4 — PROGRAMMABLE PARAMETERS
Curtis AC F2-A, F4-A, F6-A Motor Controllers – FOS 4.5 – April 2022 Return to TOC
pg. 142
PARAMETER ALLOWABLE RANGE DEFAULT DESCRIPTION
Sin Min
Feedback_Sin_Min
0x350F 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Minimum output by the Sin/Cos sensor on the Sin channel. Input
detected at Position Feedback A. The value is set during the PMAC
motor commissioning procedure.
Sin Max
Feedback_Sin_Max
0x350E 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Maximum output by the Sin/Cos sensor on the Sin channel. Input
detected at Position Feedback A. The value is set during the PMAC
motor commissioning procedure.
Cos Min
Feedback_Cos_Min
0x350C 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Minimum output by the Sin/Cos sensor on the Cos channel. Input
detected at Position Feedback B. The value is set during the
PMAC motor commissioning procedure.
Cos Max
Feedback_Cos_Max
0x350B 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Maximum output by the Sin/Cos sensor on the Cos channel.
Input detected at Position Feedback B. The value is set during the
PMAC motor commissioning procedure.
Rsys
PMAC_Rsys
0x306C 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
The calculated system resistive loss term.
Switch Hall Position 0
Switch_Hall_Calibrated_
Position_0
0x50A0 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Three Hall switches separate an electrical cycle of motor to six
sectors. This parameter represents one boundary in the angle of
these six sectors.
Switch Hall Position 1
Switch_Hall_Calibrated_
Position_1
0x50A1 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Three Hall switches separate an electrical cycle of motor to six
sectors. This parameter represents one boundary in the angle of
these six sectors.
Switch Hall Position 2
Switch_Hall_Calibrated_
Position_2
0x50A2 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Three Hall switches separate an electrical cycle of motor to six
sectors. This parameter represents one boundary in the angle of
these six sectors.
Switch Hall Position 3
Switch_Hall_Calibrated_
Position_3
0x50A3 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Three Hall switches separate an electrical cycle of motor to six
sectors. This parameter represents one boundary in the angle of
these six sectors.
Switch Hall Position 4
Switch_Hall_Calibrated_
Position_4
0x50A4 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Three Hall switches separate an electrical cycle of motor to six
sectors. This parameter represents one boundary in the angle of
these six sectors.
Switch Hall Position 5
Switch_Hall_Calibrated_
Position_5
0x50A5 0x00
Controller model basis
Auto generated by the
commissioning process
Used for copying
N/A
See the
RESULTS post
commissioning
Three Hall switches separate an electrical cycle of motor to six
sectors. This parameter represents one boundary in the angle of
these six sectors.
MOTOR SETUP/PMAC/PERMANENT MAGNET MOTOR — COMMISSIONING RESULTS MENU, cont’d