Copley amplifier parameter dictionary - Maccon.de
Copley amplifier parameter dictionary - Maccon.de
Copley amplifier parameter dictionary - Maccon.de
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<strong>Copley</strong> Amplifier Parameter Dictionary Amplifier Variables<br />
ASCII DvcNet Macro CAN ID:sub Bank Type Description<br />
0x127 0x128 0x527 0x2370 RF U16 Gain scheduling configuration:<br />
Bits Meaning<br />
0-2 Key <strong>parameter</strong> for gain scheduling.<br />
Value Description<br />
0 None. Setting the key <strong>parameter</strong> to zero disables gain scheduling.<br />
1 Use value written to Gain scheduling key <strong>parameter</strong> value (p. 57) as the key.<br />
2 Use Trajectory Profile Velocity (p. 16).<br />
3 Use Position Enco<strong>de</strong>r Velocity (p. 21).<br />
4 Use Limited Position (p. 14).<br />
5 Use Actual Position (p. 12).<br />
6-7 Reserved.<br />
3-7 Reserved.<br />
8 If set, use the absolute value of key <strong>parameter</strong> for gain lookup.<br />
9 If set, disable gain scheduling until the position enco<strong>de</strong>r is referenced.<br />
0x128 0x129 0x528 0x2371 R INT32 Gain scheduling key <strong>parameter</strong> value. When gain scheduling is enabled, the current<br />
value of the key <strong>parameter</strong> is stored here. When this <strong>parameter</strong> is selected as the<br />
key <strong>parameter</strong> for gain scheduling, then it may be written to manually move through<br />
entries in the gain scheduling table.<br />
0x129 0x12A 0x529 0x6510:29<br />
or<br />
0x2384:29<br />
R INT32 Amplifier Hardware Options. Reserved for <strong>Copley</strong> Controls use.<br />
CAN ID 0x6510 is no longer recommen<strong>de</strong>d. Please use 0x2384.<br />
0x12A 0x12B 0x52A 0x2222 F INT32 Motor Enco<strong>de</strong>r Options. Specifies various configuration options for the motor<br />
enco<strong>de</strong>r. The mapping of option bits to function <strong>de</strong>pends on the enco<strong>de</strong>r type.<br />
Quadrature Enco<strong>de</strong>r<br />
Bits Description<br />
0 If set, ignore differential signal errors (if <strong>de</strong>tected in hardware) .<br />
1 If set, use single en<strong>de</strong>d inputs (if available in hardware).<br />
2 Ignore differential signal errors on in<strong>de</strong>x input only (if supported by hardware).<br />
EnDat Enco<strong>de</strong>r<br />
Bits Description<br />
0-4 Number of bits of single turn data available from enco<strong>de</strong>r.<br />
<strong>Copley</strong> Controls Page 57