7-23
Setting Description: Dividing Process means the number of pulse signals generated with one revolution of Motor Encoder
that are converted into number of pulse signals preset by Cn005.
Example: The Motor Encoder is a 131072 pulse output with one revolution; to obtain a 1000 pulse
dividing output, please set Cn005=1000 directly.
Note) Dividing output is related to rotation speed at a certain level.
<Setting Limit>
Attention! The Setting Range cannot exceed the Number of Pulses in One Revolution of Motor
Encoder.
Cn006.0 Analog monitoring output MON1
JSDG2S-E(L) does not have this function
【
5-6-11
】
Initial Value Unit Setting Range Effective Cn029 Reset
2 -- 0 ~ B -- --
RS-485 CANopen EtherCAT Pi Pe Pt S T
0007H 2006H 2006H O O O O O
Setting Description:
Setting Description
0 Speed command (±10V/1.5x rated speed)
1 Speed feedback detection (±10V/1.5x rated speed)
2 Torque command (±10V/3.5x rated torque)
3 Torque feedback (±10V/3.5x rated torque)
4 Pulse input command (±10V/1.5x rated speed)
5 Position offset (±10V/±16384 pulse)
6 Electrical angle (±10V /0~360 degree)
7 Primary circuit (Vdc Bus) voltage (±10V /0~500V)
8 Speed command (±10V/1.5x rated speed)
9 Speed feedback detection (±10V/1.5x rated speed)
A Torque command (±10V/3.5x rated torque)
B Torque feedback detection (±10V/3.5x rated torque)
Cn006.1 Analog monitoring output MON2
JSDG2S-E(L) does not have this function
【
5-6-11
】
Initial Value Unit Setting Range Effective Cn029 Reset
0 -- 0 ~ B -- --
RS-485 CANopen EtherCAT Pi Pe Pt S T
0007H 2006H 2006H O O O O O
Setting Description: Please refer to Cn006.0 Description for Setting Method
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