HX - Operation Manual MC / TC / CUT / QT 1. MDI I/O 1.1 MDI unit 1.2 (SOFT KEY) 1.3 (RESET KEY) I/O 2. (MANUAL OPERATION)
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1 HX - Operation Manual MC / TC / CUT / QT HX Series(V2.x) Operation Manual for MC / TC / CUT / QT CSCAM
2 HX - Operation Manual MC / TC / CUT / QT 1. MDI I/O 1.1 MDI unit 1.2 (SOFT KEY) 1.3 (RESET KEY) I/O 2. (MANUAL OPERATION) JOG 2.3 MPG (Handle) 2.4 MANUAL ABSOLUTE ON/OFF 3. (AUTOMATIC OPERATION) 3.1 AUTO 3.2 MDI (PROGRAM RESTART) 3.5 DNC 3.6 EDIT (Handle Interrupt) 3.9 (Mirror Image) 3.10 / (Tool Retract / Recover) 3.11 (Retrace) 3.12 / CSCAM
3 HX - Operation Manual MC / TC / CUT / QT 4. (TEST OPERATION) 4.1 MACHINE LOCK 4.2 FEED OVERRIDE 4.3 OVERRIDE 4.4 (DRY RUN) 4.5 (SINGLE BLOCK) 5. (SAFETY FUNCTION) 5.1 (EMERGENCY STOP) 5.2 OVERTRAVEL / SOFT LIMIT 5.3 STORED STROKE CHECK ,, LINE 6.7 (BOOK MARK) 6.8 PLAY BACK 6.9 HELP () (Real TPG) 8.2 (Test TPG) CSCAM
4 HX - Operation Manual MC / TC / CUT / QT (F6) 9.4 (F5) DNC (F1) 12.5 (F2) 12.6 (F3) 12.7 (F4) 12.8 (F5) 12.9 (F6) (F8) HELP (SHIFT+F12) () 13.2 () CSCAM
5 HX - Operation Manual MC / TC / CUT / QT / (Cavity / Core) 14.2 / / CSCAM
6 1.1 MDI unit 1.2 (SOFT KEY). TFT/LCD,. F1 ~ F8.,. 1.3 (RESET KEY) RESET. MDI. Full Key RESET. ESC.
7 . M, S, T ( 0:/1: ) 1.4,,,. 1.5 Ins Del Enter Help Cancel G.. Delete... G. PC keyboard F12.,,. PC keyboard Alt.
8 1.6,,, MDI,,,. PgUp PgDn,. 1.7 Space Home End Ctrl Alt Tab Control Alternate TAB.... PC Base PC Control. Cancel. PC Base PC Alt. Windows PC TAB. 1.8 I/O USB MDI. USB /.
9 2.1 CNC POWER ON. CNC., ZRN(REF1.), JOG. JOG JOG.,. 1. POWER ON. 2. ZRN (ZERO RETURN, REF1.). 3. JOG. MC, Z JOG
10 2.2 JOG JOG. ( ).. 1. RAPID. 2. Metric (mm/min) Inch (inch/min) Metric (mm/min) Inch (inch/min) < 1 : > < 2 : >
11 1. JOG JOG- JOG+. 4. RAPID. 5. (RAPID Override) 30%. 6. LIMIT (Over Travel ) O.T RELEASE. JOG JOG RAPID
12 2.3 MPG (Handle) MPG(Manual Pulse Generator)., X1(1 ), X10(1 X 10 ), X100 (1 X 100 ). MPG 1.( 1 MPG PM[1512~1543].) < 1 : MPG > ) 0.001mm X 1 : [mm/pulse] X 10 : [mm/pulse] X 100 : [mm/pulse] 1. MPG ( Handle ). 2.. MPG X1, MPG X10, MPG X MPG. 5..
13 MPG JOG RAPID
14 2.4 MANUAL ABSOLUTE ON/OFF Manual Absolute ON/OFF,. Switch ON. OFF shift. Manual Absolute ON/OFF. N1 G90 G01 X100. Y100. F100 N2 X200. Y200. N3 X300. Y250. : ON : OFF 1) N1, (X +20, Y +100.), Cycle Start N2. (220, 300) (300, 250) (120, 200) (200,200) : ON : OFF (100, 100) 2) Feed Hold N1 Feed Hold, (Y +70.), Cycle Start N2
15 . (200,270) (300, 320) (300, 250) (120, 200) (200,200) : ON : OFF (120, 130) 3) 1 1. N1 G90 G01 X100. Y100. F100 N2 X200 Y200. : X +20, Y +70 N3 X300. N3 Y300. (320, 370) (300, 300) (220,270) (320, 270) : ON (200,200) (300,200) : OFF (100, 100) 4) OFF.
16 3.1 AUTO (), Cycle Start, AUTO, Cycle Start Lamp. AUTO Feed Hold AUTO., Cycle Start. RESET AUTO, RESET. 1. AUTO. 2. F ( Enter) 4. Cycle Start, AUTO Cycle Start Lamp. AUTO
17 Cycle Start Lamp. 5. AUTO. AUTO Feed Hold, Feed Hold Lamp, Cycle Start Lamp.,.,. Dwell, Dwell. M, S, T. Feed Hold Lamp Cycle Start,. AUTO, AUTO Reset.,. AUTO AUTO NC Program ,. (buffering). 6.,. 7. 4,5,6 AUTO. AUTO AUTO. M00(Program Stop), M01(Optional Stop) M02, M30 (Program End). Feed Hold.
18 Program Stop (M00) M00, AUTO.. Single Block Modal, Cycle Start AUTO. Optional Stop (M01) M00 M01, AUTO., Optional Stop ON. Program End (M02, M30) Main Program M02 M30, AUTO. M30, M02. Main Program M02 M (M02, M30.). Feed Hold AUTO Feed Hold, AUTO. MDI Panel, AUTO.. Option Block Skip(= Block Delete) Optional Block Skip ON / (slash). /
19 . /, (.). / ON. Optional Block Skip /. 10 /0 ~ /10., /0 /. AUTO
20 3.2 MDI MDI, MDI Program,. Test,, feed. MDI MDI (, F9). 1. MDI. 2. Program Program.. 3. Program Cursor.. Cycle Start. Program. 4. Program End(M02, M30), Program (). AUTO. 5. M99, Program.
21 6. MDI. MDI Feed Hold, Feed Hold Lamp, Cycle Start Lamp.,.,. Dwell, Dwell. M, S, T. Feed Hold Lamp Cycle Start,. MDI MDI Panel,.,. 7. MDI, AUTO AUTO. Program MDI Program. PA[3] MDI 0, MDI MDI. PA[3] 1 MDI POWER OFF. F7.
22 MDI Cursor. MDI Program MDI Program. 1. MDI,. 2. MDI. 3. MDI. MDI
23 3.3 LAN. PC AUTO. 1. F ( 7 ) 3. PC. 4. PC NC. 5. AUTO AUTO Cycle Start. 1. AUTO. (=AUTO )
24 3.4 (PROGRAM RESTART) AUTO RESET,,.. 1. MDI,, Feed Cycle Start. 2. EDIT. F7 UTILITY. 3. MDI (G54 ~ G59), Feed, G code. 4. AUTO, Cycle Start. 5. EDIT RESET. RESET AUTO RESET,.( PI[133] ) (0), (1), (2) 3. PI [133] 0 : RESET., /. MDI Feed Cycle Start, AUTO Cycle Start..
25 1 : 2 : RESET.. EDIT Word AUTO Cycle Start. RESET. Cycle Start. 1. RESET, Feed. AUTO
26 3.5 EDIT EDIT AUTO AUTO.. 1. EDIT. 2. AUTO Feed Hold EDIT. 3. (PA[323]) (PA[323]) 1 F3. 5. F3 6. Background AUTO loading.
27 1. EDIT (Background Edit). 2. EDIT RESET. 3. EDIT AUTO Cycle Start. EDIT
28 ( F5 F6 ) /. 5. AUTO. 6. Cycle Start RESET EMG-STOP.. Cycle Start. 9. RESET /.
29 MDI. Input Enter F2..
30 F3.. F4.. F5.., F6 / F7.
31 . F8 /. : F8. Ladder
32 3.8 (Handle Interrupt) AUTO MPG. (Handle Interrupt) AUTO (Handle Interrupt) ON, MPG. 1. MPG MPG (x 1, x 10, x M, x N), MPG... Interlock Mirror Image Interlock. Interlock ON,. Mirror Image. Mirror Image ON, Plus(+) Interrupt. Data.
33 (Absolute) (Relative) (Machine) (=Absolute )..., Page Up Key. Clear RESET, (M30, M02), (G54~G59) 0.
34 3.9 (Mirror Image) Mirror Image ON AUTO Mirror Image. 1. Single Block, AUTO. Mirror Image. 2. Mirror Image. 3. AUTO, Cycle Start AUTO. Mirror Image Maker. Mirror Image G code Mirror Image (G51). 1., Cycle. 2. AUTO Mirror Image G00, G01, G02, G03, G31.x. ) (Mirror Image) G51, ( PI[149], PI[108~116]) G51.( factor (Mirror Image).)
35 3.10 / (Tool Retract / Recover) AUTO / 1. AUTO [ ] ON. AUTO AUTO. &. 2.. JOG, MPG , 10 point.,. 10.
36 1.,. 2., AUTO [] ON. DRY RUN point,.(single Block ) 4., Feed Hold. 5. Cycle Start. 2. RESET Data,. / TLMODL [F64.08] TLESCL [F64.09] TRRTN [G79.11] HIGH. TLRTNL [F64.0A]
37 TLESC [G] TLMODE [F] TLESCL [F] TLRTN [G] TLRTNL [F]
38 3.11 (Retrace) AUTO [ ] Program. Program. 50. ON/OFF RVS () [G39.8] RVSL () [F30.8] AUTO
39
40 3.12 / PLC Custom Macro,. / AUTO.,. 1. AUTO M code( ).( 4 ) 2. AUTO RESET EMG-STOP. 4 #8064 = #6205 #8065 = #6206 M99
41 4.1 MACHINE LOCK.. 1. MACHINE LOCK ON MACHINE LOCK M, S, T. 2. MACHINE LOCK.( Maker ) 3. MACHINE LOCK ON MACHINE LOCK OFF. 4. MACHINE LOCK OFF.
42 4.2 FEED OVERRIDE Feed 0% 250% 10%. FEED OVERRIDE. Maker 32 OVERRIDE. 1. FEED OVERRIDE %. 1. FEED OVERRIDE (100%) Feed. 2. OVERRIDE CANCEL ON FEED OVERRIDE 100%.
43 4.3 OVERRIDE 0%, 25%, 50%, 100%. Maker 32 OVERRIDE RAPID %. 2. OVERRIDE. G00 G27,G28, G30
44 4.4 (DRY RUN). DRY RUN JOG DRN(DRY RUN) ON. 3. DRY RUN. 4..
![4.5 (SINGLE BLOCK) AUTO, DNC MDI. PI[83] PI[84]. 1.](/docs-images/93/111213698/images/45-0.jpg "SBK(Single Block) ON. 2. Cycle Start. 3. Cycle Start. 4.")
45 4.5 (SINGLE BLOCK) AUTO, DNC MDI. PI[83] PI[84]. 1. SBK(Single Block) ON. 2. Cycle Start. 3. Cycle Start
46
47 5.1 (EMERGENCY STOP). 1. EMERGENCY STOP PLC. 3. EMERGENCY STOP.
48 5.2 OVERTRAVEL / SOFT LIMIT SOFT LIMIT stroke stroke OVERTRAVEL. SOFT LIMIT stroke stroke SOFT LIMIT. SOFT LIMIT. SOFT LIMIT 2. (PM[3378 ~ 3409], PM[3410~3472] ) SOFT LIMIT OVERTRAVEL. 1. OVERTRAVEL O.T RELEASE JOG MPG stroke. 2. SOFT LIMIT stroke.
49 5.3 STORED STROKE CHECK (Stored Stroke). /. 2 (PM[3474], PM[3475] /, PM[3476~3481] ), G22 X_ Y_ Z_ I_ J_ K_, G / 0 1,. 2. G22 X_Y_ Z_ I_J_ K_. 3. G22. 4.,.
50 F3. 2. F3. 3.,. (.NC), NC.
51 4. F1. 5. ENTER,.
52 1 EDIT _AUTOSAVE.NC NC., AUTO loading MB (CE 3MB). 2.,. TAB. 3..
53 6.2.,. F2. 1. F ( ) F4..
54 3.. F1 ( )..(.) 2 ( ).
55 6.3,.,. 1.,,,. G00 X100 (Y20).. G00 Y20 X100 2.,,,. G00 Y20 X100 DEL. G00 Y Windows Ins, Ins Insert.
56 6.4,,,,,. WINDOWS. 1. /. G00 X100 G01 Y10.1 Z10.3 SHIFT,,, Page Up, Page Down. ( Drag.) G00 X100 G01 Y10.1 Z10.3 SHIFT G00 X100 G01 Y10.1 Z10.3, DEL. 3.
57 2. G00 X100 G01 Y10.1 Z10.3 Ctrl C G00 X100 G01 Y10.1 Z10.3 Ctrl X. Z ,,,. G00 X100 G01 Y10.1 Z10.3 Ctrl V. G00 X100 G01 Y10.1 Z10.3 G00 X100 G01 Y10.1
58 6.5,. ENTER.. 1 () 1. UTIL >> F7, F ENTER.(.) CANCEL
59 RESET. 3. (Space ) /. 2 () 1. UTIL >> F7, F2. 2.,., TAB, ENTER. TAB ENTER..
60 3. (Space ) / /. 4...,... Ctrl,,,.
61 6.6 LINE. 1. UTIL >> F7, F ENTER.
62 6.7 (BOOK MARK). 1. UTIL >> F7. Ctrl F , Ctrl F4. (, Toggle.) 3. F4. 4. Shift F4.
63 6.8 PLAY BACK 1. JOG MPG. 2.. X 3. PLAY BACK Play Back.. X X0.000 Y Z
64 6.9 HELP 1. G code G code MDI HELP G code HELP. 2. G code HELP F2 G code. 3. HELP /Help htm. G code HELP. 4. G code HELP G htm. G htm. 5. M code 2000.htm
65 . 6. M code MDI HELP M code HELP.
66 7.1.. AUTO. 1. F8. 2. NC 20. NC. 3.,. (comment). 4. Enter ( ). 5. NC. Enter,... NC NC DIR.
67 6.
68 7.2.,,. 1. F8. 2.,,,. 3. F1, F ( F7 ) F R S. C.. (.NC ) Enter.
69 F8. 2.,,,.. 3. F3. 4. Y/N. Y, N 5. Y. 6. AUTO.
70 F8. 2.,,,.. 3. F5. 4..( ) Enter. 5..
71 7.5 ().,. 1. F8. 2.,,,.. 3. F6.. Enter..NCT
72 8.1 (Real TPG).. MDI. HMI PP[20] TPG (0:/1:/2:NCT ). NC..(:, :, : ), (PA[409] Real TPG : ), (PA[407] Real TPG ) (PA[408] Real TPG ).
73 1. F1. 2. AUTO DNC, F1.. (.) 3.. : PgUp.(.) : PgDn. (.) Zoom All : ZoomAll F5.. View : View F3.. XYZ, XY, YZ, ZX 4 View. () :. View F4.
74 .,,,. ENTER, View F4. ( ) :,.,,,.(
75 .) : F (.).., F7 () clear.
76
77
78 8.2 (Test TPG).,. MLK(Machine Lock). M(M02, M03 ), S, T.. 2. F1. 3.,. 4.. : PgUp.( drag In) : PgDn. ( drag Out)
79 Zoom All : ZoomAll F5. View : View F3.. XYZ, XY, YZ, ZX 4 View. () : 8.1. :,.,,,. : F7. 5. F1. F2... F ).
80 9.1 (F1) F :. : G_ : PLC, F_ :.. : : : PgUp PgDn. 5. :
81 . F2..
82 9.2 (F8), / F6, F ,.. : 1111,. : : 407.
83 9.3 (F6) Password. (X, Y, G, F, R, T, C, D).. F1, F2, TAB.
84 . Enter(Input) Key,,... S : 0~31 bit 1. Bit 16 hexadecimal). R : 0~31 bit 0 clear. Bit 16 (hexadecimal). D : 10. H : 16 (hexadecimal). Enter(Input) Key ENTER.
85 USER User. F4 USER., X5, G5, G8, X-Y X 0005 F4 User, G5,G8., USER., USER F4. USER HX clear.
86 9.4 (F5) 1. Timing Chart Servo Graph Plot. Plot Mode. / /. Trigger Rising Time. Plot Plot. Servo Graph Mode PLC Timing Chart Mode. Plot, X, Y Grid,.
87 CUR/SEL Cursor. Plot.. F1, F2,. 2. Mode (1) Servo Graph Mode Feed,..
88 (2) PLC Timing Chart Mode PLC ON/OFF Timing. Bit Data ON/OFF Data. Data.. Auto Scale, Y Scale. 3. / (F1). / Config. / (F2) Data /. / HX.
89 Auto Scale (F3) Scale. Auto Scale Config Y Zoom Step 1/5. PLC Timing Chart Mode. CUR/SEL (F4) Plot. CUR/SEL, Plot. () Plot. X Zoom (F5) Plot., CUR/SEL (). CUR/SEL. CUR/SEL Cursor Select. Cursor X- Zoom Cursor Plot. CUR/SEL.
90 Config (F6) Config. Plot,. Config HX Config.txt. Mode Select Server Graph Mode PLC Timing Chart Mode Mode. X Grid Plot X Grid. Y Grid Plot Y Grid. Y Zoom Step.. Map Name Map. Number Map. Start Bit
91 Map. bit Hex-decimal. End Bit Map. bit Hex-decimal. Scale. Plot. Use. Tirgger (F7) Tirgger. Trigger Rising Time. Tirgger Trigger. Trigger. Rising Edge, Falling Edge, Level. Value Trigger. Ch
92 Trigger Channel. Rising Time Rising Time. Rising Time. First Val Rising Time. Second Val Rising Time. (F8) Plot. Auto Scale Y Scale. Sclae Move (, )..
93 ),, 1, 2 2),,, I/O,, HMI. (TAB), F1,F2. PageUp/PageDown.,,,..,.
94 F1 (), F2 ().
95 10.2 NC. TPG DNC H/W.. G code / M code I/O In/Out. I/O ID I/O.
96 . Laser Z gap Trace Sensor. Quilting. HMI HMI(Human Machine Interface).,. ) 32, (F3, F4)..
97
98 10.3. F6. 1. Map Name. 2. Tab Index.. ENTER. 3., PS map (1 ~ 32 ).
99 (, )
100 11.1 DNC RS232C COM1 PC. 1. ( F4 ). :. COM1, COM2.. Baudrate : , Parity Bit :. ISO Even. Data Bit :. ISO 7 Bits. Stop Bit : 1. 1 Bit. EOT Code : End Of Transmission.. 0x14 (DC4).
101 ,. FLOW CTRL : / X-ON/X-OFF. ( DC1, DC3.) / EOB (End Of Block) LF. X-ON.
102 2. 1. DNC. <DNC > <DNC > 2. F3.
103 3.. ( ) NC.. NC DIR. 4.,, ENTER , F5. F8. ( X-ON.) 7. Serial (, ),. F8. Error.
104 8..
105 3. 1. DNC. <DNC > F3.
106 ENTER. (). 5. F5. F8. ( X-ON.) 6. Serial (, ), EOT ( EOT, ). Error.
107 , ( MDI ) ENTER , F6 F7, F4 F5.
108 3., / F8. ( F8.) Cycle Start.
109 12.1 (F9), (F10)., MDI MDI, DNC. 1.,,. F1 F1 F2 Offset F8 F2 F8 F3 F4 F5 F6 F7 USER DEFINE F8 F1 DNC F6 F1 F4 F5 F6 F7 F7 F8 F8
110 2. () F1 F2 F1 F2 F3 F4 F8 F3 F8 F4 F5 F1 DNC F6 F6 F1 F4 F7 USER DEFINE F8 F5 F6 F7 F7 F8
111 HX-Series.,,,,,. 2. PG :. PG : DNC, EDIT, AUTO, MDI, JOG, MPG, STEP, ZRN. 4.. ON. 5.,,.
112 12.3 (, F9). Page Down., Feed,. 1.,. (,, ) Feed, Spindle Override,. (F9) 1.
113 2. (,,,, ) Feed, Override,. G code 1 Page Down. DNC.
114 12.4 (F1). (F1)..,,. View F3. View F4. ZoomAll F5 /. F7. F8. 8.
115 12.5 (F2),, (),. 64.
116 . () (GX, GZ) (WX, WZ),. 64. (U_, W_).
117 . G54~ G59 (Shift),. 13.
118 . 120 ( ),.
119 . (F2F8) (#100~#199) (#200~#699). GLOBAL #100 ~ # (RESET POWER OFF 0 clear.) GLOBAL #200 ~ #699. (POWER OFF ), F8.
120 12.6 (F3). (F3) NC.,, Feed,.,. F8. 6.
121 . (F3F8) Simulation. F1 F2 F6 Simulation,,. View F3. View F4. ZoomAll F5 /. F7. 8.
122 12.7 (F4). (F4) System.,, 1, 2,,,, I/O,, HMI 10. (), F1 F2. 32., F3 F4. (,.) F7. 1. F8 SERCOS interface. 10.
123 12.8 (F5) DNC. (F5F1) RS 232C NC. 11.
124 . (F5F6). 3.
125 12.9 (F6). (F6F1), PgUp PgDn 10. : G_ F_ PLC. (G_00000: PLC, F_xxxxx : )
126 . (F6F4) Monitoring. 1. 1, 2,, 4,. Read-Only.. (), F1, F2.
127 . (F6F5)
128
129 .(F6F6). X-Y, G-F, R, T, C, D 6, USER., MDI F1 F2. USER USER / F4.. USER. USER USER F4..
130 (Ladder). (F6F6F7). Ladder., --., X100 11, X100.0A. 16 (HEXA-Decimal) 2. ENTER.
131 . (F6F7) HX.
132 . (F6F8).., 9. HX. (F2)
133 12.10 (F8). (F8). Shell (,, ).,,... 7.
134 . (F8F8) Cavity Core. HX NC COCA. 13.
135 12.11 HELP (SHIFT+F12)
136
137 13.1 () 64.. Shift. 1. F ENTER. 3. :
![4. : (0-9). / 3, 2. 5. GX : X X. I -30 I [+(-30) ]. X 0 clear. 6.](/docs-images/93/111213698/images/138-0.jpg "GZ : Z. GX. Z 0 clear. 7. :. 8. Z Shift : Z. Z.. Shift Z. 9.")
138 4. : (0-9). / 3, GX : X X. I -30 I [+(-30) ]. X 0 clear. 6. GZ : Z. GX. Z 0 clear. 7. :. 8. Z Shift : Z. Z.. Shift Z. 9. :, 0 Shift, 1.
139 N1 T0101 N2 G0 X60.Z0. N3 G1 Z-10. F0.1 N4 G0 X70. Z100. N5 T0202 N6 G0 X70. Z50., 1 GX : 0., GZ : 0. 2 shift 60 (70,50) (70,100)->(70,90) N5 (70,90) 1 (70,100) (70,50) (70,100) 2 N5 X 5mm, Z -10mm. (70,100) Z (). 3. GZ [I0] [INPUT]. 4., X () Z.
140 GX. 7. GX, [I] [ ] [INPUT].. X. ) () X X : ( - : ) GX : ( + : ) GX : Z Z : GZ :
141 13.2 () 64.,.., (U, W )..
142 13.3 G54 G59.. (G54 ~ G59). 0:/1: RESET RESET.,. Shift. 1. F G54 ~ G59 Enter. 4. G54 ~ G59, I
143 ,., I Shift, (0, 0, 0), 0 Enter. (X,Y,Z) (X,Y,Z) (X,Y,Z) G54 G59 Shift (X,Y,Z) Shift Shift
144 7. Shift Shift. Shift, (G54~G58) (G92) Shift. Shift (1) Shift (0) 0 1 Enter. G54 G54 ~ G59
145 13.4 F2, F2. Enter.
146 13.5 NC.,.. RESET clear. F2, F8.,, F8. Enter. #100 ~ # , #200 ~ #
147 14.1 / (Cavity / Core) 2.5 / 2.5 / NC. HX NC CNC. / F3. / F4,. / F5. F6 NC. NC \NC\CoCa\
148 14.2 / /. (Profile Curve) 1 ~ ~ 6..,...,, Z 1. F5 /..., Enter.
![14.3 F4 / 2.5.. 1) [ Pocket Milling ], NC.](/docs-images/93/111213698/images/149-0.jpg ": X : Y : : X - Y 2) [ Pocket Milling ], NC.")
149 14.3 F4 / ) [ Pocket Milling ], NC. : X : Y : : X - Y 2) [ Pocket Milling ], NC. :.
150 3) [ X0, Y0, Z0 ]. : X. : Y. : X X. 4) Y Y Y X NC. (.) : Y : X : : X X.
151 ,,, --, -,. 1) pocket [ Core ]. : mm. :. 2). []. :. :. :.
152 3). []. :. :. :. 4). :. 1 :. :. 2 :.
153 5).. :. :. 1 :. 2 :. 6).. :. :. 1 :. 2 :
154 14.5 1) [ Cavity ] [ Core ]. :. : 2) Z-X Z - X [ 1 ] [ 2 ]. : [Y ]. 1 : X 0 [] 2 : X []
155 3) X - Y. (/.) :. : X. Y : Y Offset. : Y. :. : X-Y. 4). (/.) : X 0. : :. : :
156 14.6,, [ ] NC Code. [ Feed-Rate ], [ RPM ] 1. F5 /.. 1) [Flat End Mill] End Mill, :. FEED :. :. : 1. : Step-Over.. 2) [Ball End Mill] End Mill,..
157 :. FEED :. :. : 1. : Step-Over 3) [Null End Mill] End Mill Champer,. 1 :. 2 :. FEED :. :. : 1. : Step-Over.
158 14.7 /
159 HX - Programming Manual Machining Center (MC) HX Series(V2.x) Programming Manual for Machining Center (MC) CSCAM
160 HX - Programming Manual Machining Center (MC) (Coordinate) (Machine Coordinate) (Work-piece Coordinate) (Local Coordinate) (Relative Coordinate) (Distant To Go) (Offset) 1.2 CNC V [m/min] N [rpm] F [mm/min, mm/rev] Q [cm 3 / min ] T [ sec ] 2. (Program) (Address) (Data) (Word) (Block) (Optional Block Skip) (Program Restart) CSCAM
161 HX - Programming Manual Machining Center (MC) (G Code) 3.1 G 3.2 G 4. (Interpolation Functions) 4.1 (G00, Rapid Traverse Positioning) 4.2 (G60, Single Direction Positioning) 4.3 (G01, Linear Interpolation) (,, Chamfering) ( R, Rounding) 4.4 (G02/G03, Circular Interpolation) 4.5 (G02/G03, Helical Interpolation) 4.6 (G112/G113, Polar Coordinate Interpolation) 4.7 (G107, Cylindrical Interpolation) 4.8 (G33, Constant Lead Threading) 4.9 (G31/G31.1/G31.2/G31.3/G31.4, Skip Function) 4.10 (G37/G37.1/G37.2/G37.3/G37.4) 5. (Feed Function) 5.1 (Rapid Traverse) 5.2 (Cutting Feed) (G94, Feed per Minute) (G95, Feed per Revolution) 5.3 (Cutting Feedrate Control) (G09, Exact Stop) (G61, Exact Stop Mode) (G64, Cutting Mode) (G63, Tapping Mode) (G62, Automatic Corner Override Mode) (Internal Circular Cutting Feedrate Change) 5.4 (G04, Dwell) CSCAM
162 HX - Programming Manual Machining Center (MC) 5.5 (Automatic Acceleration / Deceleration) 6. (Reference Position) 6.1 (G28, Reference Position Return) 6.2 2,3,4 (G30, 2 nd, 3 rd, 4 th Reference Position Return) 6.3 (G29, Return from Reference Position) 6.4 (G27, Reference Position Return Check) 7. (Coordinate System) 7.1 (Machine Coordinate) (G53, Machine Coordinate System Selection) 7.2 (Work-piece Coordinate) (G92, Setting for Work-piece Coordinate System) ~6 (G54~G59, Work-piece Coordinate System) (G54~G59) (Work zero point offset setting) (Shift) (Work-piece Coordinate Shift ) 7.3 (G52, Local Coordinate System, ) 7.4 (G17, G18, G19, Plane Selection) (G90, Absolute Command) 8.2 (G91, Incremental Command) 8.3 (G15, G16, Polar Coordinates Command) 8.4 Inch / Metric (G20, G21, Inch Unit / Metric Unit) 9. (Spindle Function) 9.1 (G96, Constant Surface Speed Control) 9.2 (G97) 9.3 (G92) 10. (Tool Function) T ( ) M ( ) 11. (M Code) CSCAM
163 HX - Programming Manual Machining Center (MC) 11.1 M 11.2 M 12. (Canned Cycles) (G73 ~ G89) (G90 / G91) (G98) R (G99) (G80, Canned Cycle Cancel) / (G81, Drilling Cycle / Spot Drilling Cycle) / (G82) (G83, Peck Drilling Cycle) (G83, Peck Drilling Cycle) (G73, High-Speed Peck Drilling Cycle ) (G84) RIGID Tap (G84.2) (G74) RIGID Tap (G84.3) (G86, Boring Cycle) (G76, Fine Boring Cycle) (G87, Back Boring Cycle) (G88, Boring Cycle) (G89, Boring Cycle) (Tool Compensation) 13.1 (Tool Length Compensation) (G43, G44, G49, Tool Length Compensation) (G10, Programmable Data Input) 13.2 (Tool Diameter Compensation) (G40, G41, G42, G39, Tool Diameter Compensation) CSCAM
164 HX - Programming Manual Machining Center (MC) C type (G41,G42, Tool Diameter Compensation) 13.3 (G45~G48, Tool Offset) 14. (CUSTOM MACRO) 14.1 (Custom Macro Command) (G65) (G66 /G67) G M M T M98 G (G66) 14.2 (Custom Macro) CNC 14.3 (Custom Macro) PLANE DRILL (1 ) WHILE - ENDm 15. (Special Functions) (G10.3, High Speed Cutting Mode) (G50,G51, Scaling Function) / CSCAM
165 HX - Programming Manual Machining Center (MC) / 15.3 (G50,G51, Mirror Image) 15.4 (Coordinate Rotation) (G68, G69, Coordinate Rotation) H/W() Limit (Hardware Limit) S/W() Limit (Software Limit) S/W Limit ( G22, G23 ) (Stitch Function Mode) CSCAM
166
167
168
169 1 Coordinate
170 1.1 (Coordinate) (Machine Coordinate)
171 1.1.2 (Work-piece Coordinate) (Local Coordinate) (Relative Coordinate) (Distant To Go)
172 1.1.6 (Offset) Shift Shift
173 1.2 CNC V [m/min] V π DN = N [rpm] 1000 V N = π D F [mm/min, mm/rev]
174 F [mm/min] = N [rpm] f [mm/rev] F [mm/min] = N [rpm] [teeth/rev] f [mm/teeth] F [mm/min] = N [rpm] Q [cm 3 / min ] π 3 Fmm / rev F( mm / min) Q( Cm ) = ( ) ( Nrpm) ( ) =
175 1.2.5 T [ sec ] L T = 60 F
176
177 2.1
178 (Address)
179 2.2.2 (Data) (Word)
180 2.2.4 (Block)
181
182 (Optional Block Skip)
183 2.3.4 (Program Restart)
184
185
186 2.4.2
187 2.4.3
188
189 2.4.4
190 3 (G Code)
191 3.1 G
192
193
194 3.2 G
195 4 (Interpolation Functions) Rapid Traverse Positioning Single Direction Positioning Linear Interpolation) Circular Interpolation Helical Interpolation Polar Coordinate Interpolation Cylindrical Interpolation Constant Lead Threading Skip Function
196 4.1 (G00, Rapid Traverse Positioning)
197
198 Single Direction Positioning
199
200 4.3 (G01, Linear Interpolation) Lx Ly Lz L = Lx + Ly Lz Lx Fx F L = Ly Fy F L = Lz Fz F L =
201
202 4.3.1 (,, Chamfering)
203
204 4.3.2 ( R, Rounding)
205
206 4.4 (G02/G03, Circular Interpolation)
207
208
209
210 4.5 (G02/G03, Helical Interpolation)
211
212 Polar Coordinate Interpolation
213
214
215 Cylindrical Interpolation
216
217
218 4.8 (G33, Constant Lead Threading)
219 4.9 (G31/G31.1/G31.2/G31.3/G31.4, Skip Function)
220
221 4.10 (G37/G37.1/G37.2/G37.3/G37.4)
222
223
224 Rapid Traverse Cutting Feed Cutting Feedrate Control Dwell Automatic Acceleration / Deceleration
225
226
227
228
229
230
231
232
233 G09 / G61, G64 [ ] G64.,,,. G One Shot Modal 2 [ : G00, : G60 ]. G61 G64 [ ].
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249 µ
250 Machine Coordinate System Work-piece Coordinate System Local Coordinate System,
251
252
253
254
255
256
257 ±
258 Shift Shift. Shif Shif. G92, G54~G59. Shift Shift 0/1 1.. ( -> F2 -> F1 )
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273 G20/G21. G20/G21. PA 0. ( Metric/ Inch ) (, ) PA 374~405 Inch/Metric. 1 PA 0. 0 PA 0 Metric.
274
275
276 V = π DN 1000 N = 1000 π D V
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299 %
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
320
321
322
323
324
325 Tool Length Compensation ( Tool Diameter Compensation Tool Offset
326 ±
327
328
329
330
331
332
333
334
335
336 α
337 α
338 α α
339
340 α
341
342 α
343 α
344
345
346
347
348
349
350 α
351 α
352 α
353
354
355
356
357
358 ± ± ± ±
359
360
361 Custom Macro Command Custom Macro Custom Macro
362
363
364
365
366 : G66 G66. G66. (G66) Main. G66 G67..
367
368 (1) G M, T Mxx M. M M ( N_ ).
369 (5) G66 G65 4. M98 G65, G66 8.
370
371
372 . O O8999. O O9999 (PA 2),. Custom Macro,.. (G65 A_ B_ )
373
374
375
376
377 #7032 = 31 i= 0 #[ i]* 2 i
378
379 #8032 = 31 i= 0 #[ i]* 2 i
380
381
382
383 G31 skip signal signal position..
384
385
386
387
388
389
390
391
392
393
394
395
396
397
398 Scaling Function, Mirror Image Coordinate Rotation
399
400
401 F E E D smoothing F E E D
402
403
404
405 G50 G51 X_ Y_ Z_ P_ [Scaling Cancel] ON [Scaling On] G90. X_Y_Z_ G51.. 1/1000. P. G50. P, PI 108~116 (#3108~3116).,,.
406 G50 [Scaling Cancel] G51 ON [Scaling On],,.
407
408 G51 G51 (G91) (G51 ) (G90).
409
410
411
412
413
414 Ο
415
416 3378~3409 (#23378~23409). Soft Limit PM 3410~3473 (#23410~#23473). /.
417
418
419
420
421
422
423
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# KM
PARTS BOOK 1-NEEDLE, STRAIGHT LOCK-STITCH MACHINE WITH VERTICAL EDGE TRIMMER 1-NEEDLE, NEEDLE FEED LOCK-STITCH MACHINE WITH VERTICAL EDGE TRIMMER MODEL KM-506 SERIES KM-506-7S 1-NEEDLE, STRAIGHT LOCK-STITCH
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The Series Pendulum Impact 601 & 602 Analog Tester For Regular DTI-602B (Izod) DTI-601 (Charpy) DTI-602A (Izod) SPECIFICATIONS Model DTI-601 DTI-602 Type Charpy for plastics lzod for plastics Capacity
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1. DioPen 6.0...1 1.1...1 DioPen 6.0...1...1...2 1.2...2...2...13 2. DioPen 6.0...17 2.1 DioPen 6.0...17...18...20...22...24...25 2.2 DioPen 6.0...25 DioPen 6.0...25...25...25...25 (1)...26 (2)...26 (3)
TEL: 042-863-8301~3 FAX: 042-863-8304 5 6 6 6 6 7 7 8 8 9 9 10 10 10 10 10 11 12 12 12 13 14 15 14 16 17 17 18 1 8 9 15 1 8 9 15 9. REMOTE 9.1 Remote Mode 1) CH Remote Flow Set 0 2) GMate2000A
#KM-350AB..
PARTS BOOK KM-350A-7S KM-350A-7N KM-350B-7S KM-350B-7N KM-350A KM-350B PARTS BOOK KM-350A-7S KM-350A-7N KM-350B-7S KM-350B-7N KM-350A KM-350B PME-051121 MODEL FOR THIN MATERIAL KM-350A-7S 1-NEEDLE, NEEDLE
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Web Windows NT/2000 Server DP&NM Lab 1 Contents 2 Windows NT Service Provider Management Application Web UI 3 . PC,, Client/Server Network 4 (1),,, PC Mainframe PC Backbone Server TCP/IP DCS PLC Network
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DDX4038BT DDX4038BTM DDX4038 DDX4038M 2010 Kenwood Corporation All Rights Reserved. LVT2201-002A (MN) 2 3 [ ] CLASS 1 LASER PRODUCT 4 1 2 Language AV Input R-CAM Interrupt Panel Color Preout
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CAN BUS RS232 Line Ethernet CAN H/W FIFO RS232 FIFO IP ARP CAN S/W FIFO TERMINAL Emulator COMMAND Interpreter ICMP TCP UDP PROTOCOL Converter TELNET DHCP C2E SW1 CAN RS232 RJ45 Power
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서울시 금천구 가산동 448 대륭테크노타운 3차 301호 전화 : (02)838-0760 팩스 : (02)838-0782 메일 : support@gyrosoft.co.kr www.gyrosoft.co.kr www.gyro3d.com 매뉴얼 버전 : 1.00 (발행 2008.6.1) 이 설명서의 어느 부분도 자이로소프트(주)의 승인 없이 일부 또는 전부를 복제하여
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Huvitz Digital Microscope HDS-5800 Dimensions unit : mm Huvitz Digital Microscope HDS-5800 HDS-MC HDS-SS50 HDS-TS50 SUPERIORITY Smart Optical Solutions for You! Huvitz Digital Microscope HDS-5800 Contents
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metatron Enterprise Big Data SKT Metatron/Big Data Big Data Big Data... metatron Ready to Enterprise Big Data Big Data Big Data Big Data?? Data Raw. CRM SCM MES TCO Data & Store & Processing Computational
목차 본 취급설명서의 사용법 본 사용설명서에서는 제품상에 표시된 채널명 및 버튼명, 소프트웨어의 메뉴명 등이 대괄호 ([ ]) 안에 표시됩니 (예: [MASTER] 채널, [ON/ OFF], [File] 메뉴) 시작하시기 전에 특징...3 부속품...4 시작하시기 전에
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XDJAERO http://pioneerdj.com/support/ http://rekordbox.com/ 목차 본 취급설명서의 사용법 본 사용설명서에서는 제품상에 표시된 채널명 및 버튼명, 소프트웨어의 메뉴명 등이 대괄호 ([ ]) 안에 표시됩니 (예: [MASTER] 채널, [ON/ OFF], [File] 메뉴) 시작하시기 전에 특징...3 부속품...4
DRB1598A
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Siemens AG 1999 All rights reserved File: PRO1_04E1 Information and S7-300 2 S7-400 3 EPROM / 4 5 6 HW Config 7 8 9 CPU 10 CPU : 11 CPU : 12 CPU : 13 CPU : / 14 CPU : 15 CPU : / 16 HW 17 HW PG 18 SIMATIC
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1 1.1,,.,. (solid mechanics)., (kinematics), (statics), (kinetics). ( d y n a m i c s ).,,. ( m e c h a n i s m ). ( l i n k a g e ) ( 1.1 ), (pin joint) (revolute joint) (prismatic joint) ( 1.2 ) (open
,,,,,, (41) ( e f f e c t ), ( c u r r e n t ) ( p o t e n t i a l difference),, ( r e s i s t a n c e ) 2,,,,,,,, (41), (42) (42) ( 41) (Ohm s law),
1, 2, 3, 4, 5, 6 7 8 PSpice EWB,, ,,,,,, (41) ( e f f e c t ), ( c u r r e n t ) ( p o t e n t i a l difference),, ( r e s i s t a n c e ) 2,,,,,,,, (41), (42) (42) ( 41) (Ohm s law), ( ),,,, (43) 94 (44)
2 x10 목 차 1. 일반 정보 1. 점검 사항 2. 주의 및 관리 3. 방수 4. 배터리 충전하기 2. 순토 X10 사용 방법 1. 화면과 버튼 (1) 모드 표시 (2) 배터리 용량 표시 (3) 알람 심볼 (4) GPS 수신 표시 2. 메뉴 (1) 기본 메뉴 구조
SUUNTO X10 한글 사용 설명서 x 이 사용 설명서는 순토 X10 패키지에 들어있는 영문설명서 부분을 한 글화 한 것입니다. x 영문을 한글로 번역하는 과정에서 기술적인 전문성의 결여로 인해 발생 할 수 있는 오역의 가능성이 있음을 알려드리며, 사용 시 이 점을 감안하 여 주실 것을 당부 드립니다. x 보다 자세한 기술적인 설명에 대한 지원이 필요하신
#KM-250š
PARTS BOOK FOR 1-NEEDLE, STRAIGHT LOCK-STITCH MACHINE SERIES KM-250AU-7S KM-250AU-7N KM-250A-7S KM-250A-7N KM-250B-7S KM-250B-7N KM-250BH-7S KM-250BH-7N KM-250BL-7S KM-250BL-7N KM-250AU KM-250A KM-250B
PRO1_02E [읽기 전용]
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Siemens AG 1999 All rights reserved File: PRO1_02E1 Information and 2 STEP 7 3 4 5 6 STEP 7 7 / 8 9 10 S7 11 IS7 12 STEP 7 13 STEP 7 14 15 : 16 : S7 17 : S7 18 : CPU 19 1 OB1 FB21 I10 I11 Q40 Siemens AG
개요 AXSR5 레코더에 연결 시 NEXFS700 전용 RAW 포맷으로 변환되어 AXSR5 에서 녹화됩니다(PMWF55, F65 용 RAW 포맷과 다름). 또한 이 제품의 간단한 플레이백 기능을 사용하여 AXSR5에서 레코딩 된 비디오를 볼 수 있습니다. 플레이백 되는
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(Asynchronous Mode) ( 1, 5~8, 1~2) & (Parity) 1 ; * S erial Port (BIOS INT 14H) - 1 -
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User s Manual Manuel d utilisation Bedienungsanleitung Manual de usuario Manuale d'istruzioni Gebruiksaanwijzing Instruções do Proprietário Bruksanvisningens Руководство пользователя Regulatory models:
PUMA VTS 시리즈는넓은가공영역과강력한중절삭능력을보유하고있어 다양한대형소재의생산성향상에탁월한능력을발휘합니다. 02
PUMA VTS series PUMA VTS series PUMA VTS1214 PUMA VTS1214M PUMA VTS1620 PUMA VTS1620M ver. KO 160822 SU PUMA VTS 시리즈는넓은가공영역과강력한중절삭능력을보유하고있어 다양한대형소재의생산성향상에탁월한능력을발휘합니다. 02 1 견고한구조 PUMA VTS 시리즈는박스가이드웨이적용으로내구성이향상되었으며,
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MPI PG 720 Siemens AG 1999 All rights reserved File: PRO1_16E1 Information and MPI 2 MPI 3 : 4 GD 5 : 6 : 7 GD 8 GD 9 GD 10 GD 11 : 12 : 13 : 14 SFC 60 SFC 61 15 NETPRO 16 SIMATIC 17 S7 18 1 MPI MPI S7-300
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2005 2004 2003 2002 2001 2000 Security Surveillance Ubiquitous Infra Internet Infra Telematics Security Surveillance Telematics Internet Infra Solutions Camera Site (NETWORK) Monitoring & Control
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DNX SERIES DNX560 DNX560M DDX SERIES DDX506 DDX506M B64-467-00/0 (MW) DNX560/DNX560M/DDX506/DDX506M 4 DNX560/DNX560M/DDX506/DDX506M NAV TEL AV OUT % % % % CD () : Folder : Audio fi 5 6 DNX560/DNX560M/DDX506/DDX506M
(3) () () LOSS LOSS LOSS LOSS (4) = 100 = 100 = 100 = 100 = 100 = 100 = 100 = 100 = 100 = 100 = 100 = 100
1.,.. 2. (1) Flow + ( ) (2) Flow Flow (LINE) ) (LINE) ModelC/T LOSS DAT A Check Sheet ((%) (T PM) (LOSS) - (3) () () LOSS LOSS LOSS LOSS (4) = 100 = 100 = 100 = 100 = 100 = 100 = 100 = 100 = 100 = 100
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Universal Testing Machines Excellent manufacturing technology Made in Taiwan & Japan (NTS_Technical) from cometech world markets QC-528K 대 하 교 역 상 사 제 품 사 양 서 Force gauge of Motorized Stand Testing Machine
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PCS 7 Software NET PC WinCC HMI DP Controller Siemens AG 1999 All rights reserved File: PRO1_01E1 2 S7-200 3 S7-200: 4 S7-200: CPU 5 S7-300 6 S7-300: 7 S7-300: CPU 8 S7-400 9 S7-400: 10 S7-400: CPU (1)
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T CH CHUC UCK K 60 ER Strong Torque Power ER Chuck have strong torque power. Slim designed ER Nut were minimized an interruption to workpiece. If using Carbide Drill and coated drill, it can be improve
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100% Concentration rate (%) 95% 90% 85% 80% 0.5 1.5 2.5 3.5 4.5 5.5 6.5 7.5 Time (min) Control box of RS485 Driving part Control trigger Control box of driving car Diaphragm Lens of camera Illumination
안전을 위한 주의사항 제품을 올바르게 사용하여 위험이나 재산상의 피해를 미리 막기 위한 내용이므로 반드시 지켜 주시기 바랍니다. 2 경고 설치 관련 지시사항을 위반했을 때 심각한 상해가 발생하거나 사망에 이를 가능성이 있는 경우 설치하기 전에 반드시 본 기기의 전원을
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강의10
Computer Programming gdb and awk 12 th Lecture 김현철컴퓨터공학부서울대학교 순서 C Compiler and Linker 보충 Static vs Shared Libraries ( 계속 ) gdb awk Q&A Shared vs Static Libraries ( 계속 ) Advantage of Using Libraries Reduced