NEWTON S
20
SYSTEM OPERATION MANUAL
Table 5.2: Newton C1 Settings - Remote Settings
Setting
Range
Description
<Axis> P
0
.
25
–
25
See section
<Axis> I
0
–
5
<Axis> D
0
–
20
<Axis> POS GAIN
2
–
10
Normally no need to change, keep at de-
fault of 6
MOTOR LOCK MODE
HOME
POS
CURRENT POS
Controls the motors locked mode
CONTROL FILTER
0
.
5
–
10
Controls smoothing of the control input.
TILT MIN ANGLE
−
145
°
–
0
°
Adjust the min/max angle limit of the
axis
TILT MAX ANGLE
0
°
–
145
°
ROLL MIN ANGLE
−
60
°
–
0
°
ROLL MAX ANGLE
0
°
–
60
°
PAN FOLLOW
ENABLED
DISABLED
PAN FOLLOW STRENGTH
0
–
90
Controls how tightly the camera is fol-
lowing the base of the Newton
AUTO PAN DRIFT COMP
OFF
ADAPTIVE
!
NOTICE
!
If the connection between the Newton C1 and the remote head is severly
degraded, some settings might not be displayed within a reasonable time. In
such cases it will be shown with “–” instead of the real value. Selecting the
setting will try to read the setting again and might resolve the issue.
5.2.1
MOTOR LOCK MODE
The
MOTORS LOCKED
mode can be configured to work in one of two ways. When
MOTOR LOCK MODE
setting is set to HOME POS the head will return to home position, that is pointing straight forward at
a level setting for tilt/roll. When set to CURRENT POS the head will lock the motors at the current
position, as long as that is a valid control position, or do a minimal rotation to reach a valid position
and then lock there.
5.2.2
MAX/MIN ANGLES
These settings allow updating of the software limits for control. The angles given for min/max angle
is IMU/world angles, not angles of the joints of the head.
5.2.3
PAN FOLLOW MODE
When follow mode is active the camera follows the base of the Newton. This can be useful for instance
when Newton is mounted on a car, ’ the camera will follow the rotation of the car. Follow mode can
also be used to remove pan bias drift when the base of the Newton is not rotating, for instance when
mounted on a straight rail system. The
PAN FOLLOW STRENGTH
option controls how tightly the
camera follows the base.
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