1. Click on the device package of the software, and select the default way for the device path, if the software is another version such as PDPS12.1 or 13.0, then you can install other corresponding programs.
2. Open the rrs file in the configuration file, right-click to modify and flip it over, find the corresponding device path of rcsKW192003.exe in the PDPS software, and modify it to the rrs file and store it in the device path C:\ProgramFiles\Tecnomatix_14.1.1\eMPower\Robotics\OLP;
3. Copy the ".kwinfo" controller license file in the configuration file to the following ways;
4. Open the "Offline Program RCS Controller" folder, find the corresponding robot model that Kawasaki Robot needs to come out of offline, and copy the "BX200LS-B001-E12-SPOT-1732E-XP.az" in it to the folder;
5. Restart the computer, use Precess Simulate to open the project you want to go offline, and select the robot. Connect the controller, set the parameters, and download the program.
6. Select Robot properties in PS and select the corresponding robot type in the Manipulator dialog box.
7. Select connect in the RCS in simulation dialog box, click as shown in the figure to connect, and the connection is successful.
8. Click Robot setup to set the welding tongs, user coordinates, and tool coordinates. Similar to other brands that set parameters offline, after setting Uframe, Ttool, Gun Definition, Download Setting, Program Template Selection, etc., turn over the Attach function and go through the way, right-click Download to download.
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Kawasaki takes you to understand the characteristics of stamping robot automation
First, the working hours are long
It can be operated continuously 24 hours a day, and it is necessary for workers to have a break period.
Second, it can replace manual dangerous operations
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The role of the key reducer of industrial robots - Kawasaki
The operation of industrial robots is mainly controlled by three parts: servo motor, reducer and manipulator, during which the reducer is used to accurately control the movement of the robot joints and transmit greater torque. Now, the common reducer is mainly divided into two types, which are installed in the industrial robot ...
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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)
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A common method used in Kawasaki robot programming
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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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Limitations of the Kawasaki robot's motion application
In order to be able to make it run without disturbing the surrounding protection, we need to reasonably set up the mechanical protection devices around the system.
Security ...
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The main feature of the collaborative robot - Kawasaki robot
Collaborative robots are robots designed for direct interaction with humans, that is, robots that are designed to interact with humans in close proximity in a common work space, and have begun to gain widespread attention in recent years.
Traditional industrial robots are used in safety fences or other protective ...
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Kawasaki's first Chongqing-made six-axis robot officially rolled off the production line
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Analysis and treatment method of welding defects of welding robot - Kawasaki
The robot welding is argon-rich mixed gas maintenance welding, and the welding shortcomings presented in the welding process generally include welding deviation, undercut, porosity, etc., the specific analysis is as follows:
(1) The welding deviation may be the incorrect orientation of the welding.
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Installation and debugging steps of industrial robots
1. The installation of industrial robots generally requires the following processes:
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Robot auto-mode fault resolution steps
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Features of Kawasaki Robot Flame Retardant Protective Clothing
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Flexibility: Because the robot has a large amount of movement, the flexibility of the data is required to be high.
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Kawasaki Industrial Robot Type
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Advantages of welding robots – Kawasaki robots
1. The frontier and boundary of robots, robots can improve education.
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Kawasaki Industrial Robot automates the production line
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Industrial robots involve technology - Kawasaki Robot
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The spraying process of the spraying robot
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Type of industrial automation – Kawasaki Robotics
Fixed Automation:
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