To ensure safety, the robot E10 provides a variety of mechanical protection measures, with the aim of reducing accidents and injuries that may occur during operation.
Emergency stop button: The emergency stop button is an important part of the industrial robot safety system, which can quickly and reliably cut off the power supply and control signal of the robot. On the robot E10, the emergency stop button is usually set in an easily accessible position in the robot operation area so that it can be used quickly in an emergency. This design complies with the safety standards of industrial robots and ensures that when an abnormal situation occurs, the operator can quickly cut off the power source of the robot to prevent the accident from expanding. When the robot fails or an unexpected situation occurs, the personnel should press the emergency stop button as soon as possible to cut off the power supply and control signal of the robot. At the same time, after pressing the emergency stop button, it is necessary to confirm that the robot has stopped moving and perform necessary inspections and maintenance work.
Reset button: The reset button is a key link in the entire safety recovery process in the safety and efficiency management of the robot E10. When the robot triggers an emergency stop automatically or manually due to an emergency (such as an obstacle detected by the sensor, a person mistakenly entering the work area, etc.), the entire system will immediately enter a safety lock state, and all moving parts will stop working to prevent the situation from deteriorating further. At this time, the activation of the reset button requires a strict safety inspection procedure. The operator must first confirm that the area around the robot has been completely cleared and all potential dangerous factors have been properly handled. After ensuring safety, the operator can press the reset button to send a recovery signal to the robot system. After receiving the signal, the robot will perform a series of self-checks and initialization operations to ensure that all systems are in normal condition, and then gradually resume operation.
Protection strips around the body: The protection strips around the body of the robot E10, as an important part of physical protection, are designed with full consideration of safety requirements in a human-machine coexistence environment. These protection strips are made of high-strength, high-elasticity soft materials, which can effectively absorb and disperse impact energy when the robot accidentally collides with surrounding objects, reducing damage to the robot body and the surrounding environment. In addition, the color and shape design of the protection strips also have a certain warning effect. The eye-catching color can attract the attention of operators and remind them to keep a safe distance; while the specific shape can change the contact area and direction of the collision to a certain extent, further reducing the impact of the collision.
Other safety measures: In addition to the above mechanical protection measures, the robot E10 is also equipped with other safety measures, such as front laser detection distance, fork tip protection, etc. These safety measures together constitute the robot's safety protection system, which can provide safety protection for operators and equipment at different levels.
The robot E10 ensures safety through a variety of mechanical protection measures such as emergency stop button, reset button, and protective strips around the body. These measures not only meet the requirements of industrial robot safety standards, but also provide effective safety protection for operators and equipment in actual operations.