
Wire a Siemens s7-1200 motion control system with a stepper motor, 24-volt power, PLC signals, and driver terminals, then set resolution and current for precise control.
Use the axis control diagnostic window in Siemens S7-1200 to monitor status, velocity, distance, acceleration, and emergency declarations, while reading error messages that cannot be changed, for commissioning and testing.
Enable and reset axis power using the motion control library, wiring power blocks to the axis, monitor power status with diagnostics, and verify axis operation through network linking.
Demonstrates axis jog operation by configuring a motion block to move a motor forward and backward, adjust velocity, enable errors, and validate forward and reverse motion in Siemens S7-1200 setup.
Explore axis homing in Siemens S7-1200 motion control, detailing home position logic, sensor inputs, and how next-available motion and center sensor define home.
Learn axis move relative motion control using the mobility block to move by a set distance or angle relative to the current position, independent of the ANC.
Explore how MC_MoveAbsolute uses a home reference point to reach a fixed setpoint, and how MC_Relative moves increment from the current position.
Configure the axis MC_MoveVelocity on siemens s7-1200 by setting velocity and direction parameters, current input, and auto mode to control motor movement.
Explore how to use the MC_Halt axis control and the MS hold block to stop and hold a stepper-driven axis without power loss, preserving home position for reliable mobility.
Learn to change axis motion dynamics in a Siemens S7-1200 setup by using the change dynamic block to adjust ramp up and down times, maximum velocity, and acceleration.
Explore axis error management in detail for Siemens S7-1200 motion control, including building an error management function block, handling hex error codes, alarms, acknowledgments, and velocity-related faults.
Explore axis motion feedback in a Siemens S7-1200 motion control setup, focusing on the busy output, enabling axes, and tracing errors to ensure correct operation during simulation.
Hello all,
In this course I going to Explain How we can Use S7-1200 Motion Control Block For Controlling Stepper Motor.
I going to use TIA Portal V15 to program s7-1200 plc . TIA portal has introduced very rich function Motion controlled library.
You can use open loop control as well as close loop motion control. It means you can control motor motion with encoder and without encoder.
S7-1200 PLC has wide range of Library of Motion Control Block. S7-1200 support HSC (High Speed Counter ) and PTO (High speed Pulse Output ).
S7-1200 Motion Library has Power , Reset ,Homming , Absolute Motion , Relative Motion , Jog Operation ,Command Table operation.
With use of this available block we can implement Motion Related Application.
I am using Stepper Drive and Stepper Motor from RHINO Motion Control Company. Stepper Motor Capacity is 10 KGcm. You need wires ,2.2k register to step down voltage from 24 v to 5v. To explain this course i have connect three sensor on the motor for positive limit , negative limit and home position. You can develop this model at your home.
I have tried to cover all basic and advance fundamental of Motion Control. I have attached some documents and program to help out through this course.
Thanks