Hardware Article No.; Type Of Seating; Torque Switching - AUMA AUMATIC AC 01.2 Manual

Appendix
No. Type Parameter
6-4 S20 Logic (Bootloader)
6-5 S20 Fieldbus
6-6 S20 Fieldbus (Bootloader)
6-7 S20 MWG
6-8 S20 MWG (Bootloader)
Table 39: Hardware article no.
No. Type Parameter
Offset (hexadecimal) = 0x04B7
Offset (decimal) = 1207
Data length = 140 bytes
7-1 S20 ArtNo LC
7-2 S20 ArtNo logic
7-3 S20 ArtNo MCM
7-4 S20 ArtNo PSO
7-5 S20 ArtNo I/O interface
7-6 S20 ArtNo fieldbus
7-7 S20 ArtNo MWG
Table 40: Type of seating
No. Type Parameter
Offset (hexadecimal) = 0x04B9
Offset (decimal) = 1209
Data length = 4 bytes
9-1 enum End position CLOSED
9-2 enum End position OPEN
Table 41: Torque switching
No. Type Parameter
Offset (hexadecimal) = 0x04BA
Offset (decimal) = 1210
Data length = 12 bytes
10-1 enum Torque by-pass
10-2 U16 Torque by-pass [s]
52
Access Default Setting value
R 0
R 0
R 0
R 0
R 0
Access Default Setting value
R _ ARTNR
OSS _
R _ ARTNR LO-
GIK _
R _ ARTNR RE-
LAIS _
R _ ART-
NR_OPT _
R _ ARTNR IN-
TF _
R _ ARTNR
PBD _
R _ ARTNR
MWG _
Access Default Setting value
R/W 0 0 : Limit
1 : Torque
R/W 0 0 : Limit
1 : Torque
Access Default Setting value
R/W 1 0 : Function not active
1 : Function active
R/W 0 Min = 0 [0.1 s]
Max = 50 [0.1 s]
Actuator controls
AC 01.2/ACExC 01.2 Modbus RTU
Explanation
Logic firmware version (Boot-
loader)
Fieldbus firmware version
Fieldbus firmware version
(Bootloader)
MWG firmware version
MWG firmware version (Boot-
loader)
Explanation
Article number of 'Local controls'
electronics sub-assembly (A9)
Article number of 'Logic' electron-
ics sub-assembly (A2)
Article number of 'MCM' (Motor
Control and Monitoring / A52)
electronics sub-assembly
Article number of 'PSO' (Power
Supply Options / A52.1) electron-
ics sub-assembly
Article number of 'I/O interface'
electronics sub-assembly (A1.0)
Article number of 'Fieldbus'
electronics sub-assembly (A1.8)
Article number of 'MWG' elec-
tronics sub-assembly (B6)
Explanation
Type of seating in end position
CLOSED
Type of seating in end position
OPEN
Explanation
Enabling/disabling torque by-
pass. Torque by-pass' = function
active means that the torque
monitoring is suspended for
each start and this for the time
as defined in the field 'Time
torque by-pass'. Consequently,
unseating is possible without
torque fault tripping.
By-pass duration of torque
monitoring at actuator start