LNC-M600 Leading Numerical Controller Maintenance Manual

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LNC-M600 Machine Adjustment Using +ive X axis direction as an example, each related parameter setting for circular spikes compensation value is as following: 1. Parameter 0812:+ X Axis Direction of Reversal Spikes Value Unit:um Description: This parameter is to set the circular compensation value of +ive X axis direction. Using the above diagram as an example. The +ive X axis direction circular spike is 11. So based on the principle, the parameter setting value is 11. However, since the present LNC series controller is using PULSE COMMAND control mode (spike compensation is added to CURRENT LOOP value), there will be some delay between the actual corresponding of servo motor and the commanding value. Based on past experience, the circular compensation value should be set as 8-9 times of the actual value. So according to the result from the above diagram, the recommend setting value for this parameter is 90. If this parameter setting value is 0, it means not to enable the + X axis spike compensation function. 2. Parameter 0813: Reversal Spikes Time Interval of +ive X Axis Direction Unit: disconnecting time interval 486IPC is 10.6ms 586IPC is 3.6ms Description: To use this parameter to set the maintaining time of +ive X axis direction spike compensation. The corresponding +ive X axis spike maintaining time (spindle width) is displayed on the result analyzing diagram. The measure software will provide each measured Sampling Rate. Using RENISHAW as an example,【Sample: 7.81 per sec information will be displayed on the left side of analysis diagram. This means the time interval for two closing points is 1 7.81 = 128ms . Need at least 3 points (during time 2 × 128 = 256ms ) if want the analysis diagram to display multiple-angle sharp. 256 Under this requirement, the parameter setting value is = 71 (586IPC). If this 3.6 parameter setting value is zero, this means not to enable the +ive X axis spike compensation function. 3. Parameter 0814: Reversal Spikes Delay Time of +ive X axis Unit: discounting time interval 486IPC is 10.6ms 586IPC is 3.6ms 288 LNC Technology Co., Ltd.
LNC-M600 Machine Adjustment Description: Assumed the circular spike occurring point of +ive X axis is not in the direction changing center (on the X axis), but it occurs after direction changing. Then, need to set this parameter. Please refer to the description of parameter 0813 for the calculating method of this setting value. LNC Technology Co., Ltd. 289
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LNC-M600 Maintenance Manual 2008/1
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LNC-M600 Table of Contents 3.3.5 I/
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LNC-M600 Table of Contents APPENDIX
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LNC-M600 SPECIFICATION 1.2 LNC 600
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LNC-M600 Software Maintenance 2 Sof
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LNC-M600 Software Maintenance After
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LNC-M600 Software Maintenance 2.2 S
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LNC-M600 Software Maintenance 6. Sy
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LNC-M600 Hardware Maintenance 3 Har
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LNC-M600 Hardware Maintenance 3.2.6
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LNC-M600 Hardware Maintenance 3.3 L
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LNC-M600 Hardware Maintenance Secon
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LNC-M600 Hardware Maintenance NOTE.
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LNC-M600 Hardware Maintenance Motio
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LNC-M600 Hardware Maintenance Ex: R
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LNC-M600 Hardware Maintenance • 4
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LNC-M600 Hardware Maintenance Ex: R
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LNC-M600 Hardware Maintenance D:44
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LNC-M600 Hardware Maintenance • P
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LNC-M600 Hardware Maintenance • U
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LNC-M600 Hardware Maintenance • T
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LNC-M600 Hardware Maintenance 2. Wh
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LNC-M600 Hardware Maintenance Conne
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LNC-M600 Hardware Maintenance P9 1
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LNC-M600 Hardware Maintenance A C B
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LNC-M600 MLC Maintenance -- C,S Bit
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LNC-M600 Parameter 5 Parameter Para
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LNC-M600 Parameter No Group Descrip
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So, the length of the Home DOG must
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smaller than D2, then warning messa
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LNC-M600 Parameter 6 X IN-POS WINDO
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LNC-M600 Parameter 14 G01 ACC/DEC T
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LNC-M600 Parameter 1112 ENCODER.X P
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LNC-M600 Parameter 108 MORTOR GAINS
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LNC-M600 Parameter 156 CONTROL CMD
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LNC-M600 Parameter 173 G01 ACC. TYP
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LNC-M600 Parameter Active: Level: D
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LNC-M600 Parameter 1000 MAX G00 SPE
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LNC-M600 Parameter 1072 WIDTH OF PU
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LNC-M600 Parameter 5.3 Machine Para
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LNC-M600 Parameter 5.4 Spindle Para
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LNC-M600 Parameter 50 NUMBER OF 1ST
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LNC-M600 Parameter Unit: Descriptio
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LNC-M600 Parameter 95 MIN SPEED OF
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LNC-M600 Parameter 892 2ND SPD ENC
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LNC-M600 Parameter 178 NUMBER OF 1S
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LNC-M600 Parameter 184 1ST SPD ORT.
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LNC-M600 Parameter 195 ENCODER TYPE
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LNC-M600 Parameter 663 1ST SPD ORIE
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LNC-M600 Parameter 1059 1ST SPD RIG
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LNC-M600 Parameter 1065 1ST SPD RIG
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LNC-M600 Parameter 1075 1ST SPD SER
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LNC-M600 Parameter 1076 JOG SPEED O
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LNC-M600 Parameter Default value: U
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LNC-M600 Parameter 5.5 MPG Paramete
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LNC-M600 Parameter 5.6 Compensation
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LNC-M600 Parameter compensation sta
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LNC-M600 Parameter 600 PITCH Z COMP
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LNC-M600 Parameter 813 SPIKE +X CMP
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LNC-M600 Parameter 817 SPIKE -X CMP
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LNC-M600 Parameter 5.7 Zero Return
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LNC-M600 Parameter method is force
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LNC-M600 Parameter 120 HOME DIRECTI
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LNC-M600 Parameter Home point when
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LNC-M600 Parameter 834 ABS. ENCODER
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LNC-M600 Parameter 1030 X.OFF FOR O
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LNC-M600 Parameter 1118 ENABLE INDE
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LNC-M600 Parameter 5.8 Operation Pa
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LNC-M600 Parameter Level: Default v
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LNC-M600 Parameter 78 ENABLE C AXIS
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LNC-M600 Parameter 122 NAME OF AXIX
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LNC-M600 Parameter Level: Default v
Page 243 and 244: LNC-M600 Parameter Default value: U
Page 245 and 246: LNC-M600 Parameter Description : th
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Page 253 and 254: LNC-M600 Parameter 352 JOG OVERRIDE
Page 255 and 256: LNC-M600 Parameter 650 SET THE METH
Page 257 and 258: LNC-M600 Parameter 899 USE CE RULE
Page 259 and 260: LNC-M600 Parameter 1035 2ND X- SOFT
Page 261 and 262: LNC-M600 SYSTEM ALARM and WARNING 6
Page 263 and 264: LNC-M600 SYSTEM ALARM and WARNING O
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Page 267 and 268: LNC-M600 SYSTEM ALARM and WARNING I
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Page 307 and 308: LNC-M600 APPENDIX A: PARAMETER ADJU
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LNC-M600 Appendix D: 3 In 1 MPG Con
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LNC-M600 Appendix E: RS232 Connecti
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LNC-M600 Appendix F Internet Settin
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LNC-M600 Leading Numerical Controller Maintenance Manual

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