Difference between revisions of "Robot Integration Standard 1"
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As of CNC Bender v11-20080725, we have standardized a robot specification that is useful for both LOAD and UNLOAD. | As of CNC Bender v11-20080725, we have standardized a robot specification that is useful for both LOAD and UNLOAD. | ||
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==Logic Flow for Robot Type 1 Integration== | ==Logic Flow for Robot Type 1 Integration== | ||
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== Other Pages == | == Other Pages == | ||
| − | Back to [[CNC Bender Robot Integration]] page | + | *Back to [[CNC Bender Robot Integration]] page |
| − | Back to [[CNC Bender]] page | + | *Back to [[CNC Bender]] page |
Latest revision as of 19:37, 24 July 2008
CNC Bender can integrate to robots for both loading and unloading.
Contents |
Formalization of Robot Specification
As of CNC Bender v11-20080725, we have standardized a robot specification that is useful for both LOAD and UNLOAD.
Logic Flow for Robot Type 1 Integration
You can view sample LOAD and UNLOAD logic here for our standard robot (type 1) integration.
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Command Setup for Robot Type 1
This chart shows an example of of the the command set that is used by CNC Bender to integrate to standard robots.
(Note that the input/output point assignment is for bender 16188. The assignment may vary slightly between benders. However, the COMDEF and CIO names will remaine the same):
The robot_check_fault secondary process is told to start just before the last bend begins, then told to disable at the start of the next cycle (next part). The process looks something like this:
[if] and, BeyondPowerOnTime=2000, input=Input_RobotFault_End [immediate_message]IMMEDIATE SHUTDOWN - Robot Fault - digital_input_205: OutputControlOff [SECONDARY_PROCLIST] robot_check_fault, disable [end]
Other Pages
- Back to CNC Bender Robot Integration page
- Back to CNC Bender page
