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PLMNL0199 REV. J Effective Date: 08/05/21

10

FiberCUT

®

ST Operation Manual

3.4 Analog Inputs

3.4.1 Analog Input (ANALOG-IN,

ANALOG-GND)



0 to 5VDC (input range)



Selects standoff height. Working
range is 1V to 4V (1V=>0.5mm;
4V=>2.0mm).

3.4.2 Analog Output (ANALOG-OUT)



0 to 5VDC



There are 5 different output
options available. See

for setting the preferences.

1. HSU Voltage:

A non-linear voltage representing
the stand-off distance between the
tip and work piece.

2. Linear Pot Voltage:

A linear voltage representing the
physical position of the FiberCUT

®

drive mechanism.

3. Electronics Temperature:

A voltage indicating the
approximate temperature of the
electronics contained in the head
(°C = V x 10).

4. Collimator Temperature:

A voltage indicating the
approximate temperature of the
collimating lens (°C = V x 10).

5. Lower Assembly Temperature:

A voltage indicating the
approximate temperature of the
FiberCUT

®

focus lens and cover

glass area. (°C = V x 10).



The temperature reading is
NOT for the nozzle assembly
alone.

3.5 Digital Outputs



Specifications: 5 to 24VDC, 250mA per
output



All outputs are configurable for
sourcing or sinking depending on the
connection made to OUT-COM.

3.5.1 In-Position (IN-POS)

IN-POS indicates that the tip is within
range of the selected standoff height.
Typically IN-POS provides a
handshake back to the motion system
that the tip has reached the part and
is ready to begin processing.

3.5.2 Retracted Position (RET-POS)

RET-POS indicates the head is at the
retracted position. Typically, RET-
POS provides feedback to the motion
system indicating the head is parked
at the retracted position.

3.5.3 Tip Touch (TIP-TOUCH)

The TIP-TOUCH signal indicates that
the tip has electrically contacted the
part or an object. This can occur
during normal processing and does
not produce a fault.

3.5.4 Crash/Fault (CRASH)

CRASH indicates that the head is
currently in a crash or fault condition.
Check the STAT1

– STAT4 for

information about the crash.

3.5.5 Output Common (OUT-COM)



CV to OUT-COM for
sourcing (active high) outputs



Connect 0V to OUT-COM for
sinking (active low) outputs.

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Summary of Contents for FiberCUT ST

Page 1: ...FiberCUT ST Operation Manual ...

Page 2: ...with furnishing performance or use of this product Laser Mech is a registered trademark of Laser Mechanisms Inc Corporate names and trademarks stated herein are the property of their respective companies COPYRIGHT 2021 Laser Mechanisms Inc All rights reserved No part of this publication may be reproduced in any form or by any means without the prior written permission of Laser Mechanisms Inc PRODU...

Page 3: ...packaging material including the sealed padded pelican case in the event the head requires shipping or storage Check all items received against the packing list to verify that all the items were received Please note the product you receive may differ slightly from the illustrations in this manual While the drawings may differ the basic procedures described within remain the same TERMS USED IN THIS...

Page 4: ...mer Interface P2 7 3 3 Digital Inputs 8 3 3 1 Height Select Bits HS1 HS3 8 3 3 2 Teach Center of Travel COT 8 3 3 3 Programmable Retract Position 9 3 3 4 Motion Inhibit HOLD 9 3 3 5 Tip Select Bit TSB 9 3 3 6 Analog Input Enable AIE 9 3 3 7 Reset Servo Disable RST 9 3 3 8 Input Common IN COM 9 3 4 Analog Inputs 10 3 4 1 Analog Input ANALOG IN ANALOG GND 10 3 4 2 Analog Output ANALOG OUT 10 3 5 Dig...

Page 5: ... Control Cable P4 15 3 9 Remote I O Options 15 3 9 1 EtherNet IP 16 3 9 2 DeviceNet 17 3 9 3 Profibus 18 3 9 4 PROFINET 19 4 Operation 20 4 1 Power Up 20 4 2 Sequence of Operation 20 4 3 Special Case Starting Off the Part 23 4 4 Centering the Laser through the Tip 23 4 4 1 Centering the Beam in the Tip Orifice Manually 23 4 4 2 Centering the Beam Using the Camera System 24 4 5 Setting Focus to Tip...

Page 6: ...If Equipped 37 5 7 Manage Connections 37 5 7 1 Adding or Modifying Addresses 38 5 7 2 Rearranging Addresses 38 5 8 Diagnostic View 38 5 9 FiberCUT Monitor System Identification Information 39 6 Service 40 6 1 Servicing the Gas Jet Nozzle Tip 40 6 2 Cleaning the Outside of the Head 41 6 3 Servicing the Tip Assembly 41 6 4 Servicing the Cover Glass 42 6 5 Servicing the Focusing Lens Cartridge 43 6 6...

Page 7: ...ooting 54 9 Appendix A Coolant Specifications 56 10 Appendix B Assist Gas Specifications 56 11 Appendix C Beam Delivery Purging 56 12 Appendix D Fiber End Types 57 13 Appendix E Recommended User Serviceable Parts List 58 14 Appendix F Updating Controller Firmware 61 15 Glossary 62 16 Revision History 63 ...

Page 8: ...ocal lengths are available if the application requires The laser beam then propagates through the final focusing lens which focuses the laser through the orifice of the gas jet tip The drive assembly provides the motion system that allows the tip to track the surface of the part and maintain laser focus The drive system has 25mm of travel and is controlled by a patented drive system which provides...

Page 9: ...or sold separately as part number PLCPD0084 is a pneumatic device The sensor requires 6mm OD hose The recommended operating pressure for the collision sensor is 1 BAR but can vary depending on application The hoses need to be suitable for robotic applications 2 2 Mounting the Cutting Head to the Robot Mount Bracket The standard bracket holds the head in a vertical orientation The bracket bolts ont...

Page 10: ...ith an equivalent unit o When the gas source is less than 25 feet 7 5 meters away from the FiberCUT head route 8 mm OD hose between the gas source and the proportional vale o When the gas source is over 25 feet 7 5 meters away from the FiberCUT head route 3 8 inch OD minimum hose between the gas source and the proportional valve o Specifications for assist gas are in Appendix B o The assist gas li...

Page 11: ...ovement without pinching or pulling of the cables The FiberCUT head was designed so that all cables input in the same location allowing a sleek easy to manage bundle Cabling should not be tethered to the fiber input connector or the fiber optic cable The manner in which the cables are bundled is one of the keys to having a successful robotic cutting cell The end user is responsible for documenting...

Page 12: ...e ground rod to the mount of the FiberCUT at the end of the robot See Figure 8 Figure 8 Electrical noise can create sensing issues Large electric motors arc welders and other devices may be a source of significant electrical noise In order to eliminate this noise it may be necessary to connect a ground wire to the chassis of any such device near the process 2 8 Control Box Mounting The important t...

Page 13: ... Effective Date 08 05 21 6 FiberCUT ST Operation Manual Figure 10 illustrates the control box mounting clearance envelope dimensions Figure 10 Figure 11 illustrates the control box door clearance dimensions Figure 11 ...

Page 14: ...S3 Height Select Bit 3 MSB P2 4 Input 4 COT Teach Center of Travel P2 5 Input 5 HOLD Motion Inhibit Hold P2 6 Input 6 TSB Tip Select Bit P2 7 Input 7 AIE Analog Input Enable P2 8 Input 8 RST Reset P2 9 Input Common IN COM Input Common P2 10 ANALOG IN Stand off Height Select P2 11 ANALOG GND Analog Ground OUTPUTS P2 12 ANALOG OUT Configurable Output Voltage P2 13 Output 1 IN POS In Position P2 14 O...

Page 15: ...off the head will return to its retracted position Note The height select bits are only operative if the analog input enable AIE is off The symbol indicates ON HS1 HS2 HS3 STANDOFF HEIGHT 0 5mm 0 75mm 1 0mm 1 25mm 1 5mm 1 75mm 2 0mm Head Retracted 3 3 2 Teach Center of Travel COT The COT input sets the head in the fixed center of travel position When teaching the motion system path it is preferabl...

Page 16: ...piece HOLD has precedence over HS1 HS2 HS3 and COT See Section 4 3 for more details 3 3 5 Tip Select Bit TSB The TSB input allowed selection of the type of tip installed on the head in early controller versions The FiberCUT Controller Firmware Update PC software replaced this functionality The tip select bit should remain off unless otherwise instructed See Appendix F for more information 3 3 6 An...

Page 17: ...he temperature reading is NOT for the nozzle assembly alone 3 5 Digital Outputs Specifications 5 to 24VDC 250mA per output All outputs are configurable for sourcing or sinking depending on the connection made to OUT COM 3 5 1 In Position IN POS IN POS indicates that the tip is within range of the selected standoff height Typically IN POS provides a handshake back to the motion system that the tip ...

Page 18: ...ult occurs When Retract On Fault is selected the head will instead retract when a marked fault occurs To configure this option See Appendix F 3 5 7 Crash Interlock Relay INT1 INT2 Solid State Relay Rating 500mA at 0 60VDC 0 48VAC A solid state relay opens to indicate a fault or crash condition on the cutting head STAT1 STAT2 STAT3 STAT4 ROF STATUS CODE No Fault 1 Head Not Extended 2 Hit Retract Li...

Page 19: ...PLMNL0199 REV J Effective Date 08 05 21 12 FiberCUT ST Operation Manual 3 6 Interface Example The interface allows control and feedback of all the FiberCUT operations Interface Figure 16 ...

Page 20: ...roller Unintentional alteration of the program may result if improper instructions are given Take care the commands to the controller are accurate Refer to Galil RIO 47IXO User Manual for additional information Figure 17 3 7 1 Simulating Inputs i1 i8 The variables i1 i8 are used to simulate the discrete inputs by assigning the variables a value of 1 or 0 Examples i1 0 i2 0 i3 1 Sets the standoff h...

Page 21: ...llimator and the head electronics respectively Examples MG tmp1 tmp2 tmp3 Inquire the status of all 3 temperatures 25 3245 28 6532 33 2313 Temperature of sensors MG tmp2 Inquire temperature of the collimator 35 2834 Temperature is 35 2834 C 3 7 5 Inquire Analog Height Sense MG AN 1 Monitor the value of the analog tip height sense signal using the command MG AN 1 The value given back is a highly no...

Page 22: ...nsist of a relatively simple cable Four different protocols are available to support most industrial networks Device configuration files EDS or GSD and supplemental manuals are available for download from the FiberCUT Updates web page http www lasermech com fibercutupdates All remote I O options include the digital inputs and digital outputs shown below Digital Inputs Digital Outputs BIT 7 RESET B...

Page 23: ...ESCRIPTION INPUTS 1 10 Not Used 11 Digital Outputs OUTPUTS 1 Not Used 2 Digital Inputs 3 Not Used PLCSA0046 Configuration The FiberCUT controller with an external power switch consists of a HMS Industrial Networks Anybus IC EIP module and Interconnect Board Set the IP Address using the rotary switches S1 x10 and S2 x1 on the Interconnect Board to addresses ranging from 192 168 1 1 192 168 1 99 on ...

Page 24: ...tes 3 Baud Rate 125K BYTE DESCRIPTION INPUTS 1 3 Not Used 4 Digital Outputs OUTPUTS 1 2 Not Used 3 Digital Inputs PLCSA0044 Configuration The FiberCUT controller with an external power switch consists of a HMS Industrial Networks Anybus IC DEV module and Interconnect Board Set the Node Address using the rotary switches S1 x10 and S2 x1 on the Interconnect Board to addresses ranging from 01 63 Sele...

Page 25: ...le includes a termination switch The FiberCUT controller ships with this switch in the OFF position See Figure 22 If this device is not the last node in the system then the termination switch remains OFF If this device is the last node in the system it is necessary to turn the terminating switch ON Figure 22 PARAMETER VALUE Input Size Bytes 1 Output Size Bytes 1 SLOT DESCRIPTION MODULE TYPE 1 Digi...

Page 26: ...l Outputs Input 1 byte 3 Analog Height Sense Input 2 bytes 4 Analog Head Position Input 2 bytes 5 Lower Assembly Temperature Input 2 bytes 6 Collimator Temperature Input 2 bytes 7 Electronics Temperature Input 2 bytes 3 9 4 PROFINET The connection to PROFINET uses an RJ45 jack located in the FiberCUT controller Do not confuse the PROFINET jack with the computer Ethernet interface used for FiberCUT...

Page 27: ...CUT head Using the Crash IN POS and RET POS signals during processing will insure that the head is functioning correctly Failure to monitor these signals may result in damage to the laser system 1 Home Position The COT input can be on or off depending on the desired sequence If you are uncertain leave COT on Prior to moving from the home position it is preferable to command the head to go to COT i...

Page 28: ...ndoff height by activating a combination of HS1 HS2 and HS3 4 Processing Processing turning the beam on should begin once the FiberCUT controller indicates the IN POS signal This signal insures that the head is properly sensing on the part 5 At End of Cut Turn off the beam retract the head by deactivating HS1 HS2 and HS3 and turn off the assist gas Return to step 2 Rapid Positioning to move to the...

Page 29: ...PLMNL0199 REV J Effective Date 08 05 21 22 FiberCUT ST Operation Manual ...

Page 30: ...after the head has moved onto the surface of the material 7 Continue to process as normal Note It may be necessary to end the cut in a similar method by activating HOLD prior to moving off of the part Be sure to retract the head prior to moving to the next cut feature 4 4 Centering the Laser through the Tip It is essential to any laser process to center the beam in the gas jet tip It is the custom...

Page 31: ...ystem Laser Mechanisms camera system is an aid for centering the beam in the tip orifice This method uses virtual images of the beam and tip orifice on a computer screen instead of visual inspection See the chart below to determine the appropriate camera system The beam centering camera requires a Windows computer with a USB port and the latest version of FiberCUT Monitor RS installed see Section ...

Page 32: ... 6 Install the centering tool by rotating it onto the FiberCUT head in the location where the shroud was O rings in the beam centering camera help keep it in place Figure 25 An image similar to Figure 26 will appear The beam is NOT centered in the tip orifice Further adjustment is necessary See step 7 The beam is centered in the tip orifice No further adjustment is necessary Figure 26 ...

Page 33: ...ther adjustment is necessary 10 If the beam is not centered in the camera and tip orifice adjust the beam location according to the following See Figure 25 for adjuster screw locations a Use a 1 8 inch hex wrench to loosen the adjuster screw in the direction you want the beam to move b Tighten the adjuster screw that is opposite of the screw in the step 10a above DO NOT OVERTIGHTEN 11 Use the 4 ad...

Page 34: ...uminum applications the focus is generally set near the bottom of the material Figure 28 and Figure 29 show surfaces used to measure the set up distance for each focal length Figure 28 Figure 30 on the next page shows the nominal position of the lens holder for each tip style with the focus distance approximately 1mm outside the tip Note If you adjust focus too far from the tip the beam may clip o...

Page 35: ...PLMNL0199 REV J Effective Date 08 05 21 28 FiberCUT ST Operation Manual Figure 30 150mm Focal Length 75mm Focal Length 100mm Focal Length 125mm Focal Length Long Tip 125mm Focal Length Short Tip ...

Page 36: ... of the lens holder 5 Make sure there is no debris on either side of the focus lens 6 Install the tip assembly according to Section 6 3 Figure 31 Adjusting the Lens Holder Tension see Figure 32 If the lock nut tension is NOT set properly 1 Pull the lens holder to remove it from the collet assembly It is more efficient to tighten the lock nut after removing the lens holder 2 Tighten the lock nut an...

Page 37: ... folder will have a single FiberCutMonitorRS exe file several dll files and a folder named FiberCUTMonitorRS Libs It is important that the Libs folder and all the dll files remain at the same location as FiberCUT Monitor The parent folder for these files can be moved and copied as needed No license key is needed 3 There is a communications driver provided in the Driver folder If you are unable to ...

Page 38: ... first time run the set up process in Appendix F 5 4 Standard View Standard View is the default display mode showing one FiberCUT head in a large window See Figure 34 Figure 34 Standard View Panel 5 4 1 Connecting To connect to a FiberCUT using Standard View see Figure 35 1 Click on the IP address drop down menu near the bottom of the monitor panel and choose the appropriate address If the desired...

Page 39: ... aligned fibers The Position Display indicates the physical position of the head within its travel The retracted position is zero with the negative direction toward the extended limit The Active Standoff Display indicates the measured standoff distance as determined by the capacitive height sensor Readings above 10mm are indicated as 10 0mm When the head is not actively tracking a surface no stand...

Page 40: ...click the View button in the toolbar then select 2 Panels 3 Panels or 4 Panels See Figure 38 Figure 38 Multiple View Panel 5 5 1 Connecting To connect to a FiberCUT using Multiple View 1 Click the Connect button in the top left corner of the desired panel If no IP address has been assigned to that panel a list of all available addresses will appear Otherwise select the most recently used IP addres...

Page 41: ...ection lists the settings that must be specified before operating FiberCUT Monitor Before adjusting any settings The software must be installed on your PC See Section 5 1 for more details The head and control interface must be connected properly See Section 3 for more details 5 6 1 Unlock Settings 1 Click the Unlock Settings button in the toolbar In the pop up that appears enter the password cutse...

Page 42: ...r more information 1 Click on the Settings button in the toolbar and locate Prog Retract Positions When this feature is active a check mark appears 2 Click Prog Retract Positions to change the state of the feature as desired 5 6 6 Sleep Mode Sleep Mode causes the servo motor to turn off and the head to fully extend after a specified period of inactivity 1 Click the Settings button in the toolbar a...

Page 43: ...e Linear Pot Voltage Lower Assembly Temp Collimator Temp or Electronics Temp as desired Figure 42 3 The Analog Output P2 12 will now correspond to the specified value See Section 3 4 2 for more details 5 6 9 Controller IP Address Name 1 Click the Settings button in the toolbar and select Controller IP Address Name The Enter IP Address screen appears See Figure 43 Figure 43 2 Enter the desired IP a...

Page 44: ...Store button to save the changes to the controller 4 If desired click the Reset Verify button to reset the controller and implement the new configuration Wait for Configuration Updated to appear then confirm the displayed values are the proper settings Otherwise power must be cycled in order for new settings to take effect 5 Click Close to exit the screen 5 7 Manage Connections When using Multiple...

Page 45: ...r however the names will appear in the Connect list when Online See Figure 38 The first address is also used as the default address when using FiberCUT Update To rearrange the order of the addresses click on a row and drag it to the desired position in the list You may also sort the addresses by number or name by clicking on the appropriate header 5 8 Diagnostic View The Diagnostic view is provide...

Page 46: ...e toolbar To recover from a fault click the Reset button in the toolbar The above procedure can then be repeated 5 9 FiberCUT Monitor System Identification Information The hardware and interface are specific to your system Therefore version and serial numbers are critical in order for Laser Mechanisms to provide support To display system information 1 Connect to the system using Standard View 2 Cl...

Page 47: ...crew the tip from the tip retainer by turning it counterclockwise 2 For PLTRA0360 and PLTRA0369 Check the condition of the O ring and replace it if necessary Stretch the O ring over the tip retainer boss OR For PLTRA0417 Check the condition of the isolator and replace if necessary Available Tip Retainers and Tips Figure 49 Figure 50 3 Thread in a new tip finger tight until it seats solidly do not ...

Page 48: ...0037 to remove additional dust or loose debris 3 Clean the entire outside surface of the head using a wet wipe PLTLS0036 to remove any remaining debris 4 Inspect the entire outside surface of the head and repeat as necessary 6 3 Servicing the Tip Assembly Before opening any part of the head clean off the dust and or process debris according to Section 6 2 DO NOT BLOW OFF THE HEAD WITH COMPRESSED A...

Page 49: ... protective shroud 8 Center the laser beam in the tip according to Section 4 4 6 4 Servicing the Cover Glass Before opening any part of the head clean off the dust and or process debris according to Section 6 2 DO NOT BLOW OFF THE HEAD WITH COMPRESSED AIR Always wear powder free gloves or finger cots when handling optics and optic holders The cover glass can be changed while the head is mounted to...

Page 50: ...service procedure is to change the entire focusing lens cartridge it is necessary to remove the tip assembly You MUST replace the focus lens cartridge as an assembly Before opening any part of the head clean off the dust and or process debris according to Section 6 2 DO NOT BLOW OFF THE HEAD WITH COMPRESSED AIR Always wear powder free gloves or finger cots when handling optics and optic holders 1 ...

Page 51: ...See Figure 54 Figure 54 3 Verify the fiber and connector are thoroughly clean 4 Remove the fiber optic cable from the cutting head according to the fiber manufacturer s instructions The open area of the fiber receiver MUST be covered o Use the manufacturer supplied dust cap OR o Use blue painter s tape or equivalent Cover the fiber end with the appropriate cap from the fiber manufacturer You MUST ...

Page 52: ...ailure to complete steps 14 to 16 may result in damage to the fiber 14 Remove the protective covers on the fiber receiver and fiber end 15 Inspect the fiber end according to the fiber manufacturer s instructions 16 Install the fiber according to the fiber manufacturer s instructions For steps 17 to 22 see Figure 55 17 Align the head so The 2 alignment pins are in line with the alignment holes in t...

Page 53: ...entation 3 Unbolt the fiber collimator assembly from its mount by loosening the screws with a 3mm wrench See Figure 56 4 To remove the fiber collimator assembly from the cutting head use steady pressure to unseat it from the o ring seal The plate is dowel pinned in place so pull it straight out Verify that the o rings come out with the assembly and do not remain in the head Figure 56 To reinstall ...

Page 54: ... 6 Perform the tip alignment procedure according to Section 4 4 6 9 Removing and Installing the Motor ALWAYS consult a Laser Mechanisms service technician before removing the motor Before opening any part of the head clean off the dust and or process debris according to Section 6 2 The following procedures refer to motor part number PLMOT0018 To remove the motor 1 Clean the outside of the head acc...

Page 55: ...tate the cam arm clockwise so that the clamp bolt is accessible with a 2 5 mm hex wrench 8 Loosen but DO NOT REMOVE the clamp bolt from the cam arm 9 Loosen but DO NOT REMOVE the cam arm set screw Use a 2 mm hex wrench Figure 59 For steps 10 and 11 see Figure 60 10 Pull the cam arm off of the motor 11 Remove the 3 bolts that hold the motor onto the FiberCUT housing Use a 2 mm hex wrench Figure 60 ...

Page 56: ... remove the motor from the FiberCUT housing It may be helpful to push slightly on the motor shaft from the other side of the FiberCUT head Figure 61 To reinstall the motor For steps 15 and 16 see Figure 62 15 Insert the new motor into the FiberCUT body Place the wires out of the motor in the 8 o clock position as shown 16 Connect the motor cable to the HSU card A small pair of needle nose pliers m...

Page 57: ...of the body housing if necessary by rethreading it turning it clockwise onto the body Verify that the shroud is secure 20 Raise the actuator follower and push the motor cam arm onto the motor shaft See Figure 64 The cam arm should be flush with the end of the motor shaft It may be necessary to slightly loosen turn counterclockwise the cam arm set screw Use a 2 mm hex wrench Figure 64 For steps 21 ...

Page 58: ...6 10 Servicing the Manifold Seal Before opening any part of the head clean off the dust and or process debris according to Section 6 2 1 Clean the outside of the head according to Section 6 2 To remove the manifold seal For steps 2 and 3 see Figure 66 2 Unscrew the shroud from the main body It may feel stiff because of the seal 3 Use an appropriate tool to peel the manifold seal off of the shroud ...

Page 59: ...until the entire seal is pressed against the inside of the shroud No adhesive is used to install the seal There is a smooth side and a fuzzy side to the seal The smooth side is pressed against the lip area of the shroud The fuzzy side creates a dust barrier between the main body and the shroud The ends of the seal cut at a 45 angle must meet together without any gaps An appropriate sharp tool may ...

Page 60: ...el Speed 175 mm sec Standoff Distance Range 1 mm Recommended 0 5 mm to 2 0 mm COLLIMATOR Effective Focal Length Doublet Fused Silica 78 102 mm Recollimating Lens Diameter 28 mm Clear Aperture 25 mm Fiber Socket Others Available On Request QBH HCL 8 LLK B QD LCA PIPA CONTROL BOX Sealed Enclosure 380 mm L x 300 mm W x 160 mm H Single Interconnect Cable up to 15 m long Number of Standoff Settings 7 E...

Page 61: ...ly extend Jog the head away from the object and then turn power on to the controller Fault 2 Hit Retract Limit The head has collided with an object causing the head to reach the retract limit Jog the head away from the object and reset Fault 3 Calibration Fault The controller has not received the proper response from the height sensor The tip may be shorted or the sense cable may be broken Replace...

Page 62: ...nse properly on the part An object is touching the head preventing it from reaching position Move the head away from the object The internal sensor cable is not connected Remove the tip assembly and reattach the internal SMB connector The height sensor failed to calibrate properly on the previous retract Prior to sensing on the part place the head in COT followed by a Retract This recalibrates the...

Page 63: ...allow oxygen and moisture to permeate the system and can be a source of dust and hydrocarbons Stainless steel lines and fittings are recommended Use filters that remove particles down to 01 microns and purifiers that guard against oil or water from getting into the optical system Regulators with a stainless steel diaphragm are recommended Industrial regulators can aspirate air and the neoprene dia...

Page 64: ...PLMNL0199 REV J Effective Date 08 05 21 57 FiberCUT ST Operation Manual 12 Appendix D Fiber End Types Fiber End Type Sample Image HLC or QBH QD or LLK D LCA Q5 or LLK B ...

Page 65: ...OLDERS 8 PLALH0171 Adjustable Lens Holder 75mm FL Complete Assembly For use with Tip Retainer Assembly PLTRA0360 9 PLALH0137 Adjustable Lens Holder 100mm FL Complete Assembly For use with Tip Retainer Assembly PLTRA0360 10 PLALH0138 Adjustable Lens Holder 125mm FL Complete Assembly For use with Tip Retainer Assemblies PLTRA0360 PLTRA0369 or PLTRA0417 11 PLALH0143 Adjustable Lens Holder 150mm FL Co...

Page 66: ... Tip 1 5mm Orifice 27 PLGJT0711 Tight Access Style Tip 1 5mm Orifice 28 PLGJT0226 TRA0417 Style Tip 1 0 mm Orifice 29 PLGJT0227 TRA0417 Style Tip 1 2mm Orifice 30 PLGJT0172 TRA0417 Style Tip 1 5mm Orifice 31 PLGJT0173 TRA0417 Style Tip 2 0mm Orifice 32 PLGJT0523 TRA0417 Style Tip 2 5mm Orifice SEALS 33 PLMSR0022 Manifold Seal Ring TOOLS NOT SHOWN 34 PLLIT0028 Lens Insertion Tool 35 PLFXT0307 Cente...

Page 67: ...PLMNL0199 REV J Effective Date 08 05 21 60 FiberCUT ST Operation Manual Figure 68 ...

Page 68: ...k Connect If the IP address is unknown click Find to display all the controllers on the network You may need to install software to use the Find feature If that is the case follow the on screen instructions 3 The updater will display the current Model Tip Assembly Tip and Retract On Fault configuration assigned to the controller Make any necessary changes then click Update 4 If the software alread...

Page 69: ...f a meter Ohm Ω Measure of electrical resistance in the International System of Units SI defined as the resistance in a circuit transmitting a current of one ampere when subjected to a potential difference of one volt kΩ 1 000Ω Pascal Pa Measure of pressure in the International System of Units SI kPa 1 000 pascals PSI Pounds per Square Inch N C Normally Closed N O Normally Open NPT National Pipe T...

Page 70: ... design standard D 05 06 2012 Plumbing Specification updates to current standard E 06 10 2013 Mechanical Electrical Controls updates to current design standard F 01 08 2016 Mechanical Electrical Controls updates to current design standard G 08 05 2016 Mechanical Electrical Controls updates to current design standard H 11 23 2020 Mechanical Controls Profibus Section 3 9 3 ECO 4476 and Format throug...

Page 71: ...PLMNL0199 REV J Effective Date 08 05 21 64 FiberCUT ST Operation Manual This Page Is intentionally Left Blank ...

Page 72: ...Laser Mechanisms Inc 25325 Regency Drive Novi Michigan 48375 USA Phone 248 474 9480 Fax 248 474 9277 In Europe Phone 32 0 92 18 70 70 Fax 32 0 92 18 70 79 Web www lasermech com E Mail info lasermech com ...

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