ST ST-PMC1 - Controller Features; Single Axis Control; Maximum Output Frequency; Front Panel Overview

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Ⅰ.Features
• Number of controlled axis: Single axis; can achieve a variety of complex operation: positioning
control and non-positioning control;
• The maximum output frequency: 40KHZ;
• Output frequency resolution: 1Hz;
• Programmable maximum number of rows: 99;
• Signal input: 6 (optical isolation);
• Signal output: 3 (optical isolation);
• A continuous displacement range: -7,999,999 ~ 7,999,999;
• Operating state: Auto-run mode, manual operation, the program edit mode, parameter setting
status;
• Lifting speed curve: 2 (optimization);
•Display digits: 8 digital display, manual / automatic status display, run / stop status display, the
number of steps / counts / procedures display, edit the program, parameter display, input /
output status display, pulse and direction display ;
• Auto-run feature: You can edit, you can control the start and stop operation ect. automatically
through the panel buttons and adding switches that connected to the back of the terminals;
• Manual operation functions: position adjustment (manual jog speed and jog the number of
steps can be set);
• Parameter setting function: Starting frequency, acceleration and deceleration curve, reverse
clearance, manually run length, manual speed, back to zero speed and interrupt jump the line
all can be set;
• Program editing functions: You can insert, delete, modify the program. The controller can
identify the error Instruction;
• Return to Zero features: It can return to zero from the positive and negative directions
automatically
•The number of programming instructions: 14;
•External operating functions: interrupt operation through parameter setting and add switches
that connected to the terminals A and B;
• Power supply:DC 24V;
Ⅱ.Front panel diagram
1. 8 digital led Segment displays;
2. 6 input status indicator;
3. 3 output status indicator;
4. CP pulse signal indicator;
5. CW direction signal indicator;
6 Keys: 10 keys total, and most of the composite keys,
they represent different functions in different states,
in
the following description, we just take one of the
functions represents a key.
Figure I: operation panel