CANopen Programmer's Manual - Maccon.de
CANopen Programmer's Manual - Maccon.de
CANopen Programmer's Manual - Maccon.de
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<strong>CANopen</strong> Programmer’s <strong>Manual</strong> B: Trace Tool<br />
TRACE CHANNELS INDEX 0X2500<br />
Type Access Units Range Map PDO Memory<br />
Array RW - See <strong>de</strong>scription, below. NO -<br />
Description<br />
This object uses 6 sub-indices configure up to 6 trace channels.<br />
TRACE CHANNELS INDEX 0X2500, SUB-INDEX 1-6<br />
Type Access Units Range Map PDO Memory<br />
Unsigned 16 RW - - NO R<br />
Sub-object x configures trace channel x. Each channel can be configured to monitor one of the<br />
trace variables <strong>de</strong>scribed below by programming the sub-object with the co<strong>de</strong>.<br />
Co<strong>de</strong> Trace Variable<br />
0 No data. Setting a channel to this value disables it. Disabling unused channels saves space in the<br />
trace buffer.<br />
3 Current reading winding A (0.01 amps)<br />
4 Current reading winding B (0.01 amps)<br />
5 Reference A/D reading (millivolts)<br />
6 High voltage reference (0.1 volts)<br />
7 Comman<strong>de</strong>d torque<br />
8 Limited torque<br />
9 Comman<strong>de</strong>d current (D rotor axis) (0.01 amps)<br />
10 Comman<strong>de</strong>d current (Q rotor axis) (0.01 amps)<br />
11 Actual current (X stator axis) (0.01 amps)<br />
12 Actual current (Y stator axis) (0.01 amps)<br />
13 Actual current (D rotor axis) (0.01 amps)<br />
14 Actual current (Q rotor axis) (0.01 amps)<br />
15 Current Error (D rotor axis) (0.01 amps)<br />
16 Current Error (Q rotor axis) (0.01 amps)<br />
17 Current Integral (D rotor axis)<br />
18 Current Integral (Q rotor axis)<br />
19 Current loop output (D rotor axis)<br />
20 Current loop output (Q rotor axis)<br />
21 Current loop output (X stator axis)<br />
22 Current loop output (Y stator axis)<br />
23 Actual motor velocity (0.1 counts/sec or 0.01 RPM if using back EMF velocity estimate).<br />
24 Comman<strong>de</strong>d motor velocity.<br />
25 Limited motor velocity command.<br />
26 Velocity loop error.<br />
27 Velocity loop integral.<br />
28 Actual load position (counts).<br />
29 Comman<strong>de</strong>d position.<br />
30 Position loop error<br />
31 Motor enco<strong>de</strong>r position (counts)<br />
32 Position loop output velocity<br />
33 Raw input pin readings (no <strong>de</strong>bounce)<br />
34 reserved<br />
35 reserved<br />
Continued…<br />
Copley Controls 239