This page introduces how to properly use the preliminary support for 3P3R robot. Once the complete support is ready, this page will not be valid anymore.
Step-by-step guide
- The robot architecture type in Robx file must be set to "DECOUPLED_3P3R".
- Choose the 3P3R robot in RM global setting, and save it by clicking green check;
- Set axis configuration;
- Click "Robotmaster Generate Program" button, the robot codes are generated.
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If the three rotation joints of 3P3R type robot are intersecting orthogonal at one common point, it is called as Decoupled-3P3R, the setup can be done as the following:
See document : 3P3R robot.docx
Two 3P3R robots have been set up and are attached in here:
RM_CELL_E1_E2_E3_Wrist_TOOL-PART.zip
The original robot cell information are given in Basic Data_1010.docx, BLC1120-00_1010.zip.
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It does support G-code generation, neither simulation nor optimization is supported by this preliminary supportand optimization. This preliminary support does not support It can support external axes control too, so robot cell should not could contain any external axis. external axis. No Base and Elbow configuration existing for this type of robot. Thus, it does not change anything by changing the base and elbow configuration setting. (These two setting in GUI will be disabled in future for 3P3R robot. ) No work space zone displayed for 3P3R robot. Only prismatic joints can hold part. The robot with more than one joint holding part can be supported theoretical but is not tested yet. No RTCP case support for 3P3R robot yet. The first build supporting decoupled-3P3R type of robot is Robotmaster_V6.1.4058. |
If the three rotation axes of robot are orthogonal but not intersecting at a common point, same setup as above can be used except using robot architecture type "GENERAL_3P3R". One example of this type robot is attached.
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GENERAL_3P3R was developed for a custom cell and it can support the decouple_3P3R too, so these two types of 3P3R can be merged into one in long term, but we keep "decouple_3P3R" for the time being for avoiding any risk of affecting the other cells. |
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