|
Index |
Sub Index |
Name |
Data Type |
Acc. |
Pdo Map. |
NVM |
Value range |
Default value |
Units |
|---|---|---|---|---|---|---|---|---|---|
|
0x2370 |
0x01 |
Resolver angle |
UINT16 |
RO |
Yes |
Yes |
UINT16 |
0x0000 |
2π / 65536 |
|
0x2370 |
0x02 |
Resolver tolerance |
UINT8 |
RW |
No |
Yes |
0 - 100 |
10 |
- |
|
0x2370 |
0x03 |
Resolver pole pairs |
UINT8 |
RW |
No |
Yes |
1 - 48 |
1 |
- |
|
0x2370 |
0x04 |
Resolver polarity |
UINT8 |
RW |
No |
Yes |
0 - 1 |
0 |
- |
|
0x2370 |
0x05 |
Resolver adapted angle |
UINT16 |
RO |
Yes |
No |
UINT16 |
0 |
2π / 65536 |
|
0x2370 |
0x06 |
Resolver error code |
UINT8 |
RO |
Yes |
Yes |
0 - 4 |
0 |
|
|
0x2370 |
0x07 |
Resolver error filter |
UINT8 |
RW |
No |
Yes |
0 - 100 |
10 |
This object helps to determine the rotor angle computed using resolver feedback.
SubIndex description:
-
0x01 (Resolver angle): It returns the resolver's electrical angle directly
-
0x02 (Resolver tolerance): This object indicates the level or sensitivity to parity errors when receiving resolver's information. Lower values indicate high sensitivity to errors, meaning a fault will be triggered with a lower amount of errors detected.
-
0x03 (Resolver pole pairs): This object indicates the level of pole pairs of the resolver. It is used to compensate the output angle in relation to the motor's electrical angle.
-
0x04 (Resolver polarity): This object allows swapping the polarity of the output angle, to avoid having to physically re-install the resolver.
Polarity
Description
0
Normal polarity
1
Reversed polarity
-
0x05 (Resolver adapted angle): It returns the resolver angle after applying a conversion factor (based on the motor and resolver pole pairs). The result is an angle that can be related directly to the electrical cycle of the motor.
-
0x06 (Resolver error code): It returns the code of the last error detected.
Error code
Error type
0
No error
1
Loss of Signal
2
Loss of Track
3
Degradation of Signal
4
SPI parity error
-
0x07 (Resolver error filter):This object indicates the level or sensitivity to resolver error bits. Lower values indicate high sensitivity to errors, meaning a fault will be triggered with a lower amount of errors detected.