17-42
Offset
address Name
Descriptions
Default
value
Setting
range
Unit
00EH
Lower limit of
software limit
Sets the lower limit value of the software limit for absolute coordinates.
Bit
Name
Default
Description
31 to 0
Lower
limit of
software
limit
1,073,741,823
Lower limit of software limit
Interpretation is changed by the unit setting.
Pulse: -1,073,741,823 to 1,073,741,823 pulse
µ
m (0.1
µ
m): -107,374,182.3 to 107,374,182.3
µ
m
µ
m (1
µ
m): -1,073,741,823 to 1,073,741,823
µ
m
inch: (0.00001 inch): -10,737.41823 to 10,737.41823 inch
inch: (0.0001 inch): -107,374.1823 to 107,374.1823 inch
degree (0.1): -107,374,182.3 to 107,374,182.3
degree (1): -1,073,741,823 to 1,073,741,823
Any other settings will be errors.
00FH
010H
-
-
011H
-
-
012H
Auxiliary output
mode
Sets the auxiliary output function of the auxiliary output contact and code to be
enabled or disabled. The time that the auxiliary output contact is on is determined
by the following auxiliary output ON time.
Bit
Name
Default
Description
7to 0
Auxiliary output mode
00H
00H: Not use the auxiliary output function
(auxiliary output contact, code).
01H: Use With mode.
02H: Use Delay mode.
15 to 8
Auxiliary output ON time
0AH (10ms)
Setting range: 00H (0ms) to FFH (255 ms)
013H
Auxiliary output
Delay ratio
When using the delay mode for the auxiliary output, specify the ratio (%) to output.
The setting range is 0(%) to 100(%). If the setting is 50%, the auxiliary output will
be performed when the positioning movement amount exceeds 50%.
Default: 0 (%)
014H
AMP operation
settings
Sets to enable or disable the limit input of the AMP, and sets the moving direction
and connection method.
Note) This setting is should be written in the EEPROM within the AMP, and the
AMP should be rebooted after changing the setting.
Bit
Name
Default
Description
0
Limit enabled/disabled
0
0: Uses the input of limit signal
1: Ignores the input of limit signal
1
CW/CCW moving direction
0
0: CW+ / CCW-
1: CCW+ / CW-
2
Limit connection
0
0: Standard connection
(Forward: CWL, Reverse: CCWL)
1: Reverse connection
(Forward: CWL, Reverse: CCWL)
15 to 3
-
-
-
015H
-
-
016H
-
-
017H
-
-
018H
-
-
018H
-
-
01AH
-
-
01BH
Completion
width
After the movement of the specified amount in the
positioning control or JOG operation, the
completion flag will turn on when the current value
of the AMP becomes in this completion width.
10
Positive Pulse
01CH
Monitor value
error settings
This is the setting to give an error or warning by setting judgment values for the
torque monitor values and actual speed of each axis.
Bit
Name
Default
Description
0
Torque judgment value
enabled
0
0: Disables the torque judgment value
1: Enables the torque judgment value
1
Torque judgment value
error/warning setting
0
0: Announces an error when it is enabled
1: Announces a warning when it is enabled
2
Actual speed judgment
value enabled
0
0: Disables the actual speed judgment value
1: Enables the actual speed judgment value
3
Actual speed judgment
value error/warning setting
0
0: Announces an error when it is enabled
1: Announces a warning when it is enabled
15 to 4
-
-
-
01DH
Torque
judgment value
Sets the limit value of the torque.
5000
0 to
5000
0.1%
01EH
Actual speed
judgment value
Sets the limit value of the actual speed.
5000
0 to
5000
0.1rps
or
0.1rpm
01FH
-
-
Summary of Contents for FP2 Positioning Unit RTEX
Page 1: ......
Page 6: ...iv ...
Page 14: ...xii ...
Page 15: ...Chapter 1 Functions of Unit and Restrictions on Combination ...
Page 21: ...Chapter 2 Parts and Functions ...
Page 22: ...2 2 2 1 Parts and Functions FPΣ Positioning Unit RTEX FP2 Positioning Unit RTEX ...
Page 24: ...2 4 ...
Page 25: ...Chapter 3 Wiring ...
Page 31: ...Chapter 4 Power On Off and Items to Check ...
Page 36: ...4 6 ...
Page 37: ...Chapter 5 4BPreparation For Operation ...
Page 45: ...Chapter 6 5BI O Allocation ...
Page 53: ...Chapter 7 6BSetting Tool Configurator PM ...
Page 83: ...7 31 Setting Font Select Option Font in the menu bar The following dialog is shown ...
Page 102: ...7 50 ...
Page 103: ...Chapter 8 7BAutomatic Operation Position Control ...
Page 118: ...8 16 ...
Page 119: ...8 17 When the X axis and Y axis is the moving axes each axis in the above diagram is replaced ...
Page 141: ...Chapter 9 8BManual Operation JOG Operation ...
Page 146: ...9 6 ...
Page 147: ...Chapter 10 9BManual Operation Home Return ...
Page 155: ...Chapter 11 10BManual Operation Pulser Operation ...
Page 159: ...Chapter 12 11BStop Functions ...
Page 162: ...12 4 ...
Page 163: ...Chapter 13 12BSupplementary Functions ...
Page 177: ...13 15 Sample program When reading AMP parameter No 1 1 of axis 1 with A6N or A5N ...
Page 179: ...13 17 Sample program When writing AMP parameter No 1 1 of axis 1 with A6N or A5N ...
Page 183: ...Chapter 14 Precautions During Programming ...
Page 187: ...Chapter 15 Errors and Warnings ...
Page 212: ...15 26 ...
Page 213: ...Chapter 16 Troubleshooting ...
Page 214: ...16 2 16 1 Cannot Communication With AMP ...
Page 215: ...Chapter 17 Specifications ...
Page 275: ...Chapter 18 Dimensions ...
Page 276: ...18 2 18 1 FPSigma Positioning Unit RTEX ...
Page 277: ...18 3 18 2 FP2 Positioning Unit RTEX ...
Page 278: ...18 4 ...
Page 279: ...Chapter 19 Sample Programs ...
Page 283: ...19 5 ...
Page 286: ...19 8 ...
Page 288: ......