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LAC-1 single axis controller manual

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SMAC<br />

<strong>LAC</strong>-1 Technical Reference Manual<br />

Command: TS -- Tell Status Word --<br />

This command reports the operating status word of the servo. The response is coded into a<br />

<strong>single</strong> 32 bit value. The meaning of each bit is listed below:<br />

Bit Purpose<br />

0 Servo Enabled. This bit will be set to Ò1Ó when the servo is enabled<br />

via the Motor On (MN) command. A Ò0Ó indicates that the servo has<br />

been disabled via one of the following reasons: a Motor Off (MF)<br />

command, a servo error due to excessive following error or over<br />

temperature condition, a limit event, an external fault.<br />

1 Servo Error. A Ò1Ó in this bit position indicates that the maximum<br />

servo following error or over-temperature condition has occurred, or<br />

the external fault has been activated.<br />

2 Over Temperature / Fault. A Ò1Ó in this bit position indicates that an<br />

over-temperature condition has occurred or the external fault input<br />

has been activated.<br />

3 Breakpoint Reached. A Ò1Ó in this bit position indicates that a<br />

previously defined breakpoint has been reached. This bit will be reset<br />

by any of the following commands: Motor On (MN), Interrupt on<br />

Position (IR), Interrupt on Relative Position (IR).<br />

4 Trajectory Complete. A Ò1Ó in this bit position indicates that the servo<br />

has completed a commanded move. A Ò0Ó indicates that the servo is<br />

busy executing a commanded move.<br />

5 Servo Stopping. A Ò1Ó in this bit position indicated that the servo has<br />

been commanded to stop. Upon stopping, this bit is then cleared.<br />

6 Current Direction. This bit indicated the current direction of travel for<br />

the servo. (0 = Positive, 1 = Negative)<br />

7 Desired Direction. This bit indicates the direction commanded by<br />

the Direction (DI) command. (0 = Positive, 1 = Negative)<br />

8 Reserved.<br />

9 Output Phasing. This bit indicates the output phasing as set by the<br />

Phase (PH) command. (0 = Normal, 1 = Reversed)<br />

10 Looking for Index. A Ò1Ó in this bit position indicates that the IMCSA<br />

is currently watching for an index pulse to occur as commanded by<br />

the Find Index (FI) command.<br />

11 Looking for Edge. A Ò1Ó in this bit position indicates that the IMCSA<br />

is currently watching for the Coarse Home input to go active as<br />

commanded by the Find Edge (FE) command.<br />

12 Reserved.<br />

13 Coarse Home Input Active. A Ò1Ó in this bit position indicates that the<br />

Coarse Home input is active.<br />

14 Capture Index Flag. A Ò1Ó in this bit position indicates that the Find<br />

Index (FI) command is trying to capture the position on occurrence of<br />

an index pulse as opposed to initializing the position.<br />

15 Bad Input. A Ò1Ó in this bit position indicates that invalid input has<br />

been entered via the Variable Input (VI) command. A Ò0Ó indicates<br />

that the last data obtained via the VI command was valid.<br />

16 Accelerating.? A Ò1Ó in this bit position indicates that the servo is<br />

currently accelerating.<br />

17 Position Mode. A Ò1Ó in this bit position indicates that the servo is<br />

currently operating in position mode.<br />

18 Velocity Mode. A Ò1Ó in this bit position indicates that the servo is<br />

currently operating in velocity mode.<br />

19 Torque Mode. A Ò1Ó in this bit position indicates that the servo is<br />

currently operating in (voltage) torque mode.<br />

33

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