9.2 Information Allocated to Virtual Memory
9.2.2 Common Parameter Area
9-4
9.2.2
Common Parameter Area
When accessing virtual memory using the MEM_RD or MEM_WR command, use virtual mem-
ory addresses. The address map is given below.
Data in this area can also be read using the SVPRM_RD or SVPRM_WR command.
For details, use the common parameter number from the following table and refer to the follow-
ing section.
(h)
Common
Parameter No.
(h)
Common
Parameter No.
0001 0124
S
upported Unit
49h
0001 FFFF
Re
s
erved (00000000h)
–
0001 0120
Torque Ba
s
e Unit
48h
0001
011C
Torque Unit
47h
0001 0118
Acceleration Ba
s
e Unit
46h
0001 0250
0001 0114
Acceleration Unit
45h
0001 024C
I/O Bit Enabled/Di
s
abled
9
3
h
0001 0110
Po
s
ition Ba
s
e Unit
44h
0001 0248
I/O Bit Enabled/Di
s
abled
92h
0001
010C
Po
s
ition Unit
4
3
h
0001 0244
S
VCMD_
S
TAT field
Enabled/Di
s
abled
91h
0001 0108
S
peed Ba
s
e Unit
42h
0001 0240
S
VCMD_CTRL field
Enabled/Di
s
abled
90h
0001 0104
S
peed Unit
41h
0001 02
3
C
S
peed Coincidence
S
ignal Output Width
8Fh
0001 0100
Re
s
erved (00000000h)
–
0001 02
3
8
Zero
S
peed Detection Range
8Eh
0001
00FC
Re
s
erved (00000000h)
–
0001 02
3
4
Rever
s
e Torque Limit
8Dh
0001 02
3
0
Forward Torque Limit
8Ch
0001
00A4
0001 022C
Origin Detection Range
8Bh
0001
00A0
Rever
s
e
S
oftware Limit
28h
0001 0228
Monitor
S
elect for
S
EL_MON2
8Ah
0001
009C
Re
s
erved (00000000h)
–
0001 0224
Monitor
S
elect for
S
EL_MON1
89h
0001 0098
Forward
S
oftware Limit
26h
0001 0220
Monitor
S
election 2
88h
0001 0094
Limit
S
etting
25h
0001 021C
Monitor
S
election 1
87h
0001 0090
Multiturn Limit
24h
0001 0218
Final Travel Di
s
tance for Homing
86h
0001
008C
Ab
s
olute Encoder Origin Off
s
et
2
3
h
0001 0214
Homing Creep
S
peed
85h
0001 0088
Electronic Gear Ratio (Denominator)
22h
0001 0210
Homing Approach
S
peed
84h
0001 0084
Electronic Gear Ratio (Numerator)
21h
0001 020C
Final Travel Di
s
tance for External Po
s
itioning
8
3
h
0001 0080
Re
s
erved (00000000h)
–
0001 0208
Movement Average Time
82h
0001 0204
Exponential Function Acceleration/Deceleration Time Con
s
tant
81h
0001 00
3
4
0001 0200
Re
s
erved (00000000h)
–
0001 00
3
0
Pul
s
e
s
per
S
cale Pitch
0Ch
0001 01FC
Re
s
erved (00000000h)
–
0001
002C
Linear
S
cale Pitch
0Bh
0001 0028
Re
s
olution (Rotary)
0Ah
0001 0024
Torque Multiplier
09h
0001 01A0
0001 0020
Maximum Output Torque
08h
0001 019C
NEAR
S
ignal Width
67h
0001
001C
Rated Torque
07h
0001 0198
Po
s
itioning Completed Width
66h
0001 0018
S
peed Multiplier
06h
0001 0194
Po
s
ition Loop Integral Time Con
s
tant
65h
0001 0014
Maximum Output
S
peed
05h
0001 0190
Feedforward Compen
s
ation
64h
0001 0010
Rated
S
peed
04h
0001 018C
Po
s
ition Loop Gain
6
3
h
0001
000C
S
emi-Clo
s
ed/Fully-Clo
s
ed Type
0
3
h
0001 0188
S
peed Loop Integral Time Con
s
tant
62h
0001 0008
Motor Type
02h
0001 0184
S
peed Loop Gain
61h
0001 0004
Encoder Type
01h
0001 0180
Re
s
erved (00000000h)
–
0001 0000
Re
s
erved (00000000h)
–
0001 0128