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Yaskawa Robotics - technical performance characteristics of dresspacks for industrial robots Yaskawa Robotics - technical performance characteristics of dresspacks for industrial robots

1. Technical performance characteristics of industrial robot dresspack - intelligence The reason why the intelligent type is placed at the back of the Z is because compared with the mainstream demand for robot dresspacks in the market (that is, strong, fast, and accurate), it is not the most urgent for the time being. This also reflects the ...

Yaskawa Robotics - Introduction to the characteristics of robot dresspacks Yaskawa Robotics - Introduction to the characteristics of robot dresspacks

1. Long service life: high-quality dresspack effectively prolongs the service life of the equipment due to the optimization of the sheath material and the expansion device of the dresspack; 2. Easy to replace: In the event of an emergency with internal pipeline damage, the dresspack can be easily replaced without damaging the original sheath and cable joints.

MindMotion Technology joined hands with Yaskawa Shougang to appear on the CCTV screen again MindMotion Technology joined hands with Yaskawa Shougang to appear on the CCTV screen again

Recently, after appearing on CCTV news during the Beijing Winter Olympics, MindMotion Technology and Yaskawa Shougang appeared on the CCTV stage again, demonstrating the application achievements of the two sides in jointly building an advanced manufacturing cluster in the field of intelligent manufacturing and enhancing the competitiveness of the industrial chain and supply chain. It was reported in the news that the new ...

Yaskawa servo zone brake alarm 410 fault analysis Yaskawa servo zone brake alarm 410 fault analysis

1. The input power supply of the drive drops, resulting in an internal undervoltage alarm. 2. The drive power supply failure causes the safety zone dynamic to detect the undervoltage fault. 3. The servo unit fuse blows. 4. Servo unit failure leads to undervoltage failure. 5. Servo zone dynamic detection circuit fault false alarm ...

What is the fault of Yaskawa servo drive alarm code 710 and how to solve it What is the fault of Yaskawa servo drive alarm code 710 and how to solve it

Yaskawa servo drive alarm code 710 is overload (large load), the motor is overloaded for a few seconds to tens of seconds. Solution(s): 1. Change the mechanism, or the acceleration and deceleration mechanism. 2. Change the motor. 3. Exclusion order: 1) The load is really too large 2) ...

Common faults and solutions of Yaskawa servo drives Common faults and solutions of Yaskawa servo drives

1. When the oscilloscope checks the current monitoring output of the driver, it is found that it is all noise and cannot be read; Cause of failure: The current monitoring output is not isolated from the AC power supply (transformer). Solution: It can be detected and observed with a DC voltmeter. 2. Motor ...

Yaskawa Servo Alarm C90 (AC9) Alarm Cause Analysis and Solution Yaskawa Servo Alarm C90 (AC9) Alarm Cause Analysis and Solution

1. Analysis of the causes of Yaskawa servo alarm C90 (AC9): 1. The encoder cable is broken or the encoder plug is made in poor process (there are also wiring errors in the alarm of the new machine); 2. The servo drive itself is faulty; 3. Environmental interference, caused by poor connection: ...

What are the main characteristics of Yaskawa industrial robots? What are the main characteristics of Yaskawa industrial robots?

Programmable: You can program your robot to run in the production process based on your industry needs. Anthropomorphism: Industrial robots resemble humans in that they move hands, legs, forearms, arms, and other parts of the body. Even today, in some industries ...

Precautions for the use of Yaskawa industrial robots Precautions for the use of Yaskawa industrial robots

1. Before starting the machine, make sure that there is no one and no debris within the action range of the body, and check whether the control box is connected correctly with the body and other equipment 2. Check that the power supply matches the power supply required by the robot 3. Check the individual emergency stop and pause buttons to make sure they are functioning effectively 4. Ontology ...

Common faults of Yaskawa robot and how to deal with them (11-17) Common faults of Yaskawa robot and how to deal with them (11-17)

11. Robot jitter? Diagnostic process: Due to the difference between the jitter area and the amount of jitter, the diagnosis of jitter becomes a difficulty. At this stage, the diagnostic method is to replace the amplifier, replace the motor, and replace the reducer one by one. Improvement method: ...

Common faults of Yaskawa robot and how to deal with them (1-10) Common faults of Yaskawa robot and how to deal with them (1-10)

01. The robot switch often jumps or can't close? Cause: 1. Aging of switches; 2. The switch selection is wrong; 3. The pump is stuck or the motor is short-circuited; 4. The line is aging, short circuit, the line is too small or the phase is missing. Solution: ...

Yaskawa inverter - how to prevent high-voltage inverter failure? Yaskawa inverter - how to prevent high-voltage inverter failure?

It is composed of several parts, such as the main circuit, the power supply circuit, the IPM drive and protection circuit, and the cooling fan. Its structure is mostly in the form of units or modulars. Due to the incorrect use method or unreasonable setting environment, it will easily cause the inverter to malfunction and malfunction, or can not meet the expected ...

Yaskawa inverter - the selection of high-voltage inverter precautions Yaskawa inverter - the selection of high-voltage inverter precautions

1 Disadvantages of choosing too high a voltage level Choosing too high a voltage level results in too high an investment and a long payback period. With the increase of the voltage level, the insulation of the motor must be improved, so that the price of the motor increases. The increase of the voltage level increases the number of series connections of power semiconductor devices in the inverter, ...

Yaskawa inverter - what are the speed regulation methods of high-voltage inverter? Yaskawa inverter - what are the speed regulation methods of high-voltage inverter?

1. Hydraulic coupling mode. That is, a hydraulic coupling device is inserted between the motor and the load in series, and the size of the coupling force between the motor and the load is adjusted by the height of the liquid level, so as to realize the speed adjustment of the load; 2. Cascade speed regulation. The cascade speed regulation must use a wound asynchronous motor, which ...

Yaskawa inverter - a failure prevention method for high-voltage inverters Yaskawa inverter - a failure prevention method for high-voltage inverters

It is composed of several parts, such as the main circuit, the power supply circuit, the IPM drive and protection circuit, and the cooling fan. Its structure is mostly in the form of units or modulars. Due to the incorrect use method or unreasonable setting environment, it will easily cause the inverter to malfunction and malfunction, or can not meet the expected ...

Yaskawa inverter - how to maintain high-voltage inverter? Yaskawa inverter - how to maintain high-voltage inverter?

1. Use a vacuum cleaner with a plastic nozzle to thoroughly clean the inside and outside of the inverter cabinet to ensure that there is no excessive dust around the equipment. 2. Check the ventilation and lighting equipment of the frequency conversion room to ensure that the ventilation equipment can operate normally. 3. Check that the connection between the cables inside the inverter should be correct and acceptable.

Yaskawa inverter – the future of high-voltage inverters Yaskawa inverter – the future of high-voltage inverters

1. High-voltage inverter will develop in the direction of high power, miniaturization and lightweight. 2. The high-voltage inverter will develop in the direction of direct device high voltage and multiple superposition (device series and unit series). 3. New power semiconductors with higher voltage and higher current ...

Yaskawa inverter - precautions for high-voltage inverter Yaskawa inverter - precautions for high-voltage inverter

1. Carefully monitor and record the display parameters on the man-machine interface of the inverter, and reflect the abnormality immediately 2. Carefully monitor and record the ambient temperature of the inverter room, and the ambient temperature should be between -5 °C and 40 °C. The temperature rise of the phase-shifting transformer should not exceed 130°C 3. Summer ...

Yaskawa inverter - what are the common measures for anti-interference of high-voltage inverter? Yaskawa inverter - what are the common measures for anti-interference of high-voltage inverter?

(1) The E end of the high-voltage inverter should be connected to the shell of the control cabinet and the motor, and should be connected to the ground, and the grounding resistance should be less than 100Ω, which can absorb surge interference. (2) The input or output of the high-voltage inverter is equipped with an inductive magnetic ring filter. Flat and 3-4 turns, helps to inhibit ...

Yaskawa inverter - introduction to the basic principle of high-voltage inverter Yaskawa inverter - introduction to the basic principle of high-voltage inverter

High-voltage and high-power variable frequency speed control devices are widely used in various fans, pumps, compressors, rolling mills, etc. in large-scale mining production plants, petrochemical industry, municipal water supply, metallurgical steel, power and energy industries. In metallurgy, chemical, electric power, municipal water supply and mining and other industries...

Yaskawa inverter - maintenance method of low-voltage inverter Yaskawa inverter - maintenance method of low-voltage inverter

1. Countermeasures to the overheating problem of inverter 1. For places where the operating environment temperature of the inverter is high, it is recommended to reduce the temperature of the inverter and strengthen cooling and ventilation; 2. Increase the frequency of regular maintenance of inverter fans, air ducts, etc., so as to improve the operating environment of the inverter, so that the inverter ...

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