LNS Alpha ST320 S2 Instruction Manual Download Page 27

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CHAPTER 4: ELECTRICS

4-3

ALPHA ST320 S2

1.2. Overview

Designation

Article No.

Description

Remote control

Electrical cabinet

HMI

Human Machine Interface (display)

Servo motor

Hydraulic pump

QS1

Main switch

SQ0

Hydraulic pressure sensor

SQ1

Bar length measuring device

SQ2

Pusher in home position sensor

SQ3

Guide channel in closed position sensor

SQ4

Clamping device sensor

SQ5

Guide channel in open position sensor

SQ8

Main access cover closed sensor

STP1

Emergency stop button

SQ0

SQ2

SQ4

SQ8

QS1

SQ3

HMI

STP1

SQ1

SQ5

Summary of Contents for Alpha ST320 S2

Page 1: ...LNS SA CH 2534 Orvin www LNS group com Instruction manual ENG 9 A02 01 ANG...

Page 2: ...ALPHA ST320 S2...

Page 3: ...ETTING INTO OPERATION 3 1 1 TRANSPORTATION 3 2 2 MOUNTING 3 4 3 ALIGNMENT AND ANCHORING 3 7 CHAPTER 4 ELECTRICS 4 1 1 ELECTRICAL EQUIPMENT 4 2 2 ELECTRICAL CABINET 4 4 3 ELECTRICAL COMPONENTS 4 11 4 I...

Page 4: ...ARTS OPTION 7 18 10 BAR PREPARATION 7 19 CHAPTER 8 OPERATION 8 1 1 CONTROLS 8 2 2 ONBOARD HMI human machine interface 8 5 3 POWERING 8 7 4 EMERGENCY STOP BUTTON 8 8 5 AUTOMATIC SEQUENCE 8 9 6 OPERATIO...

Page 5: ...CHAPTER 1 BASIC NOTIONS 1 1 ALPHA ST320 S2 CHAPTER 1 BASIC NOTIONS...

Page 6: ...ou are handling the system please refer to the chapter on the device to be set for example see chapter or see point 1 2 Captions Whenever possible the reference numbers contained in the instruction ma...

Page 7: ...and the problems which may result therefore LNS SA and its subsidiaries cannot be made responsible for the debts losses expenses or damage incurred or suffered by the buyer of this product or a third...

Page 8: ...ing and transportation Do not knock the bar feeder while moving it as this could damage it Do not move the bar feeder while it is electrically powered on The work area surrounding the bar feed system...

Page 9: ...to the bar feed system makes it practically impossible to bypass them By pressing the emergency stop button located on the remote control and the HMI the functions of the bar feed system and the lathe...

Page 10: ...1 6 CHAPTER 1 BASIC NOTIONS ALPHA ST320 S2...

Page 11: ...CHAPTER 2 TECHNICAL DATA 2 1 ALPHA ST320 S2 CHAPTER 2 TECHNICAL DATA...

Page 12: ...echnical data sheet 2 CAPACITY Channel size Pusher size Bar size Minimum available spindle size 8 7 3 5 8 11 10 3 10 11 14 13 5 12 14 17 16 6 16 17 19 18 6 18 19 21 20 6 20 21 23 22 6 22 23 The ALPHA...

Page 13: ...CHAPTER 2 TECHNICAL DATA 2 3 ALPHA ST320 S2...

Page 14: ...access cover I Front rest J Air blast not visible K Bar length measuring device positioning switch L Front stand M Rear stand N Loading finger P Air preparation unit not visible R Electrical cabinet...

Page 15: ...CHAPTER 2 TECHNICAL DATA 2 5 ALPHA ST320 S2...

Page 16: ......

Page 17: ...CHAPTER 3 SETTING INTO OPERATION 3 1 ALPHA ST320 S2 CHAPTER 3 SETTING INTO OPERATION...

Page 18: ...sons the bar feed system must be unpacked in a spacious well lit location 1 If the bar feed system is received in a crate start by unscrewing the top panel 2 Remove the front 3 Remove the side walls A...

Page 19: ...the stands place the hoist vertically above the bar feed system Place the straps over the ends of the bars and then attach them to the hoist Raise the hoist to tighten the straps Notice The loading c...

Page 20: ...the When the bar feed system finished FIRST FEED the bar stock front tip should keep 10mm gap from the rear end of the chuck A 2 Bar feed system connected to Swiss type lathe When the bar feed system...

Page 21: ...t the shortest remnant the pusher tip should be able to contact the rear end of the chuck B 2 Bar feeder system connected to Swiss type lathe To get the shortest remnant the pusher tip should be able...

Page 22: ...he space between the bar feed system and the spindle C 2 Bar feeder system connected to Swiss type lathe L1 L2 Guide bush When the spindle is at maximum forward distance L1 should be 10mm SMALLER than...

Page 23: ...y adjusting nut C Together with the vertical alignment proceed with the lateral alignment When the alignment is accomplished tighten all 8 nuts D on each stand Once the bar feed system is in place and...

Page 24: ...bar feed system must be connected to the interface of the lathe and compressed air need to be connected At this stage the hydraulic tank may be filled For the electrical connection please see Chapter...

Page 25: ...CHAPTER 4 ELECTRICS 4 1 ALPHA ST320 S2 CHAPTER 4 ELECTRICS...

Page 26: ...1 1 Description The electrical parts of the bar feed system as well as the diagrams representing them conform to the ISO IEC 204 1 617 international electrical codes This chapter contains all of the...

Page 27: ...vo motor M2 Hydraulic pump QS1 Main switch SQ0 Hydraulic pressure sensor SQ1 Bar length measuring device SQ2 Pusher in home position sensor SQ3 Guide channel in closed position sensor SQ4 Clamping dev...

Page 28: ...PCB PLC Programmable Logic Controller PLC RB RA RB RA Screw loading relay Alpha ST212 S2 only K8 K9 K10 KS K8 and KS CE relay K8 KS K9 and K10 double CE relay K1 Electromagnetic switch KM1 Hydraulic p...

Page 29: ...ecting the interface cable to the lathe make sure the power supply meets the interface specifications The power supplied to the bar feeder is protected by a breaker 6A max 2 2 1 Main power switch QS1...

Page 30: ...V AC the transformer must be used The incoming power must be connected to the Primary Terminal Block Use the contacts corresponding to the supplied power 346V AC to 440V AC see drawing below The outgo...

Page 31: ...rcuit breaker QF2 3 Diode 4 Main disconnect switch QS1 5 Emergency stop button STP1 7 Hydraulic pump M2 8 Light Emitting Diode 9 Magnetic connector KM1 K1 10 Pressure switch SP1 SQ0 11 Proximity switc...

Page 32: ...4 8 CHAPITRE 4 ELECTRICS ALPHA ST320 S2 2 3 2 AC circuit...

Page 33: ...CHAPTER 4 ELECTRICS 4 9 ALPHA ST320 S2 2 3 3 Emergency stop loop...

Page 34: ...4 10 CHAPITRE 4 ELECTRICS ALPHA ST320 S2...

Page 35: ...rive 3 1 2 Servo amplifier The Servo Amplifier controls the movement of the Servo Motor NOTE Never change the parameter settings of the Servo Amplifier They are factory pre set Designation Description...

Page 36: ...ps Both power supply to hydraulic pump and the emergency stop loop are interrupted After the problem is fixed reset the circuit breaker by pressing button E 3 2 2 KM1 The KM1 contactor is energized by...

Page 37: ...ower supply If the 2 phases required power exceeds 4A the breaker activates and lever B flips down The power supply to PLC and 24V DC power supply is immediately interrupted After the problem is fixed...

Page 38: ...and sets the outputs according to the program logic Designation Description A Input contacts All connected wires are labelled B Input contacts notation C Input signals indication LED Indicates the sta...

Page 39: ...HA ST320 S2 b Analogue module The analogue signals are used to control the torque and speed of the servo motor Designation Description A Torque control output contacts B Speed control output contacts...

Page 40: ...4 16 CHAPITRE 4 ELECTRICS ALPHA ST320 S2 c I O diagram...

Page 41: ...3 2 6 PCB Printed Circuit Board PCB is a board with circuit printed and electrical components welded on the surface It offers sockets and terminals for electrical components like relays cables and fus...

Page 42: ...is a wide range of different interfaces available to meet the requirement of each lathe A diagram of the installed interface can be found in the electrical cabinet Before connecting the bar feeder ma...

Page 43: ...CHAPTER 4 ELECTRICS 4 19 ALPHA ST320 S2 4 2 Interface diagram example...

Page 44: ...l logic will be handled according to MODE 3 setup e BACK START Load command PLC input X13 Generally the bar change process will be automatically started with chuck signal when the BAR END signal is ON...

Page 45: ...s BAR END position during feed out process relay R3 energizes This signal is used to indicate that the rest bar stock length is not long enough to machine a complete part according to part length set...

Page 46: ...ignal must be OFF when chuck is open b Lathe door is in open position contact 130 at terminal block 23 When this signal is ON the effect is equal to pressing the manual button on the remote control Wh...

Page 47: ...CHAPTER 5 PNEUMATICS 5 1 ALPHA ST320 S2 CHAPTER 5 PNEUMATICS...

Page 48: ...al clamping device Bar length measuring device Front rest Air blast To guarantee an optimal operation of the bar feed system a pressure of 5 bar 75psi is mandatory 1 2 Layout of the pneumatic elements...

Page 49: ...and regulation of the pressure air before it enters pneumatic system The air must be furnished at a pressure of 5 bar and whenever possible clean and dry 2 2 Layout of the elements Description A Air i...

Page 50: ...tory air pressure is not larger then 8 bar 14 psi Connect this tube on both F R L unit and factory compressed air source 2 4 Settings 1 Unlocking the adjusting knob by pulling it upward 2 To increase...

Page 51: ...3 2 Layout of the elements Designation Article No Description A C13110500 8mm air inlet from F R L combination B C14120200 Air outlet silencers SP1 C11120400 Pressure switch PE converter YV4 C1110100...

Page 52: ...o be useful during tests or maintenance When the button is released the pneumatic cylinder returns to its resting position except for pneumatic cylinders activated by double effect solenoid valve YV2...

Page 53: ...the condensate is found inside the collector drain the condensate by pushing the plug upward and check the humidity control system 2 Check lubricator The oil consumption varies with the bar feed syste...

Page 54: ...5 8 CHAPTER 5 PNEUMATICS ALPHA ST320 S2...

Page 55: ...CHAPTER 6 HYDRAULICS 6 1 ALPHA ST320 S2 CHAPTER 6 HYDRAULICS...

Page 56: ...sitioned at central of the channel 2 To reduce friction between running bar stock and the guiding channel 3 To absorb the vibration created during machining A pressure switch detects the pressure at t...

Page 57: ...r feed system switched to manual mode The hydraulic pump powers off 2 2 Remnant tray The tray gathers remnants removed by the material clamping device It is located between the bar feeder body and oil...

Page 58: ...oil quality gets worse with the bar feeder system running continuously The cutting chips and sludge heap on button of the oil tank and will be pumped into the hydraulic system These substances will da...

Page 59: ...CHAPTER 7 GENERAL DESCRIPTION 7 1 ALPHA ST320 S2 CHAPTER 7 GENERAL DESCRIPTION...

Page 60: ...his system serves to store bar stocks and load them into the guiding channel In order to load the bar stocks smoothly during automatic cycles the loading elements must be properly set up according to...

Page 61: ...wing Round bar Hex bar Square bar Please check the dial which indicates the useable range of selection of the bar diameter Section A allows bar diameter ranging from 3 to 7mm section B allows bar diam...

Page 62: ...erated by the remote control station under manual mode When the guiding channel is open the long pusher is lifted up with the channel cover and disconnected with the chain The guiding channel is then...

Page 63: ...The telescopic tube could extend and retract It s designed specifically for Swiss type lathe since the spindle is movable A liner inside whose dimension must match the pusher In addition an oil colle...

Page 64: ...and chain The chain transmits force between the servo motor and pusher assembly hence drives the pusher assembly and bar stock 3 2 Pusher assembly The pusher assembly is composed of an introducer and...

Page 65: ...nning at the best performance 3 4 Finger component The finger component is the part to keep the connection between the bar stock and the pusher When the lathe spindle is turning the bar stock is suppo...

Page 66: ...t get elongated after running a period of time and the chain needs to be tightened again There are 2 positions for tension adjustment Whenever the adjustment is needed check position A and adjust firs...

Page 67: ...ws 3 7 Changeover installation procedures of finger chuck component Depends on the diameter of bar stocks the finger component must be replaced accordingly When the pusher is at home position Open the...

Page 68: ...Layout of the elements 4 3 Changeover procedure Close the guiding channel Move pusher to position 1400 Open the guiding channel Move the pusher back to home position and press the emergency stop butt...

Page 69: ...length XT193062100 LtoR F 8 XHP08 32 2 E1 STT08 length XT193060800 11 XHP11 32 2 E1 STT11 length XT193061100 14 XHP14 32 2 E1 STT14 length XT193061400 17 XHP17 32 2 E1 STT17 length XT193061700 19 XHP...

Page 70: ...084 028 031 094 028 031 094 028 031 104 028 031 104 015 15 053 10 015 15 053 12 015 15 053 14 015 15 053 16 015 15 053 18 21 015 031 013 15 028 031 124 028 031 124 028 031 134 028 031 134 028 031 144...

Page 71: ...file the clamping blades are invariably the same and do not require any adjustment 5 2 Layout of the elements Designation Article No Description A Clamping blades B Clamping jaw in clamped position se...

Page 72: ...hen the bar stock vibrates and contacts with wheels the bar stock slides over wheels surface hence avoid directly impact and noise One standard front rest device is mounted on front of the bar feed sy...

Page 73: ...p the bar stock There should be 1mm gap between the bar stock and the guiding elements For profiled bar stocks the gap should be kept between the elements surface and the virtual circle formed by bar...

Page 74: ...bar feeder During bar feeder loading cycle the bar length device cylinder is activated and positions a flap on front opening of the guiding channel as soon as the loading fingers are activated When th...

Page 75: ...h it The pressure functions as a virtual seal which keeps the hydraulic oil inside the air curtain The air blast right blows at 2 situations below 1 Anytime when the pusher is moving forward either ma...

Page 76: ...tached to the lathe spindle The other end of connecting parts set could be connected either with optional front rest or simply the front tube telescope The connecting parts design varies with the lath...

Page 77: ...ing This very basic and necessary preparation is strongly recommended to be applied on each bar stock when a finger chuck is selected b Turning down Due to strength concern the maximum finger chuck si...

Page 78: ...7 20 CHAPTER 7 GENERAL DESCRIPTION ALPHA ST320 S2...

Page 79: ...CHAPTER 8 OPERATION 8 1 ALPHA ST320 S2 CHAPTER 8 OPERATION...

Page 80: ...when the LED is ON OFF BAR END Indicates the BAR END signal is ON OFF when the LED is ON OFF ALARM Indicates the ALARM signal is ON OFF when the LED is ON OFF 1 3 Status indication area Top Red light...

Page 81: ...at home position OR The channel is open and the pusher is at home position and the measurement device in upper position sensor SQ1 ON AUTO START To switch the bar feeder to AUTOMATIC mode In AUTOMATIC...

Page 82: ...terial and the pusher retracts hence the material is removed from the finger chuck The channel opens To operate this button the following conditions must be fulfilled The bar feed system is in MANUAL...

Page 83: ...key to switch to the Parameter screen as shown on the right In the Parameter screen 3 selections are available 1 To access the OPERATION PARAMETER screen Refer to Chapter 8 5 2 To access the SERVICE...

Page 84: ...ttributed to them 1 When editing parameter values the key pad can be used as alternative to the previously described Up Down keys Numbers are entered according to the following table Number 1 2 3 4 5...

Page 85: ...beginning The PLC reads signals from sensors and gives the operator allowable operations only Notice Do not change the pusher position when bar feed system is powered OFF If it s found the position r...

Page 86: ...e if interface wired accordingly The 3 phases 220V AC to servo amplifier is interrupted All the output signals of PLC are interrupted except Y04 input signal of relay R1 An alarm e01 is arising at HMI...

Page 87: ...Press the channel open button again to reset the loading finger Switch the bar feed system into AUTOMATIC mode Switch the lathe into AUTOMATIC mode The bar feed system advances the bar stock to TOP CU...

Page 88: ...oceeding any modification 6 1 Accessing and editing parameters After selecting the operation parameters the following screen will be displayed Navigation Page Up Down through the parameter screens or...

Page 89: ...F0 P05 TOP CUT setup TOP CUT position F0 P06 Front rest and oil pump setup First front rest F0 Oil pump F1 Second front rest F2 P07 Safety setup Minimum allowable feeding length when chuck is open F0...

Page 90: ...actual pushing status If 0 is entered here no additional pushing force will be added P02 Feeding distance setup This parameter should be modified if the part dimension has changed Setup related to fee...

Page 91: ...read only The current pusher position measured from home position sensor SQ2 Bar end cycle read only Number of BAR END signals sent to the lathe For every bar one BAR END signal is sent This counter i...

Page 92: ...is independent from bar length Once it s setup this value will not need to be changed unless the bar feeder is moved During automatic cycle the sensor SQ2 is activated with the bar loading action simu...

Page 93: ...position measured from sensor SQ2 1st feed dist The bar stock s first movement right after it s loaded into the bar feed system which proceeded by short pusher This movement is called FIRST FEED Its...

Page 94: ...tton led is blinking 2 HMI texts are blinking 3 Deactivate check items below 1 Hydraulic pressure 2 Too long too short 3 Remnant check 4 Magazine empty 5 TOP CUT position 4 During automatic mode the p...

Page 95: ...1 Accessing After selecting the operation parameters the following screen will be displayed MODE 1 Simulation When this MODE is ON the bar feed system runs feeding and bar change cycles automatically...

Page 96: ...de i e receiving A2 for allowing all pushing forward actions 1 Lathe auto signal A2 is activated when the lathe is in auto mode i e receiving A2 for not allowing all pushing forward actions Note MODE...

Page 97: ...MODE 8 TOP CUT positioning approach setup 0 The stopper inside the lathe stops the bar stock at TOP CUT position The pusher positions the bar stock to TOP CUT position the bar feed system sends START...

Page 98: ...d system activates the alarm e11 0 Deactivate this check 1 Activate this check MODE 12 Bar change setup 3 of 3 refer to MODE 7 and 19 for further information Defines pusher action between chuck open a...

Page 99: ...stock arrives at TOP CUT position This signal is called START signal 1 Y05 acts according to MODE 16 setup MODE 16 PLC output contact Y05 setup 2 of 2 refer to MODE 15 for further information This pa...

Page 100: ...ode 0 Acts according to chuck signal The synchronization device open close when chuck open closed 1 Keep closed MODE 19 Bar change setup 2 of 3 refer to MODE 7 and 12 for further information For cases...

Page 101: ...ck SQ1 200mm 1 The front rest closes when the bar feed system arrives at TOP CUT position and sends a START signal MODE 20 sensor SQ1 200mm TOP CUT position 0 1 MODE 21 This parameter originally is le...

Page 102: ...tocks or round ones without proper preparation to arrive at TOP CUT position cause they are not easy to enter lathe chuck The function INCHING consists 2 actions which help the bar stock to enter lath...

Page 103: ...Deactivate this function 1 Activate this function MODE 27 Pusher return speed setup The bar feed system offers 2 speed options for the pusher returning strokes proceeded during bar change cycle below...

Page 104: ...ro mode is Modify the following modes according to the lathe provided signals conditions Provided signal Mode setup A2 A6 Mode 3 Mode 29 1 yes yes 0 0 2 yes No 0 1 3 No yes 1 0 4 No no 1 1 MODE 30 Lat...

Page 105: ...No upper limit The parameter is set to deactivate maximum acceptable bar stock feeding pusher moving distance too long_dist limitation on P07 0 The maximum value of P07 too long distance is limited t...

Page 106: ......

Page 107: ...CHAPTER 9 TROUBLESHOOTING 9 1 ALPHA ST320 S2 CHAPTER 9 TROUBLESHOOTING...

Page 108: ...eps for the bar feed system Step Alarm index Bar feed system action Lathe action Fixed type Swiss type 1 e22 Check chapter 9 1 2 for further information Chuck open Activates TORQUE STOP signal Chuck o...

Page 109: ...shed in 3 seconds Channel open 14 Both loading finger and bar length flap activates 15 e09 If the SQ1 sensor is not OFF before FIRST FEED started The short pusher advances the material to FIRST FEED p...

Page 110: ...is open Synchronization activated Machining e11 if the bar feed system is not in AUTOMATIC mode when the chuck turned ON OFF for 3 cycles e17 If the pusher cannot feed the bar stock to part length on...

Page 111: ...s open the signal to PLC input contact X10 interrupted and actions below will be taken by sequence 1 The 3 phases 220V AC to servo amplifier is interrupted 2 All the output signals of PLC are interrup...

Page 112: ...c cabinet Check the error code shown on the servo amplifier refer to chapter 4 to find the servo amplifier Follow the trouble shooting guide on chapter 9 2 to solve the problem or contact LNS for tech...

Page 113: ...stock 3 Check if sensor SQ4 is broken e07 No material on frame Meaning The magazine is out of material Explanation While the bar feed system is proceeding to FIRST FEED sensor SQ4 is ON Check step 16...

Page 114: ...nal is ON while the pusher is advancing the new bar stock into spindle during bar change process OR The pusher does not return to origin reference within 5 seconds while the BAR END signal is currentl...

Page 115: ...e stopper position is incorrect e13 Feeding too short Fixed type lathe Meaning The feeding length while chuck is open is smaller than the too short dist setup on P07 Explanation The bar feed system ch...

Page 116: ...e channel in open position sensor SQ5 is not ON within 3 seconds Trouble shooting 1 Check if there is something blocked the guide channel 2 Check if sensor SQ5 is broken 3 Check if the air pressure is...

Page 117: ...ocked 4 Check if the front rest is clamping 5 Check if the chuck is too tight due to the size is incorrect or there are burrs inside the chuck 6 Check if part length setup on P02 is incorrect 7 Check...

Page 118: ...e front rest is clamping 4 Check if the lathe spindle is blocked 5 Check if the chuck is too tight due to the size is incorrect or there are burrs inside the chuck 6 Check if TOP CUT setup on P05 is i...

Page 119: ...huck is broken or the pressure setup is incorrect e22 Feeding too short Swiss type lathe Meaning The feeding distance while chuck is closed is shorter than the too short dist_ setup on P07 Explanation...

Page 120: ...the transmission mechanism is broken 4 Check if the stopper position is incorrect or the cut off tool is broken if the operator is using the cut off tool as stopper e24 Feeding too long Swiss type la...

Page 121: ...length flap drops itself before the bar stock touches it e26 Insertion extraction failed Meaning The material cannot be inserted into or extracted from finger chuck Explanation Check step 3 and 20 on...

Page 122: ...uipped refer to chapter 6 Trouble shooting 1 Check if 2nd setup on P06 parameter is correct 2 Check if the hydraulic oil is enough 3 Check if the hydraulic pump suction is blocked 4 Check if the motor...

Page 123: ...ch fluctuation 2 Activate filter function ALE02 Overvoltage Description Main circuit voltage has exceeded its maximum allowable value Clearing Method This fault message can be removed automatically af...

Page 124: ...Correctly reset parameter again ALE06 Overload Description Servo motor and drive is overload Clearing Method Turn ARST DI signal ON to clear the fault or restart the servo drive Potential Cause Check...

Page 125: ...orque limit is too low Check torque limit value Correctly adjust torque limit value 4 There is an overload Check for overload condition Reduce external applied load or reestimate the motor capacity AL...

Page 126: ...aring Method Turn ARST DI signal ON to clear the fault or restart the servo drive Potential Cause Checking Method Corrective Actions 1 Reverse limit switch is activated Check if reverse limit switch i...

Page 127: ...Method Corrective Actions 1 Communication parameter setting is defective Check the communication parameter setting Correctly set parameter setting 2 Communication address is incorrect Check the commun...

Page 128: ...assistance or contact with Delta ALE23 Pre overload warning Description To warn that the servo motor and drive is going to overload This alarm will display before ALM06 When the servo motor reach the...

Page 129: ...erfect It is essential that the alignment of the bar feed system is done in accordance with the instructions indicated in Chapter 3 Setting into operation Spindle length In some cases the length of th...

Page 130: ...Profiled material It is recommended to install a bushing inside the clamping device with the same inside profile 0 2 mm as the bar The rear of this collet and the front of the bars should be flat Dur...

Page 131: ...0 5 to 7 times the diameter Efficiency good to very good B Bi conical collet Clamping over 1 or 2 x 360 degrees over an approximate length of 1 2 times the diameter Efficiency very good to excellent...

Page 132: ...g grip A Hard grips Wrong The radius of the grip is greater than the radius of the bar The jaws press against only 3 points at 120 degrees Correct Modify the centers of the jaws to obtain 2 times 6 su...

Page 133: ...ruction of the sleeve is very sturdy and reliable it is recommended to verify periodically that it rotates without friction If a defect should be present please contact your local agent Chain It is po...

Page 134: ...9 28 CHAPTER 9 TROUBLESHOOTING ALPHA ST320 S2...

Page 135: ...APPENDICES 10 1 ALPHA ST320 S2 CHAPTER 10 APPENDICES...

Page 136: ...LOSE COLLET N TURRET HOME N CLEAR TURRET M CODE DWELL LOAD N N CLOSE COLLET N START SPINDLE PART PROGRAM N COLLANT ON N X Z G F T S M N TOP CUT MATERIAL N MACHINE PART N N PARTS CATCHER IN IF AVAILABL...

Page 137: ...e photocopied duly filled out and returned to your retailer or nearest LNS agent Company name Person in charge Address ZIP City Country Phone Fax Type of device Serial number Qty Ordering no Descripti...

Page 138: ...ope com Tel 44 1226 27 00 33 Fax 44 1226 27 00 44 ITALIA LNS Automazione srl Via Mons Colombo 34 21053 Castellanza VA Lns Lnsautomazione it www Lns europe com Tel 39 0 331 501 901 Fax 39 0 331 482 101...

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Summary of Contents for Alpha ST320 S2

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LNS Alpha ST320 S2, Instruction Manual, Page: 27 / 138

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Summary of Contents for Alpha ST320 S2

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