Safe Robotics Area Protection OPEN ACCESS FOR MAXIMUM PRODUCTIVITY Safety systems

Safe Robotics Area Protection SAFE PRODUCTIVITY IN ROBOTICS APPLICATIONS Robotics applications are now nearly indispensable as an addition to and support for work processes in order to live up to ever-growing competitive pressure in modern industry. Such robotics applications ­ enable flexible adaptation to changing production conditions while keeping product quality at the same consistently high level. The challenge when using industrial robots is to ensure that people can access the ­ obot system unhindered at any time, yet be protected against all possible dangers. r An optimal safety system...

Safe Robotics Area Protection Safe Robotics Area Protection – product family overview sBot Speed sBot Stop Aiming for high productivity Smooth and free access to the working area of the robot while preventing unnecessary machine stops providing the option of automatic restart. Future-proof investment Ready-to-use and proven safety components from SICK provide a high level of flexibility when applying Safe Robotics Area Protection in different work situations and environments. Guaranteeing safety Unlimited and safe access to the hazardous area of the robot at all times enables safe human-robot...

sBot Speed PRINCIPLE OF OPERATION sBot Speed – WITH SPEED REDUCTION FOR LESS ­ OWNTIME D The sBot Speed safety system ensures safety and flexibility because it intelligently combines the ­ unctions f of a safety laser scanner with those of the Flexi Soft safety controller. The non-safe automation ­ unctions f and the safe functions have been ready-made and tested, meaning that the sBot Speed is easy to integrate into the most common robot controls. The safety system adapts the robot operating ­ onditions c to the respective position of the worker. After the worker has left the hazardous area...

PRINCIPLE OF OPERATION sBot Speed AUTOMATIC ­RESTART* § The robot stops when the worker enters the protective field. $ When the worker exits the hazardous area, the r­ obot r ­ estarts automatically after additional sequence monitoring*, with reduced speed at first. As soon as the person leaves the protective field and warning field, the robot accelerates back to full speed. * his function may only be used if permitted by the risk assessment and all T requirements for the use of this safety system are fulfilled. 8022384/2019-02-01 Subject to change without notice Safe Robotics Area Protection...

sBot Speed SYSTEM COMPONENTS AND FUNCTIONS sBot Speed – SYSTEM COMPONENTS AND VARIANTS sBot Speed In addition to the hardware components, SICK ­ ffers o In addition to the hardware components, SICK ­ ffers o •• Wiring diagram for system integration into the most c ­ ommon robot controls •• Safety functions (available for implementation into the ­ afety controller) s •• SISTEMA file •• Operating instructions •• Wiring diagram for system integration into Universal Robots (UR) robot controls •• Safety functions (available for implementation into the safety controller) •• SISTEMA file •• Operating...

ADVANTAGES sBot Speed Activation of safety-rated, monitored speed Safe protective field switching Triggering of safety stop at the robot Triggering of automated restart* after additional sequence monitoring Triggering of emergency stop, if necessary Prevention of expected robot start-up if the requirements for automatic restart are not fulfilled Initiation of speed reduction of the robot when people approach the hazardous area Selection of the UR operating mode via switch This function may only be used if permitted by the risk assessment and all requirements for the use of this safety system...

sBot Stop PRINCIPLE OF OPERATION sBot Stop – THE COMPACT SOLUTION WHEN SPACE IS TIGHT sBot Stop combines the functions of a safety light curtain or a multiple light beam safety device for ­ ccess a monitoring, of a laser scanner for presence detection or of a non-programmable Flexi Classic safety c ­ ontroller in an intelligent manner. The safety system can be integrated easily with the robot control and allows for compact machine design with minimal safety distance to the hazardous point thanks to the short response time of the safety light curtain or the multiple light beam safety device. !...

PRINCIPLE OF OPERATION sBot Stop § The secondary protective device detects whether people are located in the protective field and ensures that the robot remains safely stopped as long as the worker is in the hazardous area. $ Depending on the application, the safety system offers the option of performing a manual or automatic restart*. It is only reset when the worker has left the hazardous area. * his function may only be used if permitted by the risk assessment and all T requirements for the use of this safety system are fulfilled. 8022384/2019-02-01 Subject to change without notice Safe Robotics...

sBot Stop SYSTEM COMPONENTS AND ADVANTAGES sBot Stop – SYSTEM COMPONENTS AND VARIANTS sBot Stop with microScan3 Core sBot Stop with S300 Mini Standard sBot Stop with S3000 Standard sBot Stop is available in 11 variants. For example, the safety system combines the functions of a safety light curtain or a multiple light beam safety device with a safety laser scanner or a non-programmable safety controller including safety l ­ogistics. This can be configured with a rotary switch. In addition to the hardware components, SICK ­ ffers o •• Wiring diagram for system integration into the most c ­ ommon...

FUNCTIONS sBot Stop • Triggering of safety stop at the robot • Triggering of automatic restart* of the robot - depending on the variant • Manual resetting only possible if the primary and secondary protective devices are not interrupted • Prevention of unexpected robot start-up * This function may only be used if permitted by the risk assessment and all requirements for the use of this safety system are fulfilled. Safe Robotics Area Protection | SICK Robot type Generic Universal Robots Type of robot stop With previous speed reduction Immediate stop Restart* of the robot Automatic Manual Opto-electronic...