Robot Teach Pendant Programming

Next generation robot programming smart pendant direct teach.

Robot teach pendant programming.

According to the british automation and robot association over 90 of robots are programmed using this method. Smart pendant is an ideal programming and operator interface for novice robot users. 1 move a robot in 3d 2 adjust the display 3 view multiple windows 4 edit robot properties 5 add a part and define the part in a cell 6 add a torch to the robot 7 add a dressout to joint 3 8 defining a relationship between tool and part 9 virtual teach pendant 9 restart the controller 10 create a welding program. Teach pendant programs commonly consist of movements to and from several points.

A basic requirement for creating any teach pendant program is for operators to understand what a point is and to be able to move a robot to a specified point in space in order to carry out a task. The strap is typically placed on your non dominate hand leaving your dominate hand to hit most buttons and navigation keys. Common ways of programming a robot include. The robot adapts to the user s position.

This form of programming uses a teach pendant to drive the robot and its peripherals to desired locations. A point is a position in space. Its patented built in smart frame technology eliminates the use of coordinate frames. The fanuc teach pendant is designed for either left or right handed operation.

The strapped hand is used for the deadman switch and often the shift key. The most popular method of robot programming is probably the teach pendant. The robot teaching pendant has changed a lot throughout its lifetime but often consists of what looks like a giant handheld. Programming pendant motion the most common type of programming the teach method is used to program nearly 90 of industrial robots used in production today.