Kawasaki Robotics is 100% owned by Kawasaki Heavy Industries Co., Ltd. and officially registered in Tianjin Economic and Technological Development Area, China in August 2006, mainly responsible for the sales of industrial robots produced by Kawasaki Heavy Industries in China, after-sales service (robot maintenance, maintenance, repair, etc.), technical support and other related work.
Kawasaki Robotics supplies a wide variety of robot products on the logistics production line, and has a very large sales volume in various fields such as beverages, food, fertilizers, solar energy, and tile molding. Kawasaki has a wide variety of robots such as palletizing and handling, and provides suitable robots, professional after-sales service, and advanced technical support for the different conditions and needs of customers' factories. The company also has a wide range of parts in the warehouse to provide customers with the necessary parts in a timely manner, and the company has a variety of related services such as display spraying robots, welding robots, and test spray booths.
A collection of Kawasaki Robot error codes
PO146 STEP: XX front short D0.
PO147 Step: XX did not find the END sentence of XX.
PO148 Step: XX has too many control structures.
The PO149 variable (or program) name already exists.
PO150 Different types of variables already exist.
PO151 complex expressions form an internal buffer overflow.
PO152 Undefined variables (or programs).
PO153 is an invalid clock value.
PO154 short '='.
PO155 short') '.
PO156 short ']'.
PO157 Short "TO".
PO158 is short of "BY".
PO159 Short': '.
PO160 Please specify "ON" or "OFF".
PO161 It is necessary to specify the robot number.
PO162 Bearing data cannot be corrected in this command.
PO163 program name, variable name, file name, etc. are not specified.
PO164 is an invalid bot network ID.
PO165 step: XX does not have a SVALUE sentence after SCASE.
PO166 STEP: XX front short SCASE.
P1000 motor power OFF, unable to perform the program.
P1001 Unable to perform procedures in teach-in mode.
P1002 Teach-in mode lock ON, unable to perform the program.
P1003 External insistence signal input in which the program cannot be fulfilled.
P1004 The program is being reset and cannot be performed.
P1005 The program cannot be performed due to the availability of external engines.
P1006 The program cannot be fulfilled due to external activation disabled.
P1007 In the RPS-END step, the launch signal is not entered.
P1008 Insist that the switch is valid, and the program cannot be performed.
The P1009 program is already in operation.
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Kawasaki manipulators are classified according to the type of drive
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Kawasaki Industrial Robot Type
Historically, there are many types of industrial robots, for example, Cartesian coordinate system robots, cylindrical coordinate system robots, etc., with the passage of time, the development of skills, now on the market, the types of industrial robot products launched by major manufacturers are based on articulated robots (straight articulated machines).
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Industrial robots are used in a variety of applications
1 Processing
It can operate as many door products as eggs, and the industrial robot is fast, strong, flexible and sensitive. The use includes pick-and-place from the conveyor line to the package as well as machine skewing, where the material is fed by the robot to the addition of machines such as injection molding machines, CNC milling machines and lathes and presses.
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What is an Industrial Robot? - Kawasaki Robot
The world's first industrial robot was born in United States in 1962. George Charles Devol, Jr., an engineer from United States, proposed "robots that can flexibly respond to automation through teaching and playback", and his ideas are similar to those of companies known as the "father of robots".
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Kawasaki spraying robot advantages
When spraying, whether it is powder spraying or painting, it is necessary to atomize it to ensure uniformity. The composition of the paint is all chemical substances, and its paint mist and other volatile gases are flammable, and the spraying work site is like a gasoline station, which is flammable and explosive. And the robot is powered by electricity...
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Components of the drive system of industrial robots
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1 ...
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What are the aspects to consider when choosing a Kawasaki robot?
What are the aspects to consider when choosing a Kawasaki robot:
velocity
The speed is different for different users. It depends on the moment when the job requirement is completed. The spec sheet usually just gives the highest speed, and the robot can provide ...
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Kawasaki's first Chongqing-made six-axis robot officially rolled off the production line
On September 27, the first six-axis robot made by Kawasaki (Chongqing) Robot Engineering Co., Ltd. officially rolled off the production line. This robot is a robot that continuously optimizes its functions according to Kawasaki's best skills in the field of spot welding. This also marks the official production of Kawasaki Robotics Chongqing production base. ...
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Robot auto-mode fault resolution steps
1. In manual mode: press ENABLE and flash SERVICE UTILITIES at the bottom left of the screen (F6);
2. Press the F6 key to enter the SERVICE UNIT1 screen
3. Select 1 TEACH/PLAYBACK CONDI ...
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Industrial robot structure – Kawasaki Robot
An industrial robot is a multifunctional machine that can be operated automatically and can be reprogrammed to change. It has multiple degrees of freedom and can be used to move materials, parts, and hold things to complete a variety of different jobs.
1. Industrial robots ...
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Kawasaki Robotics partial error code collection
PO146 STEP: D0 is missing in front of XX.
PO147 Step: XX did not find the END statement for XX.
PO148 Step: XX has too many control structures.
The PO149 variable (or program) name already exists.
PO150 Different types of variables already exist.
PO151 ...
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Kawasaki Robotics uses welding robots with seam tracking in weld welding
The foot of the transmission line tower is the supporting part of the entire transmission line tower structure, and the stability of its structure directly determines the structural stability and service life of the transmission line tower. The tower foot of the transmission line tower is a welded assembly, and most of the production of the tower foot in the prior art is a technical electric ...
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Choose a servo manipulator to pay attention to the problem - Kawasaki robot
The size of the template directly determines the stroke of the manipulator of the injection molding machine; The height of the safety door is related to the smooth removal of goods from the inside of the mold to the outside of the mold. After confirming these two key specifications, it is necessary to consider what is the payload of the manipulator of the injection molding machine, and whether it is satisfied with the injection molding machine ...
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Kawasaki robot teaching box maintenance failure and solution
(1) Kawasaki Kawasaki Teach Pendant Poor or Partially Ineffective Contact (Replacement Contact Panel)
(2) Kawasaki teach pendant no display (repair or replace internal motherboard or LCD screen)
(3) Kawasaki teach pendant display does not ...
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The basic component of the human-computer interaction system - Kawasaki Robot
The human-computer interaction system is a skill science that studies the communication and communication between people and computers through mutual understanding, and completes the functions of information management, service and processing for people to the greatest extent, so that computers can truly become a harmonious assistant for people's work and study.
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A common method used in Kawasaki robot programming
There are two common programming methods, teaching programming and offline programming. Among them, the teaching programming method includes teaching, editing and trajectory reproduction, which can be realized through two ways: teaching box teaching and supporting teaching. Because the teaching method is practical and easy to operate, most of the machines ...
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Characteristics of robot automatic welding technology
The use of mechanical automation skills in welding production lines has gone through three stages: imitation, self-research and development, and steady development. The welding machine in the welding production industry will be widely used, and the degree of mechanization and automation will be improved by about 15% in the welding production process, and the degree of welding automation will reach 40 ...
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Sany Group joins hands with Kawasaki Robotics to discuss intelligent production
Kawasaki Robotics showed its face on November 3 CeMAT ASIA 2020 Asia Logistics Exhibition, the exhibition took "Smart Logistics" as a series of themes, and Kawasaki Robotics launched the CP hybrid depalletizing unit display and flexible warehousing processing plan during the exhibition, which attracted a large number of industry customers.
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The Kawasaki SCARA robot can be operated at high speeds
SCARA Robot
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Kawasaki's faster, more user-friendly robots have emerged
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