21949-1

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21949-1 application field and working principle have wide applicability. The standard was released by the International Electrotechnical Commission (IEC) as a basis for developing and deploying safety-related performance requirements and verification methods for an industrial robot system. To ensure the safety of an industrial robot system, the operator should know and understand how a certain robot system operates and functions.This standard is divided into two parts. The first part provides a general overview about the safety requirements and guidelines used in the development, construction, and use of an industrial robot system. It explains the roles of involved stakeholders, manufacturers, customers, operators, and others in the safety of the system. The second part of the standard describes the installation, commissioning, operation, maintenance, service, and disposal of the industrial robot system. It alsoprovides information about the hazards and safety measures that operators need to take when using the system, such as avoiding or minimizing risks of system failure or operator injury.The application field and working principle of 21949-1 are widely used in many industries, such as manufacturing, aerospace, healthcare, and food and beverage. In manufacturing industries, industrial robots are used for jobs such as welding, painting, assembly, and material handling, among others, thereby reducing the need for manual labour. In the aerospace industry, they are used to build, assemble, and test components, and in the healthcare sector, they are used for remote medical procedures, surgical operations, and other medical activities. In the food and beverage industry, industrial robots are used for sorting, packing, and palletizing.The key working principle of industrial robots is based on the feedback from sensors and actuators. The robot first receives information from sensors such as encoders, cameras, and other sensing elements. This data is used to understand the environment and detect obstacles. Then the actuators are controlled using a controller, like a computer or a microcontroller, to ensure that the robot performs the intended movement. The robot then counteracts external forces, and maintains the intended position. The robot continues to receive feedback from sensors and adjust its motion accordingly. This loop enables the robot to reach the desired orientation and perform the intended task.Aside from the sensor and actuator feedback loop, some robots also use machine learning algorithms to determine the most efficient way to complete the task at hand. This combined with the motion control system enables robots to move faster and more accurately than what is possible for manual operation.In addition, different robot systems are equipped with different safety features to protect operators and other people in close proximity to the robot. Common safety features include override switches, mat switches, dead man switches, force sensors, and safety fences. In addition, most modern industrial robot systems use multiple safety techniques such as rotating laser fields, guard plates, and safety monitoring cameras. These safety features help to reduce potential risks of robot malfunction or operator harm when working with the robot.21949-1 application field and working principle have wide applicability, and is used in almost all industrial robot systems. The standard provides guidelines for the installation and operation of an industrial robot system, and describes the safety features that should be in place for the system. It is important for operators to be well versed in the safety requirements and methods of operation for the system, as this will help ensure that the system functions safely and efficiently.

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