Korea Hyundai Heavy Industries Robot - three types of gas shielded welding of arc welding robots

1. Number of joints. The number of joints can also be called degrees of freedom, which is an important indicator of the flexibility of the robot. Generally speaking, the robot workspace can reach three degrees of freedom, but welding not only needs to reach a certain position in the space, but also needs to ensure the spatial attitude of the welding gun. ...

The robot itself The six-joint robotic arm driven by servo motor is the majority, and the type is selected according to the requirements of welding conditions, load, welding operation span, welding accuracy requirements, welding torch cable installation, wire feeder installation and other factors. Robot control cabinet Equipped with arc welding function package ...

The welding robot is composed of a robot and welding equipment, and the robot is composed of a body and a control cabinet. Welding robots can be divided into spot welding robots and arc welding robots, what is the difference between the two? Let me walk you through them: 1. The characteristics of spot welding robots

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 ...

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); ...

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.

1. Robots 2. Automatic wire feeding device 3. Welding power supply 4. a welding gun 5. a positioner 6. Tooling fixtures

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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. Carry out correct debugging. Before using the arc welding robot for welding work, it is necessary to debug the work, adjust the welding parameters according to the specifications of the weldment and the welding environment, observe whether the weld is well filled, and if there are welding defects, it needs to be checked and corrected in time.

Arc welding robots refer to industrial robots used to perform automatic arc welding. The composition and principle of the arc welding robot are basically the same as those of the spot welding robot. Arc welding robots are mainly used in the welding production of various types of auto parts. Arc welding robot system composition General arc welding robots ...

1. Welding speed. Welding speed needs to match the welding quality, if the welding speed is too fast, it will affect the welding quality, easy to appear welding deviation, less welding, missing welding and other welding defects, the welding speed is too slow, it will affect the product production process, welding speed is an important indicator to determine the welding efficiency. ...

1. Mechanical production With the intensification of the welding task of the mechanical production operation, the welding operation has poor working conditions, the heat radiation is large, and it is a dangerous operation, and there are many large-scale equipment in the mechanical production, which also increases the difficulty of welding, and the welding robot ...

1. Support for multiple tools: Slim robots ranging from 700mm to 3120mm provide the highest payload capacity in their class, enabling manufacturers to utilize a range of sensors and torches to optimize welding accuracy to improve product quality. 2. Provide flexible ...

1. Failure of the operating system. That is, the soft fault of the automatic welding robot, often data loss or the operating system can not be started, the automatic welding robot has a protection function, can send an alarm signal to the fault source, only need to repair the fault according to the alarm reminder, in case the data ...

(1) Welding robots improve production efficiency Everyone knows that the welding robot has a short response time and fast action. The welding speed is 60-3000px/min, which is much faster than traditional manual welding. The welding robot can work continuously during operation, but the traditional welder cannot ...

Effect of changes in electrical parameters of welding on the quality of welding: 1. Welding current When the welding current increases (other conditions remain unchanged), the penetration depth and residual height of the weld increase, and the melting width remains unchanged (or slightly increases) for the following reasons: (1) When the current increases, the arc on the workpiece ...

1. Choose to match their own production line, each manufacturer's production line speed and workpiece matching degree are different, users determine their own needs, what they want, what kind of manufacturer recommends what is suitable, and choose the right automatic argon arc welding robot to ensure the welding of solder joints.

1) Stabilize and improve the welding quality, and reflect the welding quality in the form of numerical values; 2) improve labor productivity; 3) Improve the labor intensity of workers and work in harmful environments; 4) reduce the requirements for workers' operation technology; 5) Shorten ...

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 ...