Aug 4 2014
With eight new adjustable safety rated functions, Universal Robots presents the only robot in the world that adapts advanced safety settings to each specific application. The third generation of the UR5 and UR10 robot arms also comes equipped with True Absolute Encoders that eliminate the need for re-initializing the robot, enabling automatic startup and easier integration into other machinery.
East Setauket, NY, August 1, 2014: Visitors to Universal Robots’ booth E-4841 at IMTS in Chicago this September 8-13 get the opportunity to program a robot with safety features that adjust to the context it operates within. CTO of Universal Robots, Esben Østergaard, explains that the patented new safety concept is a logical development of the Danish robot manufacturer’s collaborative robot arms.
“When a human enters the robot’s work-cell, the robot arm can operate in reduced mode, and then resume full speed when he leaves again. Or, the robot can run full speed inside a CNC machine for example, and then reduced speed when outside.”
To achieve a switch between normal and reduced safety mode, eight safety functions are monitored by the new patented safety system: Joint positions and speeds, TCP positions, orientation, speed and force, as well as the momentum and power of the robot. The settings can only be changed in a password protected area.
Knows its position upon power-up
Another key innovation of Universal Robots’ new generation of collaborative robots is the True Absolute Encoders, allowing the robot to achieve faster start-up because its position is recognized upon power-up.
“With the integration of the True Absolute Encoder, our robot-arms can be integrated even more easily into other machineries while startup also becomes much faster and simpler for all applications,” says Østergaard.
Unlike most other industrial robots with incremental encoders that work like absolute encoders, until the battery runs out, the encoders in the UR robots are not battery driven, therefore named "True Absolute Encoders" eliminating the need to frequently re-initialize the robot arms since their position in space is known despite the robot not requiring battery power to achieve this function.
Based on user feedback
Though the robot arms UR5 and UR10 are now equipped with numerous new features, Universal Robots remains true to its approach of user-friendly, lightweight robots. The visual appearance of the six-jointed UR5 and UR10 robot arms, with a payload of 5/10 kilos respectively, remains unchanged. But inside of the robot arm itself, as well as in the controller, are more hidden surprises; Sixteen additional digital I/Os doubles the number of built-in I/Os which are easy to configure either as digital signals or as safety signals. The control box has a revised design and a rebuilt controller to further improve the possibilities for connecting equipment to the control boxes.
“We are the only manufacturer of lightweight robot arms with a long lasting experience in a wide variety of industries. Our R&D department worked hard in order to integrate input and feedback from end users into our product development,” comments Enrico Krogh Iversen, Universal Robots CEO, on the latest development from Denmark.
“With our flexible robot-arms, we address a broad target group – whether it is (un-)loading of CNC machines in a ten-man firm or a gluing-process at an automotive manufacturer, everyone benefits from our robots. Because they perform the dull or harmful jobs that needed to be done by humans before,” says Iversen.