hex key set Standard spanner set Tape measure/Rule 8.2mm HSS drill Drill '''Parts Required''' B0001092 Plastic roller x 48 B0001103 Bush flange x 28 B0001220 Spacer x 28 D0015001 Roller Bed Cylinder Arm x14 D0015002 Shaft 10mm: 58mm Rod End x 14 D0015003 Roller Bed Rail 375mm x 6 D0015004 Roller Bed Rail 550mm x 2 D0015005 Roller Bed Rail 1000mm x 10 D0015006B Roller Bed Arm Bracket x 14 D0015010 Rod End Spacer x 28 D0015283 Saw Infeed Backfence Plate x 5 D0015481 Shaft 8mm: 50mm Cylinder Pivot x 14 D0015547 Sensor Blower Plate x 1 D0015603 Roller Bed Pivot Shaft (silver steel) x 14 D0015608 Saw Infeed Backfence Plate (Full Length) x 5 E0001120 Sensor: Ultrasonic M8 20-150mm x 1 P0000049 Cylinder Spherical Bearing M10 x 1.25 x 14 P0000200 Elbow Adaptor 6mm - M5 x 1 P0001152 Cylinder 25 x 25 x 14 P0001198 Fitting Speed controller 1/8 x 6mm tube x 28 P0000160 flow regulator x1
    ontroller 1/8 x 6mm tube x 28 P0000160 flow regulator x1 <br/>)
  • R0000558E Bench Assemble Base and Turntable  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set Standard spanner set Heat gun Large Internal Circlip pliers Standard circlip pliers 8mm hand reamer Grease gun Torque wrench '''Parts Required''' B0000028 Thrust Bearing 140 I/D 180 O/D 31 Long (FAG) x 1 B0000032 Linear Bearing: Ø30 x 50 Compact (Metal Case Only) x 4 B0001087 Angular Contact Bearing 70 I/D 125 O/D 24 Long x 1 B0001088 Circlip 125mm Internal x 1 C0001122K Servo Motor: Beckhoff AM8032-1E10 (Keyed) x 1 C0001179-100 Gearbox NPTO 100-1 x 1 D0004019E Turntable Mk5 (5334E) x 1 D0004033E Alignment Disc Mk5 x 1 D0004147E Turntable Shaft Mk5 x 1 D0004320E Thrust Bearing Housing Mk5 x 1 D0004336 Stay Bar x 2 D0004514E Turntable Base Mk5 x 1 D0004516 Front Bearing Block (5294) x 2 D0010778 Turntable Stop Arm x 1 D0010796 Turntable Housing Cover x 1 H0004631 Shaft 30mm: Base Slide x 2 M0001176 M6 Stainless lock washer x 4 D0015663 SR Axis Motor Guard x 1
    ainless lock washer x 4 D0015663 SR Axis Motor Guard x 1 <br/>)
  • R0015272 1st Stage fitting Saw Outfeed  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard Hex key set Standard HSS Drill Set Standard spanner set Standard Tap set Standard 5mm straight hex key ( non ball point ) Hex key extension bar '''Parts Required''' D0004583 Outfeed Long Rest (5354) x 1 D0004584 Outfeed Side Rest x 4 D0005127 Outfeed Welded Frame (5356) x 1 H0005136 Outfeed Top Tray (5355) x 1
    lded Frame (5356) x 1 H0005136 Outfeed Top Tray (5355) x 1 <br/>)
  • R0015278 Mount Completed Assemblies Section two  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard Hex key set Standard spanner set 300 mm rule 1000mm rule '''Parts Required''' D0008288 Takeup Pad Left (D7339) (Wet/P F Matt) x 1 D0015583 Take Up Beam Joiner x 1 D0015598 Datum Flag: Saw Infeed x 1 D0015717 Energy Chain Angle Bracket Lower x 5 D0015718 Energy Chain Angle Bracket Upper x 2 D0015718B Energy Chain Angle Bracket Double Deck x 3 D0015720 Carriage Bracket x 1 D0015721 Energy Chain Tray Deep Long x 1 D0015723 Energy Chain Tray Shallow x 1 D0015724 Energy Chain Tray Deep x 2 D0015725 Energy Chain Tray Shallow Medium x 1 D0015742 Takeup Pad Right ZX5 x 1 D0015862 Energy Chain Tray Deep Long x 1 E0000336 Sensor: M8; 2mm, PNP N/O, M8 conn x 1 R0015011 Bench Assemble Gripper R0015063 Bench Assemble Roller Tables R0015096 Bench Assemble Transfer Drive Assembly R0015101 Bench assembly take up assembly R0015286 Bench Assemble X axis components and energy chainsembly R0015286 Bench Assemble X axis components and energy chain)
  • R0015329 Fit Head Spindle Posts  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set Standard flat hand file Emery tape 120 standard hand tap set Stubby hex key set Ratchet/hex bit set Blade flange spanner '''Parts Required''' D0004002 Webb x 1 D0004003 Top Shaft Block x 2 D0004004 Brace Support Bar (D7451) x 1 D0004157 Motor plate spacer x 3 D0004342 Damper Bracket (5312) x 1 D0007451 Brace Support Bar OH (D4004) x 1 D0015490 Saw Turntable Sensor Flag x 1 D0015491 Saw Turntable Flag Bracket x 1 H0004024 Infeed Clamp Post x 1 H0004025 Outfeed Clamp Post (5302) x 1 H0004510 Shaft 30mm: 540 Saw Stroke x 2 P0000055 Adjustable Damper 200mm (Saw Stroke) x 1 R0000560 Bench Assemble Spindle x 1 R0000569E Bench Assemble Head Spindle Posts Mk5 x 1 V0000043B Saw Blade: Ø500 x 160 teeth x 3.2mm pl x 4mm kf x 30mm bore x 1
    Blade: Ø500 x 160 teeth x 3.2mm pl x 4mm kf x 30mm bore x 1 <br/>)
  • R0015100 Fit Guarding  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set Standard spanner set '''Parts Required''' D0001878 Rear Door Saw Mk4 (1879) x 1 D0004584 Outfeed Side Rest x 3 D0015703 Air Gun Bracket x 1 D0016203 Compliance Guard - Saw Lower Front x 1 D0016204 Compliance Guard - Saw Lower Side x 1 D0016265 Saw Front Door: Bernstein Mount Plate x 1 D0016266 Saw Front Door: Bernstein Guard x 1 E0001569 Guard Lock Switch: Bernstein Radius Actuator (Key) x 1 M0000055 Saw Blade Spanner (24mm Combination) x 1 M0001051 Bullet Catch 70 x 12 x 1 P0000010 Elbow Adaptor 6mm - 1/8 BSPT (Taper thread) x 6 P0001008 Regulator: ARG20 0 - 8.5 Bar c/w Gauge x 3 P0001009 Panel Mount Nut (To suit P0001008) x 3 R0015041 Bench Assemble Top Hood Assembly x 1 R0015337 Bench assemble guarding components x 1 R0015338 Bench assemble serial plate x 1
    g components x 1 R0015338 Bench assemble serial plate x 1 <br/>)
  • R0015331 Mount Centralise Assembly  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set Standard spanner set Steel rule 600mm Soft hammer '''Parts Required''' D0004672 Centralise Sensor Bracket x 1 D0004972 None Centralise Bracket x 1 D0004622 centralise cylinder spacer x 1 R0000572 Bench Assemble Centralise Assembly
    r spacer x 1 R0000572 Bench Assemble Centralise Assembly <br/>)
  • R0015352 Mount Buffer Beams  + (19/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/ZDVjOTgzMDhhNGZmNDNlOGEwYjQ3NDlmYzI1MTdmMjc Here]<br/>)
  • R0015037 Bench Assemble SY Assembly Part 2  + ('''<u>Tools Required</u>''' S'''Tools Required''' Standard Hex Key set Standard Spanner set 1 Meter straight edge Feeler Gauges '''Parts Required''' B0000044 Linear Rail MSB25 260mm Long (AMT) x 2 B0000046 Slide Base Bearing Block (Straight Grease Nipple) x 4 B0000173 blanking cap x 10 B0000234 Straight Grease Nipple M6 ST/ST x 4 B0000245 Needle Bearing 12 D 16 D 10 Long (ENA) x 12 B0001060 Grease Fitting M6x0.75 to Ø4 x 4 B0001061 Grease fitting M6 x 1 to 4mm x 4 B0001123 Double angular contact bearing 6 I/D 17 O/D 9 long x 2 B0001185 Leadscrew nut Igus x 1 C0001005 Stepper Motor AS1050 x 1 D0005184 Guide Roller x 6 D0005186 Guide Pin Washer x 6 D0015172 Centralise Plate (with SY) x 1 D0015173 Saw SY Saddle Brace x 1 D0015174 Roller Fence (With SY) x 2 D0015175 Saw Saddle Carriage Block x 2 D0015176 Cylinder Mount Block x 2 D0015178 Z Block x 2 D0015207 Outer Bearing Housing x 1 D0015208 Leadscrew Bearing Block x 1 D0015209 Leadscrew Attachment Bracket x 1 D0015222 SY Grease Manifold x 2 D0015240 Collar Clamp: SY Axis ZX5 x 1 D0015316 Leadscrew Bearing Block Cover x 1 D0015415 Turret Pickup Arm ZX5 x 2 D0015416 Bracket: Turret Stop RH ZX5 x 1 D0015417 Bracket: Turret Stop LH ZX5 x 1 D0015698 Flag Block x 1 D0015777 Leadscrew SY x 1 D0016336 SY table blower x 1 E0000336 Sensor: M8; 2mm, PNP N/O, M8 conn x 1 H0005185 Shaft 12mm: 90.5 Saw Fence Roller Pin x 6 M0001209 Bracket m8 proximity sensor 90 degree x 1 P0000200 Elbow Adaptor 6mm - M5 x 7 P0001127 Guide cylinder 20 x 30 compact x 2 P0001157 Turret Stop: 6 Station Right Handed Somatec x 1 P0001158 Turret Stop: 6 Station Left Handed Somatec x 1matec x 1 P0001158 Turret Stop: 6 Station Left Handed Somatec x 1)
  • R0015344 Bench Assemble Conveyor Parts  + (10/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/ZjUyNTFkNGFmYmU3NDg2N2E0Yzc5MDk4Mjg5MGUyODY Here])
  • R0015255 Mount Assemblies to Main Frame  + (17/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/MzUxNGRlOWVlMGI4NGU5MzhkYmI2MTk5ZmRlZWI0YTk Here])
  • R000569E Bench Assemble Head Spindle Posts  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard Hex key set Standard spanner set Internal circlip pliers Consumable 4mm yellow grease line Pneumatic pipe cutters '''Parts Required''' B0000002 Bearing: 12/28dia x 8mm Sheilded x 2 B0000032 Linear Bearing: Ø30 x 50 Compact (Metal Case Only) x 4 B0001061 Grease fitting x 6 D0004001 Head Bearing Block x 3 D0004021 Upstroke Plate x 1 D0004078 Motor Plate (5311) x 1 D0004099 Cylinder Bearing Block x 1 D0004256 Cylinder rod bar x 1 D0004343 Lower Damper Bracket (5313) x 1 D0004445 Semi circular slit strip (5533) 500mm x 1 D0004634 Chute Sawblade Strip 500mm (5532) x 1 D0004733 Belt Adjuster Pulley x 1 D0004734 Belt Adjusting Bar x 1 D0004735 Belt Adjuster Pin x 1 D0010780 Grease Manifold x 1 H0004444 Semi-circular Guard (5332) x1 P0000009 Fitting: 1/4 BSPT - 6mm Elbow x 2 P0000037 Magnetic Cylinder 40 x 185 with 15mm rod extension x 1 P0000308 Flow Controller In Line 6mm x 1
    rod extension x 1 P0000308 Flow Controller In Line 6mm x 1 <br/>)
  • R0002916 Install Machine Trunking  + (04/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/MTM4YmQ3NmY0NjBiNDFkYWFlZDI4MDhjOThmMTZhZjU Here] <br/>)
  • R0015041 Bench Assemble Top Hood Assembly  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set Standard spanner set Standard Hss drill set Standard tap set Acoustic foam cutting board and straight edge Utility Blade '''Parts Required''' Pre wired light, beacon and network cable from electrical department C0001152 Camera: HikVision DS-2CD2343G0-I-2.8mm x 1 C0001239 Micro SD Card 32Gb Class 10 x 1 D0000770 Door Hinge (M0016) x 2 D0001877 Saw Top Door Mk4 x 1 D0004641 Hinge Pin Block (D7445) x 1 D0004642 Flap Counterbalance Bar x 1 D0004645 Safety Flap Hinge Pin x 1 D0004679 Flap Stiffening Bar x 1 D0004705 Flap Hinge Bar x 1 D0004747B top door screen x 1 D0004807 Flap x 1 D0007445 Hinge Pin Block OH (D4641) x 1 D0016251 Saw Hood Switch Mount Plate (Bernstein) x 1 E0000275 Button: Base Fixing 1 N/C x 1 E0001072 Emergency Stop Module Bevelled 1NO 1NC x 1 E0001569 Guard Lock Switch: Bernstein Radius Actuator (Key) x 1 H0004643 4mm Axxis Clear 145mm x 690mm x 1 M0000002 12mm Grey Acoustic Foam with Black PVC Facing x 1 (consumable stock ) M0000036 Sign - Ear Protection x 1 M0000048 Gas Spring 15mm x 100mm x 1 M0000539 Handle Black Nylon 200mm M8 Fixings x 1
    100mm x 1 M0000539 Handle Black Nylon 200mm M8 Fixings x 1 <br/>)
  • R0015037 Bench Assemble SY Assembly  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard Hex Key set Standard Spanner set 1 Meter straight edge Feeler Gauges '''Parts Required''' B0000044 Linear Rail MSB25 260mm Long (AMT) x 2 B0000046 Slide Base Bearing Block (Straight Grease Nipple) x 4 B0000173 blanking cap x 10 B0000234 Straight Grease Nipple M6 ST/ST x 4 B0000245 Needle Bearing 12 D 16 D 10 Long (ENA) x 12 B0001060 Grease Fitting M6x0.75 to Ø4 x 4 B0001061 Grease fitting M6 x 1 to 4mm x 4 B0001123 Double angular contact bearing 6 I/D 17 O/D 9 long x 2 B0001185 Leadscrew nut Igus x 1 C0001005 Stepper Motor AS1050 x 1 D0005184 Guide Roller x 6 D0005186 Guide Pin Washer x 6 D0015172 Centralise Plate (with SY) x 1 D0015173 Saw SY Saddle Brace x 1 D0015174 Roller Fence (With SY) x 2 D0015175 Saw Saddle Carriage Block x 2 D0015176 Cylinder Mount Block x 2 D0015178 Z Block x 2 D0015207 Outer Bearing Housing x 1 D0015208 Leadscrew Bearing Block x 1 D0015209 Leadscrew Attachment Bracket x 1 D0015222 SY Grease Manifold x 2 D0015240 Collar Clamp: SY Axis ZX5 x 1 D0015316 Leadscrew Bearing Block Cover x 1 D0015415 Turret Pickup Arm ZX5 x 2 D0015416 Bracket: Turret Stop RH ZX5 x 1 D0015417 Bracket: Turret Stop LH ZX5 x 1 D0015698 Flag Block x 1 D0015777 Leadscrew SY x 1 D0016336 SY table blower x 1 E0000336 Sensor: M8; 2mm, PNP N/O, M8 conn x 1 H0005185 Shaft 12mm: 90.5 Saw Fence Roller Pin x 6 M0001209 Bracket m8 proximity sensor 90 degree x 1 P0000200 Elbow Adaptor 6mm - M5 x 7 P0001127 Guide cylinder 20 x 30 compact x 2 P0001157 Turret Stop: 6 Station Right Handed Somatec x 1 P0001158 Turret Stop: 6 Station Left Handed Somatec x 1
    1 P0001158 Turret Stop: 6 Station Left Handed Somatec x 1 <br/>)
  • R0015357 Fit Guards  + ('''<u>Tools Required</u>''' '''Tools Required''' Standard hex key set Standard HSS drill set Standard tap set Cutting disc '''Parts Required''' C0001275 Printer: ZD421 Direct Thermal (Not Incl. C0001276 P&P) C0001276 Peel & Present for ZD421 Printer D0016333 Bruehl Fence panel 1700 x 800 x 2 D0016334 Bruehl Fence panel 650 x 800 x 2 H0005178 Safety Table Extension x 1 M0000033 Frame End Cap 50 x 50 x 1 M0001207 Bruehl Fence Clip x 14 P0000069 Tube to tube fitting 6mm x 1 R0015290 Saw Outfeed Bench Assemble Top guard x 1
    fitting 6mm x 1 R0015290 Saw Outfeed Bench Assemble Top guard x 1 <br/>)
  • R0015280 Module E Pneumatic Tests  + ('''<u>Tools required</u>''' Pcl air line -12mm connector '''<u>Parts Required</u>''' R0015000B Completed Module C)
  • R0015273 Module E support arm alignment  + ('''<u>Tools required</u>''' '''Tools required''' Standard Hex key set Standard HSS drill set Wire line Tape Measure Engineers level 300mm Pedestal stand Adjusting jack '''Parts Required''' D0015035B 1 off D0015036B 1 off D0015257 1 off D0015037B 1 off D0015038B 1 off D0015039B 1 off D0015743 x 1 off D0015744 x 1 off M0000516 x 1 off M0001016 x 1 off D0015592 x 14 off744 x 1 off M0000516 x 1 off M0001016 x 1 off D0015592 x 14 off)
  • TB0314 Updating Mint File in Workbench  + ( * Updating software can be very complicat * Updating software can be very complicated, so care must be taken and always ensure there is a route to retrace your steps in the event of a failure – with Baldor .mnt files this is easy because each version is a separate file and therefore easy to load the old one back in again * In general, the Baldor (.mnt) software has been designed to be backwards compatible, but there are a few steps that needed to be taken that made this impossible. In these cases, the front end software (winMulti or winSaw) also needs to be updated – you will get an error to tell you that this is the case * Version numbers have always followed a numerical order, so the higher the number, the later the version * Mnt files should always be stored in ** c:\multi on MH side – called Multi X.xxx.mnt ** c:\saw on Saws or Saw side of flowline – called IgSaw X.xx.mnt aw side of flowline – called IgSaw X.xx.mnt )
  • OBSOLETE DM - Updating Resources  + (<div class="icon-instructions caution-i
    ...This procedure is now obsolete - it is kept for historical purposes only
    All information provided to the service engineers on Device Magic can all be linked to a single Excel document. This document provides all customer names, machine numbers, emails and employee information. Linking this document with Device Magic provides fields that make it easier for engineers to fill out the form.
    This document must only be used internally at Stuga and not be sent to engineers or customers in coordination with Data Protection standards.

    used internally at Stuga and not be sent to engineers or customers in coordination with Data Protection standards.</div> </div><br/>)
  • R0015336 Pneumatic Output Testing Part 2  + (<u>'''Tools Required'''</u> PCL airline connection 12mm blanking ports Valve Manual over ride tool Standard screwdriver set Additional colleague when setting regulator pressures for outputs <u>'''Parts required'''</u> R0015040 completed module)
  • R0015271 Mount buffer bars  + (01/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/MTI0ZGIwOWFkMGNjNGUyNThmZTQ5M2MyNDdkZjRjZTc Here])
  • R0015243 ZX5 module A-C-E Frame levelling  + (01/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/MTI1YjZjMzFiYzQ4NDgwZjkzM2MyNjI5YzU5MzdlODk Here])
  • R0015290 Bench Assemble Top guard  + (<u>'''Tools Required'''</u> '''Tools Required''' Standard hex key set Acoustic foam cutting edge and Back board Stanley blade Standard HSS drill set Standard tap set Step drill '''Parts Required''' D0001352 Printer Shelf TLP2844-Z x 1 D0004719E Cut Bar Guard Mk5 (5476E) x 1 E0000249 Sounder Beacon x 1 M0000002 12mm Grey Acoustic Foam with Black PVC Facing x 1 M0001127 Cable Tie Base (m6) x 1
    with Black PVC Facing x 1 M0001127 Cable Tie Base (m6) x 1 <br/>)
  • R0015327 Level Frame and quality Check  + (<u>'''Tools Required'''</u> '''Tools Required''' 2 meter straight edge 1 meter steel rule 300mm engineers level Standard spanner set Copper grease Standard tap set Tape Measure Standard ratchet/socket set '''Parts Required''' Workshop consumable floor pads D0004576e frame x 1 M12 x 100 set bolts x 4 M12 Standard nut x 4004576e frame x 1 M12 x 100 set bolts x 4 M12 Standard nut x 4)
  • R0015336 Pneumatic Output Testing  + (27/08/2025 Moved to Confluence Click [https://stuga-ltd.atlassian.net/wiki/external/ZjJkMDQ0MDA4NWNhNGY1OGE2ODIxN2EwNmZjNGFhZjQ Here])
  • R0015091 Mount Outfeed Beam Sensor  + (17/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/NThhZjEwNmU2MzI3NDMxODgxZGMxODRiMWVlNjE1YTU Here])
  • R0015335 Mount Electrical Cabinet  + (<u>'''Tools Required'''</u> '''Tools Required''' Standard hex key set Standard spanner set Standard HSS drill set Standard Tap set '''Parts Required''' D0004391E Left hand side sheet x 1 D0015425 Bracket: Beckhoff Box Right Angle x 1 D0015426 Mounting Plate: Airgun Assy x 1 D0015425 Beckhoff right angle mounting plate x 1 P0000020 Fitting: Plug 1/8" BSP (Grubscrew Type) x 1 P0000021 Airgun Assembly x 1 P0000142 Elbow Adaptor 8mm - 1/8 BSP x 2 P0000277 Fitting: Bulkhead Female 8mm x 1/4 BSP x 1 P0000278 Regulator 0-2 bar x 1 P0000373 Regulator fixing bracket x 1 R0015016C Electrical cabinet wiring Mod F
    xing bracket x 1 R0015016C Electrical cabinet wiring Mod F <br/>)
  • TB0444 Renewing CF Card on TwinCAT2 Systems  + (<u>Problem</u> These machinesProblem These machines use a CX5020 PC with a 2Gb CF card running TwinCAT2 PLC system. The CF card can fail, which is effectively the windows operating system. The CF card has a very small capacity, so needs to be created from an image. This TB outlines the steps in the process to ensure a successful conclusion. 1.      Create a new CF card at stuga using the beckhoff imaging tool on a CX5020 2.      Boot up with the CX5020 3.      Ensure PLC is set to Enable on start-up (default is config mode) 4.      Rename the PC 5.      Install TeamViewer host v10 or less from a USB stick 6.      If you have a copy of the version of winMulti it was running, copy this in to the c:\ multi folder. If not, a “'''''new version install'''''” will be needed so copy in data from the g:\builds\PC Installs\Autoflow\Multi folder 7.      Set up and customer specific network parameters to ensure TeamViewer will work when it is plugged in on site 8.      Send to customer Once on site, follow procedure A if the winMulti version is preserved, or B if it is a '''''new version install'''''eserved, or B if it is a '''''new version install''''')
  • TB0415 Method to Prevent Loosening of Saw Blade  + (==Problem== On Z063 the bolt holding the s==Problem== On Z063 the bolt holding the saw blade onto the spindle has regularly been loosening during use. ==Solution== The M16 bolt will be replaced with a stud and castle nut that can be locked with a cotter pin. ==Tool List== Drill with Ø5.0 bit 24mm Spanner C Spanner = Parts List =
    D0004031B Saw Washer 3mm 1
    D0015560 Spindle Stud 1
    F0000273 Spirol Pin Ø6 x 30 1
    F0000549 Split Pin 4mm x 32 1
    F0000550 Castle Nut M16x1.5 1
    0000549 </td><td width="319">Split Pin 4mm x 32 </td><td width="302">1 </td></tr><tr valign="TOP"> <td width="76">F0000550 </td><td width="319">Castle Nut M16x1.5 </td><td width="302">1 </td></tr></table>)
  • B0000025 B0001175 Belt Identification  + (A Guide to correctly identify the variant of drive belt required for ZX5, ZX4 ,ZX3 S-65 and Flowline saw modules Belts will vary across blade sizes and Pully diameters Key indicator is pulley size, over blade size)
  • Changing the Flowline Ops Password  + (A password can be set up within FlowlineOps that limits access to the Edit Machining and Edit Profiles buttons, This tutorial will explain how to setup or change this password.)
  • Saje uPVC Unloading Process  + (Access for machinery is limited at the SajAccess for machinery is limited at the Saje factory. The machine will be delivered in the following modules, that should be unloaded from the lorry in this order #Electrical Cabinet #Machining centre base module (1.8 x 2.2m) #Infeed module (2.4 x 9.0m)
    x 2.2m) #Infeed module (2.4 x 9.0m) <br/>)
  • Correcting Linearity with Rack Offset File  + (Accuracy problem on A2001 was traced to a Accuracy problem on A2001 was traced to a non-linear rack. This tutorial demonstrates how to test the linearity of a rack and the systems in place to correct the linearity.
    Modifying the linearity of a rack is a very complex and sensitive issue. You must be absolutely certain that there is a case for linearity with REPEATED tests that produce the same result. It is far more likely that accuracy problems are cause by other mechanical issues. This is the only machine in the 20 year history that has needed these alterations
    machine in the 20 year history that has needed these alterations</div> </div>)
  • ZX5 - ZX3 Hepco alignment Module E Saw Infeed  + (Alignment and check procedure for mountingAlignment and check procedure for mounting of hepco rail To main frame Parts required B0001102 hepco rail D0015492 5 off vertical adjustment plate D0015493 5 off Lateral adjustment plate D0015072 1 off Carriage Plate B0000184 journal wiper 4 off B0000185 journal 2 off B0000186 journal 2off Hepco Levelling Jig Hepco rail v block jigs Hepco rail Drive rack pitching jigk jigs Hepco rail Drive rack pitching jig)
  • ZX5 Production R0015139 Module B to R0015000B Module C alignment  + (Alignment details and level settings for correct alignment of module B to module C)
  • R0000728 R0000729 Stroke Assembly Dismantling  + (Assemblies fitted to MK1 ZX4 will require Assemblies fitted to MK1 ZX4 will require refurbishment at some point of life cycle. The following instructions should be followed to ensure that correct assembly and setting are performed '''Tools Required''' Standard hex key set Standard spanner set Double pin saw flange spanner Drifts and punches Ballpein hammer Soft hammer Degreasing bath
    pein hammer Soft hammer Degreasing bath <br/>)
  • R0000164 Spindle Build  + (Clear build instructions for the assembly of R0000164 spindle assembly)
  • R0000711 Rotary Base Assembly REV2  + (Detailed steps to correctly install rotaryDetailed steps to correctly install rotary gear and journals Checks for correct installation of oil feed system Tolerance limits and requirements '''Tools Required''' Standard hex key set 0-25mm micrometer Ring support blocks for assembly Work Table Mag Base and D.T.I Hepco flat spanner 17mm socket Torque Wrench '''Parts required''' D0006423-2mod Drive ring x 1 D0007651 Face plate x 1 B0000185 journal x 6 B0000186journal x 2 D0006503 Journal washer x 8 D00007692 wiper x 4 D0006521 x2 D0007693 x 2 D0007713 rotary ring cap x 1iper x 4 D0006521 x2 D0007693 x 2 D0007713 rotary ring cap x 1)
  • ZX5 Production R0015122 Module A to R0015139 Module B alignment  + (Details and steps for correct alignment of Module A to Module B '''<u>Tools Required</u>''' Laser Level 300mm rule 1 meter yellow level 24mm spanner Permanent marker Pipe cutters Ring main connection equipment)
  • ZX5 Production R0000548E Module G to R0015040 Module F alignment  + (11/09/2025 Moved to Confluance Click [https://stuga-ltd.atlassian.net/wiki/external/NzJiMjYxYjM2ZmZjNDA0NWFjZWM1NzM0NGUxMWNkYzk Here])
  • R0019264 Autoflow Mk 4,1 Infeed Safe moving equipment  + (Due to unbalanced nature of Autoflow 4.1 infeed frame, The following Guidance is for use of supplied parts within Assembly R0019264 for allowing safe movement of Infeed frame)
  • R0000204 Notching gear boxes assembly  + (For longevity and correct running , it is For longevity and correct running , it is imperative these units are assembled to the correct tolerances and assembled in the way detailed by this procedure Tools required Standard Hex Key Set Castle nut spanner Loctite 243 thread lock Loctite 641 bearing fit Mandrel jig Grease applicator Fe10 solvent spray
    ease applicator Fe10 solvent spray <br/>)
  • Placing a TwinCAT3 Machine Under Source Control  + (<div class="icon-instructions caution-i
    ...Note - This dokit is now obsolete - the sourcetree system has been replaced by the internal one in TcXAEShell
    Click [https://stuga.dokit.app/wiki/Changing_Version_Control_to_Visual_Studio here] for the latest procedure For many years, the source code for the PLCs has resided on the G:\drive and then a copy on each and every one of the PCs used to edit the code, so at least one on each machine. This is a recipe for disaster because maintaining all the copies and version numbers is incredibly difficult and adds a lot of time overhead to fixes and changes. This has worked because there has been only one developer, but this is set to change in future as more programmers will be trained and tracking versions becomes more difficult From 2020, the PLC code version control has been improved by using an industry standard source control system called "Git" along with "BitBucket" to store the PLC code in the cloud. The program "SourceTree" is used to commit, push and pull the changes [https://www.atlassian.com/git/tutorials/what-is-version-control Click here] for an introduction to version control using Git This tutorial is a step by step guide to setting up an existing machine or diagnostic PC to a standard uses on all Stuga machines to enable quick, easy and stress free version control.
    standard uses on all Stuga machines to enable quick, easy and stress free version control.)
  • Installation Procedure - Autoflow Mk4  +
  • Correct Adjustment of Saw Anaconda Rotation  + (How to correctly Adjust the Saw conduit to prevent it hitting the guard locking device)
  • Upgrading Project File on TwinCAT2 System  + (How to upgrade the .pro file (project) on How to upgrade the .pro file (project) on a Beckhoff TwinCAT2 system
    ...TwinCAT2 was used on Early Autoflows and ZX3/4 machines before the adoption of TwinCAT3. Instead of a Visual Studio interface, it uses a program called "TwinCAT PLC Control" to download the PLC project

    ram called "TwinCAT PLC Control" to download the PLC project</div> </div><br/>)
  • Full Version Upgrade TwinCAT3 WinMulti  + (If a PC fails on a machine in the field anIf a PC fails on a machine in the field and the hard drive data cannot be recovered, it is necessary to replace the PC. This may create a version conflict, as the new PC will have later versions of twinCAT installed than the original This tutorial outlines the steps required to bring all the machine systems up to the latest level to ensure compatibility
    ...This is a one-way process that cannot be reversed

    ions-text">...This is a one-way process that cannot be reversed</div> </div><br/>)
  • Ecoline - Disabling V axis To Swap Faulty Drive  + (If a drive fails on an Ecoline, the V axisIf a drive fails on an Ecoline, the V axis can be utilised to enable the Ecoline to still run as a machining centre, albeit with V notching now disabled. This is a better situation than no machining at all, as all factories have V notching capability in addition to an Ecolineching capability in addition to an Ecoline)
  • Create a TwinCAT Project from Existing Project  + (If you are confident and proficient in usiIf you are confident and proficient in using the Visual Studio editor to create TwinCAT projects, you can shortcut a lot of the data inputting by copying and modifying an existing project. This will keep the naming conventions and links exactly the same
    ...This should only be attempted if the machine has exactly the same EtherCAT box, drive and module setup

    ne has exactly the same EtherCAT box, drive and module setup</div> </div><br/>)
  • Changing Version Control to Visual Studio  + (In March 2022 the password policy of the sIn March 2022 the password policy of the system behind SourceTree / Bitbucket and Atlassian changed - [https://community.atlassian.com/t5/Bitbucket-articles/Announcement-Bitbucket-Cloud-account-password-usage-for-Git-over/ba-p/1948231 link]. This meant all machine would need a complex password login change for the SourceTree program used for version control of the PLC code. This was not straight-forward to resolve, so the decision was made to change the version control system to the one that is packaged with the Visual Studio system by default. This is a better method anyway, but it needs the "TcXaeShell" installed.
    ...The TcXaeShell is simply a newer version of Visual Studio that includes Source control, rebadged for TwinCAT3
    Visual Studio that includes Source control, rebadged for TwinCAT3</div> </div>)
  • J0001000H Autoflow Mk4 Mechanical installation-Alignment  + (Information to clarify correct process for installation of J0001000H Autoflow Mk4 Levelling tolerance of 0.004" /0.1mm over 300mm (1 division on engineers level) must be adhered to)
  • Ecoline Site Installation Guide  + (Installation of an Ecoline is quite straigInstallation of an Ecoline is quite straight-forward as all of the main levelling and alignment is taken care of inside the main module housing. Installation involves 3 steps # Levelling main module # Attaching and Levelling Infeed Frame # Refitting Infeed coverling Infeed Frame # Refitting Infeed cover)
  • Monday - Putting Customer Machines On Stop  + (It is important that everyone does this thIt is important that everyone does this the same way or confusion and frustration will follow. It is also important to understand how the relationship between a Machine and it’s contract works * Each machine on the “Machine” board needs to link to a “Contract” on the “Service Contracts” board * This allows multiple Machines to have the same “Contract” – eg Customade group contract * The “Contract” is the electronic version or equivalent to the bit of paper that the customer has signed, and contains the start and end dates, etc * For machines that have no contract, I have set up some other “General” contract types. These General Types are not machine specific – ** PAYG – General Pay as you go ** OnStop – Customer is on stop and nothing should be supplied ** AskFirst – Ask KG or management first before supplying goods and services ** Proforma – Payment required before supply of goods and services ** PreDelivery – Before warranty startses ** PreDelivery – Before warranty starts)
  • Stuertz Infeed - Check GY Position Parallelism  + (It is important that the parallelism of thIt is important that the parallelism of the GY axis to the backfence is set and maintained along the length of the rack. This tutorial describes how to check this parallelism without the need for measuring equipment '''General Procedure''' #Find range of adjustment required #Zero GY axis to ensure range adjustment can be met #Move to straight edge resting points, Adjust rollers at these points #Use straight edge between resting points to adjust the other rollers to a fixed datum '''Potential Symptoms of a problem''' *Gripper cannot pick up offcuts *Gripper /profile end forced away from backfence *Accuracy problems *Gripper wobbles after it has released profile Use the laptop to enable you to control the Service screen whilst inside the infeed table
    ...You will be inside the danger area of the machine - ensure operators are aware of your situation
    The gripper setting jig is used to give an accurate and reliable zero to locate the gripper jaw to. Any piece of aluminium reinforcing box section will also work
    the gripper jaw to. Any piece of aluminium reinforcing box section will also work <br/>)
  • Setting Gripper Nose  + (It is very important to ensure the gripper nose and heel is correctly set up. This assembly is subject to a lot of wear and tear and maintenance is very important. Incorrect setting or play in this assembly is a major cause of accuracy issues)
  • Autocut Piece Jammed  + (Let's say a small piece has become wedged Let's say a small piece has become wedged between the eject table and the outfeed table frame.
    ...Do not try to reach into the machine until it is safe to do so - Press ESTOP

    ach into the machine until it is safe to do so - Press ESTOP</div> </div><br/>)
  • Assembly - R0000377B Mk11 Gripper  + (Mk11 Gripper was designed to give a variabMk11 Gripper was designed to give a variable stop height position for the Mk10 gripper assembly. This is needed on systems with multiple chambers, where there is no "sweet spot" for the open grip position to suit all chambers. A Somatec turret stop is used to provide different stop heights The design details are here [https://stugaltd.monday.com/boards/315478853/pulses/640717084 Design Notes]
    853/pulses/640717084 Design Notes] <br/>)
  • R0000164 Spindle Disassemble for Required parts  + (Obsoletion of main pcb tooling holder shafObsoletion of main pcb tooling holder shaft has created inability to supply replacement spindle units that have failed on site. This procedure will extract required parts from failed units to provide a supply of parts required to create exchange units for R0000164 spindles
    xchange units for R0000164 spindles <br/>)
  • TB0301 Autoflow Saw Head Reinforcement - Additional Enhancements  + (On Autoflow 2 Sawing Centres following 5 yOn Autoflow 2 Sawing Centres following 5 years of use., it has been found that the internal saw centre framework can lose its rigidity. this is probably due to "bruising" or denting of the aluminium joints introducing a slight amount of play. This is exacerbated by the design where it is attached and driven on from the base up A retrofit kit of parts has previously been created to allow additional reinforcement to be introduced within the structural framework. This kit builds upon the first kit to provide further accuracy enhancements by #Adding left right stability with additional slide rails at the top of the subframe #Adding front / back stability by moving the SY axis leadscrew to the same height as the saw table ====Parts required: ==== R0010272 Kit: Saw Frame Rigidity Pt 2 This kit consists of 2 carriage assemblies, specifically designed to provide further rigidity to the top of the Saw Head Assembly. In addition, 2 mounting blocks required to relocate the Saw Y Axis Assembly are also included. This allows the Saw Y Axis Assembly to continue to operate accurately, but improves the life of associated components. See also [[TB0259 Autoflow Saw Head Reinforcement]][[TB0259 Autoflow Saw Head Reinforcement]])
  • Move SR Datum Sensor to Higher Level R0019217  + (On a Mk4 Autoflow, The SR axis daum sensorOn a Mk4 Autoflow, The SR axis daum sensor is originally located at the rear and to the base of the SR axis. This area is prone to offcuts, so a new location has been designed at the top, with the following design parameters *Easy to retrofit *Sensor is protected in a case *Short distance to connection box *Uses existing mounting holes *Easy to adjust and maintain *Sensing end location should be vertical onto a plate, not horizontal on to a radiused surface *Can use E0000336 2mm range sensor reliably *Incorporate a front fence to help deflect offcuts down the chute and to protect the sensor The parts are supplied in Kit R0019217B
    ...In November 23, a second iteration of the design was released using metal parts and a side fence to improve robustness (R0019217B)

    ...The pictures and models illustrated here are from a Right to Left feed machine. Parts are unhanded so can be fitted to either hand machine

    illustrated here are from a Right to Left feed machine. Parts are unhanded so can be fitted to either hand machine</div> </div><br/>)
  • CX5120 Replacement  + (Replacement of Beckhoff CX5120 Skill LevReplacement of Beckhoff CX5120 Skill Level: Experience with Twincat & Visual Studio
    ...Don’t Switch CF cards around. Keep them in the CX5120’s they came with.
    n’t Switch CF cards around. Keep them in the CX5120’s they came with.</div> </div>)
  • TB0425 Lenovo Tablet Setup  + (Setting up all apps for the engineers Lenovo tablets.)
  • Updating Baldor ESB Firmware 2022  + (Since 2022 ABB have removed the simple linSince 2022 ABB have removed the simple link from workbench to allow firmware download. This makes it trickier to upgrade an ESB unit on a saw side of a flowline to allow CANopen communication. This is needed on a Windows update. The procedure demonstrates where to find the firmware file and how to download to the ESB manuallyle and how to download to the ESB manually)
  • Installing VNC Server and Viewer  + (Teamviewer are withdrawing support and areTeamviewer are withdrawing support and are very dismissive of helping out with teamviewer issues for older operating systems. Sometimes the problem just has to be solved, so there are other tools that can be used to "piggy back" onto a teamviewer connection to an office PC. A reliable, free and simple method is to use VNC. This involves #Installing VNC Server on the old PC that you want to control #Installing VNC Viewer on the Piggy-back PC VNC Viewer can be downloaded [https://archive.realvnc.com/download/get/786/eula/ here] VNC Server can be downloaded [https://archive.realvnc.com/download/get/775/eula/ here]e.realvnc.com/download/get/775/eula/ here])
  • ACEpc Changing IP address using netedit  + (The ACEpcs use two different systems for cThe ACEpcs use two different systems for connecting a network #NETBeui - this was used on earlier machines but reliability depends on the customer network setup. Reconfiguration after initial setup is difficult #IP addressing - A setup system was written using IP addresses to connect. This is a little harder to set up, but is easier to change later. A special program called netedit was written which updates all the correct files in the backgroundes all the correct files in the background)
  • Adding TwinSAFE projects to AMI Motors  + (The AMI8xxx-3100 motor series is a TwinSAFThe AMI8xxx-3100 motor series is a TwinSAFE enabled motor. To enable this motor to work with a non-TwinSAFE system, a TWINSAFE project needs to be placed into the Safety Logic circuit on board the motor. This dokit describes this process.
    ...The process of DOWNLOADING the TwinSAFE project will need to be done if the motor is replaced

    ====Prerequisites==== *TwinCAT machine project connected, scanned and debugged *Drive Manager 2 Project installed *AMI motors connected and powered up *Latest Device Description (ESI) updates - see Updating Device Description Tables *AMI Motor TwinSAFE Project from [https://stugaltd.monday.com/boards/4881973586 Software Versions Board] For instructions on how to create the AMI Motor twinSAFE project from scratch, see [[AMI TwinSAFE Workaround - Safety Project Creation]]
    [[AMI TwinSAFE Workaround - Safety Project Creation]]<br/>)
  • Decommissioning - Autoflow Mk4 1  + (The Autoflow Mk4.1 machine has been designThe Autoflow Mk4.1 machine has been designed to separate into modules for safe transport The '''infeed table''' gripper carriage and conveyor split into two sections The '''machining head''' and '''saw''' split apart like a cam shell. They are joined with a dowel system in joining blocks at the base The '''outfeed''' splits in to a rear bed and front tray
    ...Please follow the process carefully and ensure you understand how the machine is connected together
    See Also [[Safe Moving of Top Heavy Machine Modules]]
    [[Safe Moving of Top Heavy Machine Modules]]<br/>)
  • Replacing Baldor Microflex Drive with RS Automation  + (The Baldor Microflex drive with Beckhoff mThe Baldor Microflex drive with Beckhoff motor was a drive system combination that has now been superseded with a better performance system using an RS Automation Drive and motor combination The Part number for the upgrade is R0019052X Kit: X Axis Replacement using RS Automationit: X Axis Replacement using RS Automation)
  • Convert TC2 Project to TC3  + (The Beckhoff system provides a system for upgrading to TC3 from a TC2 project. This tutorial goes through the steps required to ensure the links and setup of the original TC2 project are copied through to TC3.)
  • Guide to Fitting Eject Push Sensors on ZX Machines  + (The Eject Push bar on the Saw Outfeed on tThe Eject Push bar on the Saw Outfeed on the ZX machines does not have sensors fitted to monitor the position of the cylinders. This causes an issue when the bar is obstructed and either does not fully extend or not fully extract. The cycle is not aware of the position of the cylinders and the machine will continue to run, often resulting in a collision. Not having sensors fitted also means that the Eject Push cycle is run via a timer. However, using a timer means that the system does not know the actual position of the cylinders. Having sensors fitted to the cylinders will allow us to have a cycle that monitors the position of the cylinders and we can determine the cycle has finished before allowing another operation to proceed. We can also use the sensors as feedback to stop the machine if the cycle fails. This will result in fewer collisions and damage to parts or products.
    s and damage to parts or products. <br/>)
  • Beckhoff AX8000 Flowline Upgrade  + (The Flowline range (Mk3, ZX3, ZX4) are StuThe Flowline range (Mk3, ZX3, ZX4) are Stuga built and designed machines for prepping and cutting uPVC windows and doors. The Flowline is the first machine of the Stuga 'U' shaped machines which has prepping and cutting working in the same machine package. The Flowline is still a fantastic machine for the industry, however, due to the age of the machines and older control systems becoming obsolescent, we have had to find an upgrade route that does not only keep the machine going, but also provides improvements from the original model and up-to-date technology to future proof the machine. The upgrade that we have developed for the Flowline is supplied from an automation supplier named Beckhoff. We also use Beckhoff on our new build machines. This gives us better lead times, more understanding of the products and better diagnostics/ support for our customers. The drive system that we use is called the AX8000 series. These drives are a compact multi axis servo system that use an EtherCAT interface and STO safety functions. These servo drives, coupled with Beckhoff AM8*** series OCT servo motors provide quicker installations and all round performance increases from any system we have previously used. To drive all of the new system, we are using a Beckhoff IPC controller that runs TwinCAT 3. This links into the system via EtherCAT. All of the machine can now link together via EtherCAT to provide quick and stable communications. This tutorial will give you step by step guides on the physical upgrade requirements needed when upgrading a Flowline Mk3 to a Flowline Mk3 with Beckhoff AX8000 Control. Each step will provide you with written information and pictures to guide you through the upgrade. Each step will contain necessary information which will also provide you with rationale for the design and an idea of the benefits over using different methods. Please always feel free to provide Stuga with any feedback on this document or its contents.feedback on this document or its contents.)
  • GE Control Components Changeover  + (The GE control components are now obsoleteThe GE control components are now obsolete and we have had to find a new manufacture to use. We have decided to go with Eaton control equipment for this. We are using the same supplier for these products and we have the added benefit if the supplier holding these parts in there stores. We had a choice to use either ABB, Eaton or Schneider components. Although all of the individual Eaton components are a direct replacement for the GE components, there are certain situation that we may be tripped up. This includes times when we need to change a motor breaker that has an auxiliary block connected to it. We can change the breaker but the GE auxiliary block will not fit on the new Eaton one. This means that the Eaton components need to have different part numbers to the GE components. This document will layout the new part numbers and what they relate to and instructions on how they are added and changed in the Sage system. are added and changed in the Sage system.)
  • ZX5 MH Infeed Basic IO Test and Setup  + (The MH infeed on a ZX5 is a module which cThe MH infeed on a ZX5 is a module which can be tested individually away from the fully installed machine. Once build stage is complete, to be able to test individually, the Infeed Module needs: - To be connected to mains power & be powered on - An air supply to the main blue line - Network connection (Network Cube) - HDMI & Keyboard dongle to be plugged into the Beckhoff PLC inside the cabinet. Input and output activation when testing the sole module is done through the Twincat project rather than through WinMulti The above is only required If the Machine is not fully installed and connected with power air and network already. The below guide is specifically for a fully installed and connected infeed.ically for a fully installed and connected infeed.)
  • PC Recovery Process  + (The PCs are now shipped with a memory stick that includes a full recovery image. If the system fails in future, this allows a full recovery of the initial setup of the entire drive. Mouse and Keyboard are required for recovery process.)
  • Updating Beckhoff TwinCAT3 Backend Version  + (The TwinCAT3 beckhoff systems have a speciThe TwinCAT3 beckhoff systems have a special version of TwinCAT installed - the "Runtime" version XAR (eXtended Automation Runtime). This differs from the full "Engineering version XAE that is installed in the front end and camera PCs in that it is the bare bones of TwinCAT for machine running purposes. '''It does not have the Visual Studio editor in it.''' The runtime version may need updating to 3.4024.xx to allow the latest front end and PLC code to work the latest front end and PLC code to work)
  • Upgrade ZX Machine to Beckhoff Drives and Control  + (The ZX3 and ZX4 machines that have controlThe ZX3 and ZX4 machines that have control systems that pre-date the Beckhoff hardware now have an upgrade available. The upgrade will bring up-to-date hardware to the machines control system and drives. The control system and drives will be changed to Beckhoff. TwinCAT 3 PLC and AX8000 series drives.f. TwinCAT 3 PLC and AX8000 series drives.)
  • TB0447 ZX5 Setup - X Axis Beam Calibration  + (The ZX5 has a moveable Beam on the Z axis.The ZX5 has a moveable Beam on the Z axis. The design reason behind this is to keep the gripper arm short for reliability and stiffness, yet enable it to move out of the way for rear V notching During the calculations for the machining bar recipe, the software has to work out if and when the beam needs to be moved: ·        If there are no v notches on the bar, then machine all the operations without moving the beam. Beam moves at the very end when ejecting ·        If there is a V notch, move the bar during the first X axis position where position > beamStrokeLength Therefore, it is very important for the software to know how far the beam moves physically to offset all the positions to allow for it. The distance is measured and entered into parameter beamStrokeLength. It should be around 700mm. beamStrokeLength. It should be around 700mm.)
  • ZX5 Alignment Check  + (The ZX5 machine can be tricky to align as there are many adjustments designed into the table to offset manufacturing tolerances. This step by step guide follows the correct protocol to ensure the starting point and sequence of alignment is correct)
  • Setting Arrow Heads on ZX5 or ZX5-E  + (The Zx5 and Zx5e have an upgraded system oThe Zx5 and Zx5e have an upgraded system on the saw centralising which takes the best mechanical features of the standard saw centralising, yet adds an ability to move the central point for Y notches. In general, this makes it easier to set up, because the overall centralise position can be changed in software , rather than adjusting a cylinder offset, and also to fine tune the centralise position for different profiles
    ...With the ability to tweak settings comes the real danger that too many tweaks cause confusion. Therefore when setting up, ensure all fine adjustments are reset to zero. Be aware that changing the arrow head position permanently will also alter Y notch depths

    the arrow head position permanently will also alter Y notch depths</div> </div><br/>)
  • Autoflow Mk1-Mk3 Daily Maintenance  + (The following areas should be attended to daily This routine should take no more than 15 minutes)
  • R0000299 Stroke assembly rebuild Part 2  + (The following instructions should be folloThe following instructions should be followed to ensure that correct assembly and setting are performed '''Tools / consumables Required''' Standard hex key set Standard spanner set Large adjustable spanner Drifts and punches Ballpein hammer Soft hammer FE10 Solvent Hylomar Gasket '''Parts Required''' Kit R0000299 containing B0000043 Double Angular bearing 15 I?D 35 O?D 15.9 long rubber seal 3 x 2 B0000105 Double Angular Bearing 15 I/D 35 O/D 15.9 Long x 1 B0000335 3ph Brake motor 2 pole 3000rpm x 1 B0000380 Double Angular Bearing 25 I/D 52 O/D 20.6 Long + rubber seal x 2 D0000059 Damper Bridge x 1 D0000062 Damper Bridge Boss x 2 D0007730 ZX4 V Notch Mk1 Spindle Shaft x1 D0007867 Bevel Gear (Left) x 1 D0007868 Bevel Gear (Right ) x 1 D0007873 Motor Gear x 1 D0007874 Pinion Gear x 1 D0007875 Pinion Shaft x 1 P0000165 damper x 174 Pinion Gear x 1 D0007875 Pinion Shaft x 1 P0000165 damper x 1)
  • Training Laser on Ecoline  + (The laser needs to be focused on the work area and not the receiver The smaller the dot for the profile to break/make the more accurate the laser)
  • Upgrade - R0000173 Conveyor Motor  + (The original style of conveyor is used on many machines, but the motor that powers it is no longer available. This guide will allow a different motor/gearbox to be used.)
  • X252 Forward Clamp Out Sensor Setup Stuertz Infeed  + (The out sensor used for the vorlaufwagen cThe out sensor used for the vorlaufwagen cannot be a standard reed switch because the cylinder that drives this output is a telescoping version. It is impossible to detect the out position. Therefore, a sensor is fitted that must be programmed to set a high output when it detects the full range has been reached The sensor is a [https://www.pepperl-fuchs.com/global/en/classid_53.htm?view=productdetails&prodid=42559#overview Pepperl+Fuchs VDM28-8-L] Datasheet can be downloaded [https://files.pepperl-fuchs.com/webcat/navi/productInfo/45/452859n.pdf?v=20220926110229 here] '''Function''' The distance measurement device contains one transmitter and one receiver incorporated into a single housing. The transmitter light is reflected back to the receiver from a target. The sensor determines the distance to the target and triggers a switching function or supplies the relevant measured value for processing. '''Assembly instructions''' The sensor can be mounted by means of through holes or by using a mounting bracket or mounting clamp Ensure that the surface is level in order to prevent the housing from becoming distorted when the fittings are tightened. It is advisable to secure the nuts and screws using spring washers in order to prevent the sensor from being incorrectly adjusted. '''Connection''' Connect the device in accordance with the connection diagram in the datasheet. '''Adjustment''' The green LED lights up when the operating voltage is switched on. Adjust the sensor so that the laser point is on the gripper bodyso that the laser point is on the gripper body)
  • Stuertz Infeed - Align and dowel GX rack  + (The rack on a Stuertz infeed is a helical The rack on a Stuertz infeed is a helical type and is supplied unpinned, as the motor is not connected before delivery to Stuga The alignment must be checked then dowelled with 5mm roll pins The racks are already located in the "Y" direction with location pins, this procedure is purely to align the racks to each other in the GX directionhe racks to each other in the GX direction)
  • Recovery of Bar Queue following winMulti Crash  + (There have been cases of software crashingThere have been cases of software crashing on the Stuga front end software, but the machine will continue to cut the holes and slots on the bar and eject it to the transfer table. This creates the situation that the bar is physically finished, but the software has not registered it as finished. This can lead to confusion for the operator and put the bar queue out of sync, which can lead to wasted profile of sync, which can lead to wasted profile)
  • Gripper Push Speed on Flowline and ZX  + (There is a cylinder called Grip push, whenThere is a cylinder called Grip push, when bar is moved to its unload position the Gripper Comes OFF then Grip push is activated to push the profile of the gripper to clear ready for the Eject push onto transfer Table. The video shows what happens if the grip push is set too fast. The speed of the cylinder is Far too Fast and is Throwing/punching back down machine. -- This needs to be slowed Down. machine. -- This needs to be slowed Down.)
  • Fitting R0019199 Upgrade: Autoflow Slewing Ring Guard Kit  + (This area is prone to collect sharp - cornered offcuts which can pull the seal from the SR axis bearing. The kit will help prevent damage. Use Kit R0019199 Upgrade: Autoflow Slewing Ring Guard Kit <br/>)
  • Autocut Regular Maintenance  + (This checklist needs to be carried out at This checklist needs to be carried out at regular intervals, in conjunction with the daily maintenance.
    Use Profile Regularity
    2-3 Shifts per day Weekly
    Single Shift Full Time Bi-Weekly
    Up to 50% utilisation Monthly
    gt; <td>Single Shift Full Time </td><td>Bi-Weekly </td></tr><tr> <td>Up to 50% utilisation </td><td>Monthly </td></tr></table>)
  • ZX3 Counterweight Installation  + (This guide explains how to install the counterweight assembly on the current ZX3 ring)