Features of Korea Hyundai Heavy Industry Robot - Arc Welding Robot

1. Point control mode (PTP) This control method only controls the pose of the industrial robot end-effector at certain discrete points in the workspace. In the control, the industrial robot only requires to be able to move quickly and accurately between adjacent points, and there is no trace of the target point.

1. The structure of the conveyor belt feeding at the front end of the claw of the palletizing robot generally has a national standard for the roller conveyor belt for bag grabbing, and it is necessary to adopt a standard interface, and for the belt conveyor belt, it is necessary to consider how to achieve it. 2. The selection of the palletizing robot model, the load capacity of the robot ...

1. Robot system failure (1) A collision occurred. It may be due to deviations in the assembly of the workpiece or inaccurate TCP of the welding gun, the assembly can be checked or the TCP of the welding torch can be corrected. (2) If there is an arc fault, the arc cannot be initiated. It may be due to the fact that the welding wire is not in contact with the workpiece or process parameters.

From November 7 to 11, 2017, the 19th China International Industry Fair was held in Shanghai. Hyundai Robot comprehensively demonstrated 11 kinds of products, including the correct arc welding system, high-speed spot welding system, and large-scale high-speed stamping and handling robot system. Among them, the LCD vacuum robot imported from Korea will ...

(1) Arc welding robot system optimization and integration technology: The arc welding robot adopts AC servo drive technology and high-precision, high-rigidity RV reducer and harmonic reducer, which has good low-speed stability and high-speed dynamic response, and can realize maintenance-free function. (2) Coordinated control ...

　　Each manufacturer of argon arc welding robot has its own specific supporting welding equipment, and the corresponding interface board has been inserted in these welding equipment, so there is no additional interface box in the arc welding robot system. It should be noted that during the TIG welding robot work cycle, ...

(1) Arc welding robot system optimization and integration technology. The arc welding robot adopts AC servo drive technology and high-precision, high-rigidity RV reducer and harmonic reducer, which has good low-speed stability and high-speed dynamic response, and can achieve maintenance-free function. (2) Coordinated control ...

The robot welding adopts argon-rich mixed gas shielded welding, and the welding defects in the welding process generally include welding deviation, undercut, porosity, etc., which are analyzed as follows: (1) The welding deviation may be due to the incorrect position of the welding or the problem of finding the welding gun. At this time, consider T...

(1) Close the main switch of the power supply of the palletizer (on the door of the control cabinet), all switches in the electric cabinet are opened, and the emergency stop indicator light on the operation panel is on at this time. (2) Open the main air source valve and release the stagnant water in the main air source valve of the palletizer, and add sufficient empty pallets to the pallet warehouse. ③ ...

1. In order to reduce welding deformation, choose a reasonable welding sequence. The welding sequence is determined by the length of the walking path of the welding gun. 2. Optimize the welding parameters, make working specimens for welding test and process evaluation, so as to obtain the best welding parameters. 3. Adopt a reasonable positioner...

a) Number of axes in the system (sum of linkage and non-linkage shafts) b) Number of linkage axes c) Dimensions and weight d) Power source parameters and total power e) Number of axes of the robot body f) The number of shafts and structural form of welding positioner g) Number of axes of the moving device ...

The robot welding gun refers to the part of the welding process that performs the welding operation, which is flexible, convenient and fast, and the process is simple. The welding torch uses the heat generated by the high current and high voltage of the welding machine to collect at the end of the welding torch to melt the welding wire, and the molten welding wire penetrates into the part to be welded.

1) Number of axes in the system (sum of linkage shafts and non-linkage shafts) 2) Number of linkage axes 3) Dimensions and weight 4) Power source parameters and total power 5) The number of axes of the robot body 6) The number of shafts and structural form of welding positioner 7) Number of axes of the mobile device ...

(1) Arc welding robot system optimization and integration technology: The arc welding robot adopts AC servo drive technology and high-precision, high-rigidity RV reducer and harmonic reducer, which has good low-speed stability and high-speed dynamic response, and can realize maintenance-free function. (2) Coordinated control ...

1. Welding robot weld seam tracking technology In the welding process of the welding robot, the welding torch deviates from the weld due to the influence of various factors such as strong arc radiation, high temperature, smoke and dust, sputtering, groove conditions, machining errors, fixture accuracy, surface state and thermal deformation of the workpiece. Weld...

A conveyor robot is an industrial robot that can perform automated transportation operations. With the development of the logistics and warehousing industry in recent years, as well as the advancement of intelligent skills, the handling robot has been greatly improved in terms of skills, and it has gradually been implemented and recognized in the warehousing and logistics industry. So, did you know ...

Daily inspection and maintenance 1) Wire feeding mechanism. Including whether the wire feeding force distance is normal, whether the wire feeding conduit is damaged, and whether there is an abnormal alarm; 2) Whether the gas flow rate is normal; 3) Whether the welding torch safety protection system is normal (it is forbidden to close the welding torch safety protection work); ...

Classification of handling robots: 1. Multi-joint robot: flexible action, small inertia of movement, strong versatility, can grasp the workpiece close to the machine base, and can bypass the obstacles between the body and the working machinery to work, with the needs of production, the flexibility of the multi-joint arm, the positioning accuracy ...

1) A manipulator can also be referred to as a manipulator. It is a mechanical device that has a similar function as a human arm and can grasp and place objects or perform other operations in space. 2) Actuator A power device that converts electrical or fluid energy into mechanical energy 3) Knot ...

1. Simple structure and few parts. As a result, the failure rate of parts is low, the performance is reliable, the maintenance is simple, and the required parts are less in stock. 2. Occupies a small area. It is conducive to the layout of the production line in the customer's plant, and can set aside a large warehouse area. The palletizing robot can be set ...