CypLite Fiber Laser Cutting Head User Manual
Contents
1. 4 fixing SCTEWS Collimating lensholder Fig 13 QBH 3 Counterclockwise unscrew the collimating lens from the alignment module with hands 29 CypLite Fiber Laser Cutting Head kh mg 4 Gently unscrew the locking nut using lens removing tool and then take out lens and gasket which is as shown in Fig 14 5 2 2 Cleaning the lens A Tools anti dust gloves finger cots absorbent cotton stick gaseous isopropanol rubber blower B Cleaning methods 1 Wear finger cots at left thumb and index finger and move the lens holder to a clean and tidy environment after removal 2 Separate gasket lens and lens holder with hands in proper order Spray gaseous isopropanol onto the absorbent cotton stick 3 Gently pinch the side edge of protective lens using left thumb and index finger Note that the finger cots cannot touch the lens surface 4 Make two eyes direct at the lens take up the absorbent cotton stick with right hand gently wipe the lens it should be noted to avoid wiping back and forth so as to prevent causing secondary pollution to the lens in a single direction from top to bottom or from left to right and then low the lens surface with rubber blower Clean the both sides and re confirm that there are no cleaners absorbent cotton foreign matters or impurities after cleaning It should be noted that the cleaned lens should not be exposed to the air Please complete the installation as soon as possible2. erre 9 3 1 FIXING AND INSTALLATION DIMENSIONS OF CUTTING HEAD ccccssececeseeeeeeceeeneeeeesceseneeeees 9 De WAP IIE PAPER Per PE EE MARI E BAN ANE PA TANG 12 3 24 Watercooled CS VIC a aaa kani nana cote ie KANA KANGA WAE KAG NANA A KANG AA KAGEN 12 Ain 13 OP IG AT BiB ER EE ADINE arianna aaa 14 OS OS a ang kan BR Dana aa EEE D Dana Eo PE E 14 3 3 2 OCS OD OCS x2 RK Leading sense essrncaseserssanesesmnnosasasresecesennss 14 CHAPTER TV FOCUSING DESCRIPTION ser Ma a Nga i 16 e ALTO NE T sana ae ee at de PAT a ER ABU GAE a en 16 AOBA AN E A N irene 16 4 1 2 QCS QD RK QCS_X2 alignment resserre 17 da POCU ADIO EVIE NT ira 18 4 2 1 Relationship between focusing lens and focus adJustor 18 4 2 2 Relationship between focus and scale 18 4 2 3 Operation of Focus AdjJustor 00000000000e00ne0e0 anan en anana nenen a nenen ena nana anana nana nana anan 19 CHAPTER V ROUTINE MAINTENANCE 5sssrousenmennrennrementemnsntenenrestienenmeenieienites 20 5 1 MAINTENANCE OF PROTECTIVE LENS cccccsesccsssscceececensccececseenseseuesseeeeeeeeceseeseeeeceseneeeees 20 D ARS OO TN RS AIEEE AEE OE AE E E ANNA ANG AAN NG 20 HRR ini 20 LS COS A TES aaa sas anala E E WENG TAN Aa BA AA ee eee ee eee re rer 21 SR ZA TREIA 19 24 CS AA AAK NAGA ANAA KANG RE E TG AAN KR AGA KR EE AN 21 5 1 5 Maintenance the lens seen 21 30 Kemo ving tho OS ea ae eee KENAN AE BA AKA rr 22 li Clea NC JENS says ER RER aaa 23 Ded M
3. CypLite Fiber Laser Cutting Head Cd CypLite Fiber Laser Cutting Head User Manual www fscut com Ver 1 5 4 Thank you for using our products This Manual describes CypLite fiber laser cutting head in details including installation operation installation instructions etc If you want to know more about BCS100 capacitive height controller that can improve the performance of cutting head while using together please refer to the help documents of the height controller For any other information please contact us directly Please read the Manual carefully before using the cutting head and relevant devices so that you can make better use of it in future Along with continuous updating of product functions there may be some differences between that you received and the Manual We will apologize for any inconvenience CypLite Fiber Laser Cutting Head Contents CHAPTER IT PRODUCT DESCRIPTION near ie PA BEN BAR Ba Ba E aba 5 bl INTIRODUGHON zine EEEE EE ESEA DARANI a Baban AK aa ka de 5 1 2 PERFORMANCE DESCRIPTION irisan a aana ak aan aa Ga aaa na Na oliena 5 1 3 LECANOLOGICALPARAMETER 220 a aa EEN EEEE 5 CHAPTER II STRUCTURE DESCRIPTIONS Li iene iaia 7 2 L SUMMARY OF STRUCTURE DESCRIPTION sss59atan 55 sanga alapa ana ene padana anna padanan anang padae 7 2 2 DETAILS OF STRUCTURE DESCRIPTION is naning an ag ag ga Dagan Kan D DE nr ab PEKEN ENG Kapa EA E bag akan 8 CHAPTER HI MECHANICAL INSTALLATION
4. 1 2 3 4 5 6 Table 4 19 CypLite Fiber Laser Cutting Head 4 2 3 Operation of Focus Adjustor 1 Counterclockwise rotate the locking nut and then unlock it 2 Counterclockwise clockwise rotate and turn the knob move the lens position and then adjust the focus 3 After determining the focal position clockwise rotate locking nut and then lock it Chapter V Routine Maintenance 5 1 Maintenance of protective lens Protective lens 1s located at the bottom of focusing module When there are impurities or foreign matters at the lens the lens may be damaged Therefore regular maintenance should be conducted for the lens and it is recommended to clean it once a weak Please refer to Fig 9 for the lens structure Protective lenses are wearing parts and the damaged one should be replaced timely During maintenance replacement workers must wear anti dust gloves or finger cots thus preventing the grease or dirt of their hands from polluting the lens Locking knob Fig 9 5 1 1 Taking out the lens Wear anti dust gloves finger cots press down the locking buttons at two sides of protective lens holder with thumb and forefinger respectively slowly and steadily pull out the protective lens holder and then move it to a clean and tidy room 5 1 2 Removing the lens 1 Place the side with sealing ring down and hold the lens holder with left hand 2 Gently squeeze the edge of lens using the right thum
5. Counterclockwise screw the beam expansion adjusting nut back to the beam expanding lens barrel and then re insert the locking base 5 When the scale 0 at the water cooled module is located in front adjust the top screw at the beam expansion adjusting nut to the right end ensure that there is no gap among water cooled module beam expansion adjusting nut locking base and then tighten the screws at the locking base with No 2 5 hex wrench 6 The distance between the positive and negative lenses can be adjusted through rotating beam expansion adjusting nut to change the position of the focus When the top screw is adjusted to the left end the focus is at the top when the top screw is adjusted to the right end the focus is at the bottom After finding the ideal focus tighten the top screw with No 2 hex wrench and then fix beam expansion adjusting nut 5 4 Maintenance of bottom suite The bottom suite of plane cutting head is composed of 5 parts including the following items from top to bottom connector directly connected with the protective lens module mechanical part of sensor ceramic body and compression nut and laser nozzle Among them ceramic body and the laser nozzle are wearing parts which can be replaced if damaged CypLite Fiber Laser Cutting Head 49 The bottom suite of 3D cutting head is composed of 3 parts including the following items from top to bottom connector mechanical part of sensor laser nozz
6. according to the methods in Article 5 3 3 or temporarily store it in a clean sealed container 5 2 3 Installing the lens 1 Place the lens removing tool at the platform wear finger cots and then place the following items at the removing tool in order locking nut gasket 2 lens 2 gasket I lens 1 which is as shown in Fig 15 1 Fig 15 1 It should be noted that the flat surface of lens 1 should touch the lens holder and the convex surface should touch gasket 1 the flat surface of lens 2 should touch gasket 1 and the convex surface should touch gasket 2 which 1s as shown in Fig 15 2 ra Gasket 1 Gasket 2 Collimating FT SSX is eh lens holder Locking nut Fig 15 2 2 Place one side of locking nut at the lens removing tool and tighten it again with proper force not tighten it too hard 3 Clockwise screw the collimating lens back to the alignment module with hands which is an shown in Fig 16 4 Properly place the 2 locating pins at the alignment module tighten 4 fixing screws and then reassemble them at the cutting head CypLite Fiber Laser Cutting Head 2 locating pins Collimating lens holder Fig 16 QBH 5 3 Maintenance of beam expanding lens 5 3 1 Removing the lens 1 Remove QCS from optical fiber connection block 2 Unscrew the screw at the beam expansion locking base with No 2 5 hex wrench and then take down the
7. beam expansion water cooled module Move it to a clean and tidy room and then continue the operations Jackscrew Locking nut Expanding lens barrel Fig 17 3 Loosen the top screw with No 2 hex wrench clockwise unscrew the adjusting nut and then take it down 4 Unscrew the beam expanding lens barrel from the water cooled module and then respectively the positive lens large plane convex lens and negative lens small plane concave lens of beam expanding lens with lens removing tool and beam expansion removing tool which is as shown in Fig 18 1 and 18 2 PESTE Fig 18 1 Fig 18 2 5 3 2 Cleaning the lens A Tools absorbent cotton stick gaseous isopropanol rubber blower B Cleaning methods 1 Move the lens holder to a clean and tidy environment after removal 2 Separate gasket lens and lens holder in proper order Spray gaseous isopropanol onto the absorbent cotton stick 3 Gently pinch the side edge of beam expanding lens using left thumb and index finger Note that the finger cots cannot touch the lens surface Both the positive and negative lenses can be cleaned 4 Make two eyes direct at the lens take up the absorbent cotton stick with right hand gently wipe the lens it should be noted to avoid wiping back and forth so as to prevent causing secondary pollution to the lens in a single direction from top to bottom or from left to right and then low the lens surface with rubber blower C
8. height controller 1 2 Performance description High performance price ratio With various options support plane and three dimensional cutting Support multiple fiber optic connection ways Y Y V WV High temperature resistance and height adjustment without being affected by plasma Convenient focusing module design Precise alignment adjustment module design Quick detachable protective lens case Optimized smooth air circuit design gt gt gt gt gt 1 3 Technological parameter Max laser power 2KW Focal Length 100mm 120mm 150mm 200mm Max clear aperture 22mm Nozzle aperture 0 5mm 2mm Compact and lightweight modular mechanical component design Collimator lens focal length 75mm Fiber laser connector QBH QCS QD RK QCS x2 Bottom suites 2D 3D Cutting Head CypLite Fiber Laser Cutting Head Chapter II Structure Descriptions 2 1 Summary of structure description The cutting head is composed of 7 major components and the components include the following items from top to bottom by taking QBH as an example D fiber laser connector alignment module 3 focusing module 4 water cooled mounting plate amplifier protective lens module bottom suites as shown in fig 1 DFiber laser connector 2 Alignment module 4 Water cooled mounting plate Amplifier 3 Focusing module Focusing button 6 Protective lens module Bottom suites Fig l 2 2 Details of
9. structure description QD RK QCS QCS X2 4 Water cooled mounting plate Amplifier Negative lens Lens removal removal tool tool 2D Cutting Fig 2 Fiber laser connector 2 Alignment module Focusing module 3D Cutting a CypLite Fiber Laser Cutting Head Chapter III Mechanical Installation 3 1 Fixing and installation dimensions of cutting head The fixing of cutting head and machine tool are realized using water cooled mounting plate There are four M6 fixing holes at the water cooled mounting plate and the screws should be tightened at the corresponding position of Z axis connection block of machine tool which is as shown in fig 3 1 Four M6 fixing holes Two6mm locating pin Fig 3 1 When the focal length of focusing lens is 150 mm the mounting dimensions are as shown below unit mm QBHright view QBHplan view Fig 3 2 i i 100 BE 88 QCS right view QCS plan view Fig 3 3 TD au DO ao S Qu gt Q DO Y jas 4 Q oO ze rd on D ord Q gt 3 Dik MAA D Su a QCS_ x2 right view x2 plan view QCS_ 4 Fig 3 RK right view Fig 3 5 RK plan view QD plan view QD right view Fig 3 6 Note When the focal length of focusing lens 1s 120 mm the mounting dimensions a
10. b from top to bottom it should be noted to squeeze the edge because the lens cannot be removed if the middle is squeezed place the right index finger in the direction opposite to the thumb to protect the lens so as to prevent the lens from slipping 3 Continue to gently press the thumb down until the sealing ring and lens are removed 2A CypLite Fiber Laser Cutting Head 5 1 3 Cleaning the lens A Tools anti dust gloves finger cots long fiber absorbent cotton stick isopropanol rubber blower B Cleaning methods 1 Wear finger cots at left thumb and index finger 2 Spray isopropanol onto the absorbent cotton stick 3 Gently pinch the side edge of protective lens using left thumb and index finger Note that the finger cots cannot touch the lens surface to avoid leaving marks 4 Make two eyes direct at the lens take up the absorbent cotton stick with right hand gently wipe the lens it should be noted to avoid wiping back and forth so as to prevent causing secondary pollution to the lens in a single direction from top to bottom or from left to right and then low the lens surface with rubber blower Clean the both sides and re confirm that there are no cleaners absorbent cotton foreign matters or impurities after cleaning It should be noted that the cleaned lens should not be exposed to the air Please complete the installation as soon as possible according to the methods in Article 5 1 4 or temporarily stor
11. der and then counterclockwise unscrew the lens holder slowly which is as shown in Fig11 2 It should be noted that the lens holder can be unscrewed only after the bayonets of tool are aligned to that of lens holder the installation requirements are the same as the above CypLite Fiber Laser Cutting Head Fig 11 2 5 When the lens holder is completely loosened slowly and smoothly move it down by holding the tool and then take out the lens holder It should be noted that the lens 1s very light so please do not shake hands to prevent the lens from falling down 5 1 7 Cleaning the lens A Tools anti dust gloves finger cots long fiber absorbent cotton stick isopropanol rubber blower B Cleaning methods 1 Wear finger cots at left thumb and index finger 2 Spray isopropanol onto the absorbent cotton stick 3 Gently pinch the side edge of protective lens using left thumb and index finger Note that the finger cots cannot touch the lens surface to avoid leaving marks 4 Make two eyes direct at the lens take up the absorbent cotton stick with right hand gently wipe the lens it should be noted to avoid wiping back and forth so as to prevent causing secondary pollution to the lens in a single direction from top to bottom or from left to right and then low the lens surface with rubber blower Clean the both sides and re confirm that there are no cleaners absorbent cotton foreign matters or impurities after cleani
12. e it in a clean sealed container 5 1 4 Installing the lens The both sides of protective lens are flat surfaces 1 Place the protective lens holder lens and sealing ring properly from bottom to top and then press them tightly 2 Press down the locking button at both sides of protective lens holder and then re insert it into the bottom of the focusing module mn Protective lens holder Protective lens Sealing ring Fig 10 5 1 5 Maintenance the lens Focusing lens 1s located inside the focusing module regular maintenance should be conducted and it is recommended to clean it once one or two months Before maintenance replacement operation workers must wear anti dust gloves or finger cots thus preventing the grease or dirt of their hands from polluting the lens 5 1 6 Removing the lens 1 Wear anti dust gloves or finger cots take out the protective lens according to the methods in Fig 11 1 for safekeeping 2 Remove the short cable unscrew the 4 screws at the bottom of protective lens module using No 3 hex wrench there are bayonets at the screw the screws will not fall down even if they are completely loosened take out protective lens module and bottom suites and then place them properly 2 retaining 2 retaining SCrewSs SCrewSs Fig 11 1 3 Unlock and adjust the scale to 10 make lens at the bottom of focusing module and then lock 1t 4 Align lens removal tools to the focusing lens hol
13. ew Fig 5 5 Chapter IV Focusing Description 4 1 Alignment There are two types of alignment module so there are two alignment ways QBH no collimating lens alignment methods are shown in Fig 6 The QCS QD RK QCS_ x 2 no collimating lens alignment methods are shown in Fig 7 1 7 2 7 3 and 7 4 QCS QD QCS_x2 RK Angle ofincident 4 Contrary to light adjustment direction QBH Collimating lens 2 Same as adjustment direction Table 3 4 1 1 OBH alignment The alignment 1s completed through adjusting the X Y direction of collimating lens A Alignment tools Adjusting screws 2 located at two sides of front of alignment module B Alignment methods There is a spring at the opposite direction of each adjusting screw When manually tightening or loosening adjusting screws the corresponding spring stopper will be scalable the position of collimating lens will also move and ultimately achieve the purpose of aligning the center Adjusting screws CypLite Fiber Laser Cutting Head 49 4 1 2 QCS QD RK QCS_ x2 alignment A Alignment tools Adjusting screws located around the alignment module There are totally 4 adjusting screws every 2 ones compose a group one for tightening and one for loosening matching adjustment B Alignment methods 1 When tightening one of the two adjusting screws first loosen the screws in the opposite direction and then tighten this screw 2 Adjust two groups of adjusti
14. ista lS then 8a ati 23 5 2 MAINTENANCE OF COLLIMATING LENS cscsccsssccceessceneseeecseeuseseuesseeuseeeuecsseueseeuessseneeeees 24 32A ER CTV Me lecer aio dirai alii KA anaa a KANG a Ka aaa A ANENG 24 32m 25 AEREA CNS TES FE A NA NA NANA FEE CA PR ER FERA ER TECA ER TOA ER TEOR 25 5 3 MAINTENANCE OF BEAM EXPANDING LENS ssccceeececeseceesecscenseeeecseeneseeeeceseueeeeeeseeeeeeees 27 ye LR CON M Sa a iiia 27 022 BI SHIT NS TEMS aana aaa a D a 28 Da ln LORS then 29 5 4 MAINTENANCE OF BOTTOM SUITE ccccccccececscsccccccececececscscecsececececececstsesesececesecesstsesesenees 30 5 4 1 Replacins the DOMOM SUITE ana sasana anana ae na aaa EN a Na aan eee dant aa a a NAN 5 4 2 Replacing the nozzle S NK EDA ine GAS SLANG DOC SEE ch ate Da a Baga aa Ka a a ada anga dr ue 5 5 DISASSEMBLY OF AMPLIFIER CypLite Fiber Laser Cutting Head Chapter I Product Description 1 1 Introduction CypLite is a fiber laser cutting head with lightweight structure and it is designed by Friendess Company It can be used to cut the stainless steel with a maximum thickness of 5 mm with the best cutting quality and carbon steel with a maximum thickness of 10 mm The completely sealed optical path can protect optical system from contamination in the aid of different optical systems CypLite can be adjusted according to different laser and process requirements its performance advantages can be given to full play using BCS100 capacitive
15. le The replacement is also very convenient and the steps are not described in details herein Note Configure the connectors with the corresponding dimensions according to the different requirements of customers Please refer to Table 5 Focal Length Table 5 Protective lens module Connector Mechanical part of sensor Ceramic body Laser nozzle Fig 20 5 4 1 Replacing the bottom suite 1 Remove the short cable from the bottom suite which is as shown in Fig 21 Fig 21 2 Unscrew the mechanical part of sensor and then remove them 3 Replace the new bottom suite and tighten them 4 Adjust the bottom suite to the desired position and then re install the short cable 5 4 2 Replacing the nozzle Unscrew the nozzle with hands as shown in Fig 22 replace a new nozzle and then retighten it with the appropriate force Redo floating head capacitance calibration after the replacement Mechanical part of sensor Ceramic body Compression nut Laser nozzle 5 4 3 Replacing the ceramic body 1 Move away the short cable take down the mechanical part of cutting head and then remove the nozzle 2 Unscrew the fastening nut of ceramic body again and then remove the ceramic body CypLite Fiber Laser Cutting Head 49 3 Replace a new ceramic body and directly face it to the two locating posts at the mechanical part of cutting head 4 Tighten the compression nut with force and then
16. lean CypLite Fiber Laser Cutting Head 49 the both sides and re confirm that there are no cleaners absorbent cotton foreign matters or impurities after cleaning It should be noted that the cleaned lens should not be exposed to the air Please complete the installation as soon as possible according to the methods in Article 5 3 3 or temporarily store it in a clean sealed container 5 3 3 Installing the lens 1 Installation of positive lens place the lens removing tool at the platform and then place the following items at the removing tool in order locking nut gasket lens and then screw back the beam expanding lens barrel 2 Installation of negative lens place the beam expansion removing tool at the platform and then place the following items at the removing tool in order locking nut lens and then screw back the beam expanding lens barrel which is as shown in Fig 19 1 Expanding lens barrel Expanding lens barrel gt LAN Locking nut Lens Lens removal tool tool Fig 19 1 It should be noted that the convex side of positive lens should contact the gasket Positive lens A 3 Negative lens Gasket By Locking nut and the concave side of negative lens should contact the locking nut which is as shown in Fig 19 2 Negative lens Expandingl ens barrel Positive lens Fig 19 2 3 Screw the beam expanding lens barrel back to the water cooled module 4
17. ng It should be noted that the cleaned lens should not be exposed to the air Please complete the installation as soon as possible according to the methods in Article 5 2 3 or temporarily store it in a clean sealed container 5 1 8 Installing the lens 1 Place the lens and gasket at the lens holder in order make the reverse side flat surface of lens face the lens holder and front side convex surface face the gasket which is as shown in Fig 12 Focusing lens holder Fig 12 2 Gently place the lens holder at the special tool and then place it the A appropriate position of focusing module and then tighten it 3 Re install the protective lens module and bottom suite at the focusing module 5 2 Maintenance of collimating lens Collimating lens is only used for QBH optical fiber connector and the lens can be maintained replaced It is recommended to clean the collimating lens once every 3 to 5 months During maintenance replacement workers must wear anti dust gloves or finger cots thus preventing the grease or dirt of their hands from polluting the lens 5 2 1 Removing the lens 1 Remove QBH from optical fiber connection block 2 Unscrew the 4 fixing screws at alignment module using No 3 hex wrench and then remove the alignment module it should be noted that there are 2 locating pins at alignment module do not miss any one Move it to a clean and tidy room and then continue the operation
18. ng screws until the beam is located in the center 3 After the completion of alignment re confirm that all adjusting screws have been fully tightened ee Adjusting SCTEWS Adjusting screws Adjusting SCTEWS Adjusting SCTEWS Fig 7 3 QD Fig 7 4 RK 4 2 Focus adjustment In order to optimize laser cutting process the cutting head is equipped with a focus adjustor The position of focusing lens can be moved in focusing module through rotating the knob at the adjustor so as to achieve the purpose of adjusting focal position which is as shown in Fig 8 Scale Focus position Locking knob Focusing knob Fig 8 4 2 1 Relationship between focusing lens and focus adjustor The moving range of focusing lens is 0 10 mm When the scale is adjusted to 0 the lens is located at the top of the focusing module When the scale is adjusted to 10 the lens is located at the bottom of the focusing module progressively increasing by taking mm as unit 4 2 2 Relationship between focus and scale The focus adjustment range is 4mm 6mm For example when the scale is adjusted to 0 the actual focus 1s within 4 mm of nozzle tip When the scale is adjusted to 4 the actual focus is flush with nozzle tip When the scale is adjusted to 8 the actual focus is outside 4 mm of nozzle tip scale 0 1 2 3 4 5 6 7 8 9 10 focus 4 3 2 1 0
19. re changed QBH286 2mm QCS286 5mm QCS_ x2 350 7mm RK302 5mm QD266 5mm The distance of water cooled mounting plate and Nozzle is changed from 163mm to 131mm other sizes are the same 3 2 Pipeline 3 2 1 Water cooled device There are inlet and outlet at the water cooled mounting plate It is recommended to enable water cooled devices when the power is greater than 1 000 watts In addition the power of this series of cutting head should not be greater than 2 000 watts The pipeline structure is shown in Fig 4 CypLite Fiber Laser Cutting Head Water outlet Outer diameter 6mm Assist gas Outer diameter 6 or 8mm Water inlet Outer diameter 6mm Fig 4 As long as the requirements of Table 1 are met water cooled loop can be recycled PB Table 1 3 2 2 Auxiliary gas The pipeline position of auxiliary gas is shown in Fig 4 The maximum pressure is 25BAR If impurities are mixed in auxiliary gas such as hydrocarbons THC and moisture H20 the lens may be damaged The recommended specifications of auxiliary gas are shown in Table 2 Water Content ppm THC Content ppm 99 8 99 998 99 998 99 998 Table 2 Impurities should not enter the pipeline because it may affect the normal operation of the optical system Non metallic materials may enter the system with oxygen and moisture and then become a source of dust and hydrocarbons Therefore it is recommended to use stainless steel pipes and fit
20. reassemble it to the connector 5 5 Disassembly of amplifier There are 4 fixing screws around the amplifier the upper ends are connected with the transmission cable and the lower end 1s connected with the short cable During removal move away the transmission cable and short cable and then unscrew the fixing screws Transmission cable 4 fixing screws Short cable Fig 23
21. tings Filter can remove particles with a diameter of below 0 01 microns and the purifier can prevent oil and water from entering the lens so as to ensure the normal use of the system 3 3 Optical fiber leading This series of cutting head 1s suitable for most industrial fibers and the optical fiber 1s led using optical fiber connection block 3 3 1 QBH leading Sequence of operations 1 Remove the plastic protective cover at the top of connecting block 2 Align the holes at QBH to the holes at the connection block and then insert QBH straightly to the bottom 3 Clockwise tighten the retaining nut on the connecting block which is as shown in Fig 5 1 4 Lift the retaining nut and then clockwise tighten it again Retaining Nut QBH Fig 5 1 3 3 2 QUS QD QCS_x2 RK Leading Unscrew the retaining screw at QCS QD QCS_x2 RK connection block insert QCS QD QCS_x2 RK straightly to the bottom and then tighten the retaining screw which are shown in Fig 5 2 5 3 5 4 and5 5 There are 4 retaining screws at QCS RK connection block there are 2 retaining screws at QCS_x2 connection block and there is one retaining nut at QD connection block CypLite Fiber Laser Cutting Head Inner diameter 14mm Retaining screw QCS Fig 5 2 Inner diameter 14mm Retaining screw QCS_x2 Fig 5 4 Inner diameter 30mm Retaining Screw Fig 5 3 Inner diameter 24mm Retaining scr
Download Pdf Manuals
Related Search