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  • INDRAMAT DDS2.1-W150-D Voltage output module
INDRAMAT DDS2.1-W150-D Voltage output module

INDRAMAT DDS2.1-W150-D Voltage output module

INDRAMAT DDS2.1-W150-D Voltage output module

Abort - A low input stops commanded motion instantly without a controlled deceleration. For any axis in which the Off-On-Error function is enabled, the amplifiers will be disabled. This could cause the motor to ‘coast’ to a stop. If the Off-On-Error function is not enabled, the motor will instantaneously stop and servo at the current position. The Off-On-Error function is further discussed in this chapter. Selective Abort – The controller can be configured to provide an individual abort for each axis. Activation of the selective abort signal will act the same as the Abort Input but only on the specific axis. To configure the controller for selective abort, issue the command CN,,,1. This configures the inputs 5,6,7,8 to act as selective aborts for axes A,B, C, D respectively.

Forward Limit Switch 

- Low input inhibits motion in forward direction. (The CN command can be used to change the polarity of the limit switches.) If the motor is moving in the forward direction when the limit switch is activated, the motion will decelerate and stop. In addition, if the motor is moving in the forward direction, the controller will automatically jump to the limit switch subroutine, #LIMSWI (if such a routine has been written by the user). Reverse Limit Switch - Low input inhibits motion in reverse direction. (The CN command can be used to change the polarity of the limit switches.) If the motor is moving in the reverse direction when the limit switch is activated, the motion will decelerate and stop. In addition, if the motor is moving in the reverse direction, the controller will automatically jump to the limit switch subroutine, #LIMSWI (if such a routine has been written by the user).

Software Protection

 The DMC-18x2 provides a programmable error limit. The error limit refers to a difference in the actual and commanded position of the motor. This limit can be set for any number between 1 and 32767 using the ER n command. The default value for ER is 16384. Example: ER 200,300,400,500 Set X-axis error limit for 200, Y-axis error limit to 300, Z-axis error limit to 400 counts, W-axis error limit to 500 counts ER,1,,10 Set Y-axis error limit to 1 count, set W-axis error limit to 10 counts. The units of the error limit are quadrature counts. The error is the difference between the command position and actual encoder position. If the absolute value of the error exceeds the value specified by ER, the DMC-18x2 will generate signals to warn the host system of the error condition

                                          

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