Contrex M-Traverse Manual de usuario descargar pdf (Pagina 152)

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Discrete Inputs Setpoint Select A Wait

Setpoint Select B F-Stop

Home Set Keypad Lockout

Home Seek Forward Limit

Home Return Reverse Limit

Batch Reset Jog Forward/Reverse

Run Jog

Discrete Inputs - Group A See Appendix C; MV-53.

Discrete Inputs - Group B See Appendix C; MV-54.

Discrete Inputs - Group C See Appendix C; MV-55.

Discrete Outputs - Group A See Appendix C; MV-56.

Discrete Outputs - Group B See Appendix C; MV-57.

Dwell See Appendix C; CP-10.

Edge/Center Based Profile See Appendix C; CP-24.

Engineering Units (E.U.) Engineering units are the units of measure that you select

for your setpoint scaling (e.g., inches, feet or centimeters).

EPROM Chip The EPROM (Erasable Programmable Read Only

Memory) chip is the software for the M–Traverse.

F–Stop The F–Stop discrete input brings the M–Traverse's speed

command (analog output) to an immediate Zero. F–Stop

has priority over the other operating states.

Feedback Frequency See Appendix C; MV-42.

Follower Engineering Units See Appendix C; MV-45.

Follower Job Size See Appendix C; MV-81.

Follower Lines Per E.U. See Appendix C; CP-17.

Follower Mode A complex multi-drive system. This is the M-Traverse's

primary mode of operation. The M–Traverse compares the

profile ratio or percentage of the Follower sensor shaft

feedback and Lead sensor shaft to calculate any position

error. When the M–Traverse finds speed error, the control

algorithm adjusts the motor drive's Speed Command

analog output and reduces the error to zero.

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Contrex M-Traverse Manual de usuario Pagina 152