Build Rotating Platform Robotik Full List Of
Build Rotating Platform Robotik Download This Article

Build Rotating Platform Robotik Download This Article

So, what exactly sets them apart Carlos Gonzalez Sep 14, 2017 Download this article in PDF format.

Its not hard to understand why, since such applications help improve efficiency and production rates.

To create the automated factory, an engineer can implement a motion-control system or introduce a robotic system.

However, each has a unique setup, programming options, motion flexibility, and economic benefit.

They are capable of precise speed, position, and torque control.

An application requiring the positioning of a product, synchronization of separate elements, or the rapid start and stop of motion are case examples for the use of motion control.

The controller plans the path or trajectory calculations, sending low-voltage command signals to the drive and applying necessary voltage and current to the motor, resulting in the desired motion.

Ladder-logic programming has been a staple for PLCs, with newer models featuring human-machine-interface (HMI) panels that are visual representations of the programming code.

PLCs can be used to control multiple motion-control setups and logic control on machinery.

A separate signal is used to determine the direction of travel.

This includes all of the machines components and the work being moved.

This is the primary moving element, and it may include a range of prime movers like actuators and induction motors.

The frequency or pulses determine the motor velocity and the number of pulses determines the motor position.

The motor speed, actuator, and mechanical links are part of the robots makeup.

There is the controller, which allows parts of the robot to operate together and connects it to other systems.

The program code is entered into the controller.

Also, many modern robots use HMIs built on computer operating systems such as a Windows PC.

Build Rotating Platform Robotik Full List Of

For a full list of robots, reference our Whats the Difference Between Industrial Robots guide.

Robots use hydraulic, electric, or pneumatic drives to achieve movement.

Sensors are utilized for feedback from the robots environments, providing sight and sound used for operation control and safety.

They collect information and send it to the robot controller.

End effectors connect to the robots arms and function as the hand; they come into direct contact with the product being manipulated.

Examples of end effectors include grippers, suction cups, magnets, and welding torches.