E70 Series Instruction Manual
6.6 Absolute Position Setting Screen
I - 393
(Note) [Type of zero point initialization] indicates the progress state of zero point initialization as shown below.
Display item
Details
(4)
Data No
This displays the No., name, and data used to establish the absolute position.
- 0 to 2: Internal data
- 2050 to 2059: Absolute position parameters
These can be set also in Absolute position parameter screen.
Refer to "Setup Manual" for explanation and setting range of the parameters #2050 to #2059.
(5)
Name
(6)
Data
(7)
Procedures
This shows the procedures to establish the coordinate system by zero point initialization. The
contents differ depending on the type of zero point initialisation.
(8)
Initialization message
This displays a message with the background yellow if an illegal value has been set for the zero
point initialization. Refer to the section "Appendix 7.14 Absolute Position Detection-related
Operation Messages" for details.
1.Dogless-type absolute position detection system Machine end stopper method (manual initialization)
Order
Display
Details of progress
1
Illegality
While the absolute position is lost.
2
Stopper
From when the menu [Abs pos set] is pressed to when the axis pushes against the machine
end stopper.
3
Release
From when the axis pushes against the machine end stopper to when axis starts to move in
the counter direction.
4
Ret. Ref. P.
From when the axis moves in the counter direction to when it reaches the grid point
immediately before the stopper.
5
Complete
The axis has reached the grid point immediately before the stopper.
The absolute position has been established.
2. Dogless-type absolute position detection system Machine end stopper method (automatic initialization)
Order
Display
Details of progress
1
Illegality
While the absolute position is lost.
2
Jog Start
From when the menu [Abs pos set] is pressed to when a value is set in "Zero-P".
3
Stopper1
From when JOG operation starts to when the axis pushes against the machine end stopper.
4
Zero-P. Rel.
From when the axis pushes against the machine end stopper to when axis reaches the
approach point.
5
Stopper2
From when the axis reaches the grid point immediately before the stopper to when it pushes
against the machine end stopper.
6
Ret. Ref. P.
From when the axis pushes against the machine end stopper second time to when axis
reaches the grid point immediately before the stopper.
7
Complete
The axis has reached the grid point immediately before the stopper.
The absolute position has been established.
3. Dogless-type absolute position detection system Marked point alignment method
Order
Display
Details of progress
1
Illegality
While the absolute position is lost.
2
Origin Set
From when the menu [Abs pos set] is pressed to when "1" is set in "Origin-P".
3
Ret. Ref. P.
While moving in the direction designated with the absolute position parameter #2050.
4
Complete
The axis has reached the grid point immediately before the marked point.
The absolute position has been established.
4. Dogless-type absolute position detection system Marked point alignment method II
Order
Display
Details of progress
1
Illegality
While the absolute position is lost.
2
Origin Set
From when the menu [Abs pos set] is pressed to when "1" is set in "Origin-P".
3
Complete
With the sequence above, the absolute position is established.
5. Dog-type absolute position detection system
Order
Display
Details of progress
1
Illegality
While the absolute position is lost.
2
Zero-P. Rel.
After dog-type manual or automatic reference position return is started.
3
Complete
Axis has returned to the reference position.
Summary of Contents for E70 Series
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Page 3: ......
Page 9: ......
Page 11: ......
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Page 15: ......
Page 24: ...I SCREEN OPERATIONS ...
Page 25: ......
Page 26: ...I 1 1 Operating the Setting and Display Unit ...
Page 57: ...1 Operating the Setting and Display Unit MITSUBISHI CNC I 32 ...
Page 58: ...I 33 2 Monitor Screens ...
Page 139: ...2 Monitor Screens MITSUBISHI CNC I 114 ...
Page 140: ...I 115 3 Setup Screens ...
Page 232: ...I 207 4 Edit Screens ...
Page 314: ...I 289 5 Diagnosis Screens ...
Page 355: ...5 Diagnosis Screens MITSUBISHI CNC I 330 ...
Page 356: ...I 331 6 Maintenance Screens ...
Page 436: ...II MACHINE OPERATIONS ...
Page 437: ......
Page 439: ...MITSUBISHI CNC II 2 ...
Page 440: ...II 3 1 Operation State ...
Page 444: ...II 7 2 Indicator Lamps ...
Page 446: ...II 9 3 Reset Switch and Emergency Stop Button ...
Page 448: ...II 11 4 Operation Mode ...
Page 456: ...II 19 5 Operation Panel Switches in Operation Mode ...
Page 460: ...II 23 6 Operation Panel Switch Functions ...
Page 495: ...6 Operation Panel Switch Functions MITSUBISHI CNC II 58 ...
Page 496: ...II 59 7 Other Functions ...
Page 509: ...7 Other Functions MITSUBISHI CNC II 72 ...
Page 510: ...III MAINTENANCE ...
Page 511: ......
Page 512: ...III 1 1 Daily Maintenance and Periodic Inspection and Maintenance ...
Page 515: ...1 Daily Maintenance and Periodic Inspection and Maintenance MITSUBISHI CNC III 4 ...
Page 516: ...III 5 2 Hardware Replacement Methods ...
Page 531: ...2 Hardware Replacement Methods MITSUBISHI CNC III 20 ...
Page 532: ...IV APPENDIXES ...
Page 533: ......
Page 534: ...IV 1 Appendix 1 List of Function Codes ...
Page 536: ...IV 3 Appendix 2 Table of Command Value Ranges ...
Page 543: ...Appendix 2 Table of Command Value Ranges MITSUBISHI CNC IV 10 ...
Page 544: ...IV 11 Appendix 3 Circular Cutting Radius Error ...
Page 546: ...IV 13 Appendix 4 Registering Editing the Fixed Cycle Program ...
Page 561: ...Appendix 4 Registering Editing the Fixed Cycle Program MITSUBISHI CNC IV 28 ...
Page 562: ...IV 29 Appendix 5 RS 232C I O Device Parameter Setting Examples ...
Page 564: ...IV 31 Appendix 6 Explanation of Alarms ...
Page 678: ...IV 145 Appendix 7 Operation Messages ...
Page 699: ...Appendix 7 Operation Messages MITSUBISHI CNC IV 166 ...
Page 700: ...IV 167 Appendix 8 User Parameters ...
Page 777: ...Appendix 8 User Parameters MITSUBISHI CNC IV 244 ...
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