The welding robot is different from the general industrial robot in the particularity of the use environment, and the particularity of the use environment is different from the general general industrial robot, and the impact of the use environment mainly refers to the strong arc light, high temperature, messy electromagnetic environment, smoke, spatter, processing or assembly errors, welding thermal deformation, weldment surface state, power grid stability, and the extreme working environment of special welding operations in the welding process.
Taking the Motoman MH6 robot as an example, the normal operation of the robot body needs to ensure the working temperature in the range of 0-45 °C and the relative humidity of the environment not higher than 90%, and supply (240/480/575) V and (50/60) Hz of stable three-phase alternating current.
The adaptability of the welding robot to the use environment is also reflected in the real-time adjustment of the welding track, welding gun posture and welding parameters through the feedback of the sensing system. In the robot arc welding operation, due to the change of actual welding conditions such as tooling errors and welding thermal deformation, the welding torch moving according to the original track can no longer ensure the accurate alignment of the weld, which will lead to the decline of welding quality and even the normal welding process can not be maintained. Through the arc sensor or visual sensing method, the active tracking of the weld can be completed, and the external environment adaptability of the welding robot can be enhanced.
|
More on that
|
Composition of the hydraulic drive of an industrial robot – Yamaha
In the early stage of the presentation of industrial robots, because most of their movements were rod mechanisms such as cranks and guide rods, hydraulic drive and pneumatic drive were mostly used. The hydraulic drive system is usually composed of a hydraulic motor (various cylinders, oil motors), servo valves, oil systems, oil tanks, etc., to tighten the machine.
|
|
Yamaha robot position detection
BLOB lookup can be detected using 2x to 10x faster than marginal lookups.
Ideal for position detection where speed is important.
Only the donut shape was detected
Advantages and disadvantages
Advantage:
...
|
|
A brief description of Yamaha's robot simulation debugging function
First of all, you have to prepare the software and the network port debugging helper (the debugging helper can be downloaded online by yourself, and you can also reply to the "network port helper" in the background to get it), the software name is RCX-Studio Pro 2020 CL The software can reply to "2020CL" in the background to get it. Install the software ...
|
|
Characteristics of the type of spraying robot - Yamaha
1. Air-spraying robot
Air spraying robot is also known as low-pressure air spraying, spraying machine relies on low-pressure air to make the paint after spraying out of the muzzle to form an atomized air flow to act on the surface of the object (wall or wood surface), air spraying compared to the hand brush has no brush marks, and the plane is relatively uniform.
|
|
Features of Six-Axis Industrial Robots – Yamaha
1) Programmable: The biggest feature of 6-axis industrial robots is flexible starting, an important part of the flexible production system. Industrial robots can be reprogrammed with the changes of their working environment and the changes of processed parts, which is suitable for small batches and multiple varieties with balanced and high efficiency of flexible production.
|
|
Setup of the servo drive – Yamaha Robot
1. First of all, test the motor, no circuit need to be connected, the three wires of the motor are arbitrarily short-circuited together, and the motor shaft is rolled by hand, and it feels like there is resistance, then OK.
2. Connect the servo drive to the power supply according to the drawings (for example, if a voltage regulator is used, adjust it from 100V to 2 ...
|
|
Daily care of the Yamaha gasoline generator
The Yamaha gasoline generator is a machine that converts chemical energy into mechanical energy, and its conversion process is actually the process of the work cycle, simply put, by incinerating the fuel in the cylinder, kinetic energy is generated, and the piston in the engine cylinder is driven to reciprocate, which drives the piston connected to the piston ...
|
|
Android system to control whether industrial machines can be realized-Yamaha Robot
Because of the different functions and skills of various brands of products, industrial robots generally use their own brand control system, which has caused the complexity of the industrial robot control system. In this case, often a robotics skill person learns ...
|
|
Zero-based PLC programming steps for industrial robots - Yamaha
The scientific PLC programming steps are actually very simple, but most engineers often think that they are simple and ignore many details. Ignoring the details will inevitably lead to problems in the future. If you want to avoid future problems, you can only abide by the rules well.
|
|
Yamaha Robot Use Cases
Finished product inspection, touch screen evaluator
Functional testing of finished products.
Development of software evaluations.
Button PUSH quality check.
The industry's leading product series with a length of 120mm to 1200mm can support a variety of systems.
Space-saving.
...
|
|
Yamaha PHASER series linear motor selection
|
|
The type of control of the robot – Yamaha robot
1. The control type of the robot can be divided into open-loop control and closed-loop control according to whether there is a reaction or not, during which open-loop control is generally considered to be more accurate, but the requirements are more chaotic. Generally speaking, if we want to accomplish open-loop accurate manipulation, we need to know the accurate model of the controlled target ...
|
|
Features of joint drive chains for industrial robots – Yamaha
The drive source of the industrial robot drives the movement or rotation of the joints through the transmission parts, and then completes the movement of the body, arms and wrists. Therefore, transmission components are important components of industrial robots. According to different transmission types, transmission components can be divided into linear transmission organization and rotary transmission group.
|
|
Yamaha, a component of the industrial robot drive system
The drive system of industrial robots is divided into three categories according to the power source: hydraulic, pneumatic and electric, and can also be combined into a composite drive system by these three fundamental types according to the needs, each of which has its own characteristics.
...
|
|
Yamaha-Industrial robots, PLCs, and automation
What is the connection between industrial robots, PLC and automation? Before understanding the connection between the three, let's get to know each other.
1. Industrial robots
Industrial robot is a kind of multi-joint manipulator or multi-free ...
|
|
Types of defects in robot welding and solutions
1. The weld bead and welding trajectory cannot be corrected
First of all, in the teach-in mode, the empty walk procedure ensures that the welding orientation is correct. Secondly, consider the problem of finding the welding torch. At this time, it is necessary to consider the method of the welding robot to find the weld bead (arc is still laser) to set up, and finally, ...
|
|
Introduction to the walking organization and classification of microrobots
1. The walking organization of a microrobot
In order for a microrobot to actively walk (or crawl, the ability to walk), it must have a walking organization. The walking organization of microrobots mainly includes:
1. The wheeled walking organization is only suitable for traveling on relatively flat ground.
2. Crawler ...
|
|
Palletizing Robot Debugging Considerations – Yamaha
The palletizing robot is a device that actively stacks the bags, cartons or other packaging materials transported by the conveyor according to the working method required by the customer's process, and transports the stacked materials. Here are a few things to keep in mind when commissioning and repairing:
...
|
|
SCARA robot composition and working principle
Composition of the SCARA robot
The SCARA robot is a curved multi-articulated robot, which is generally composed of four joints. The structure of this robot resembles a human arm, but it is capable of carrying things on the end, such as a gripper, suction cup, or laser head. The joints of the SCARA robot are made of electricity...
|
|
Yamaha Robotics Application Industry – Yamaha
Yamaha robots are commonly used in a variety of industrial sectors, including:
Car manufacturing: used in welding, painting, testing and other processes on the car production line.
Medical devices: used in the production of medical devices and instruments, such as surgical instruments and nursing products.
Food & Drink: ...
|
|