Hey all -
I have a question regarding translation between TI505 and RSLogix in regards to the JMP function.
In Allen Bradley RSLogix, when the Rung is true, and JMP is energized, it will skip to the LBL and the outputs in between will stay what it was previously.
In TI505, it is the opposite, correct? When the JMP function is energized, the rungs between JMP and JMPE will run normally. But, when JMP isn't energized, it acts as a JMP in RSLogix, and the outputs in the control area will freeze.
Can someone validate this? And if this is true, how can I implement this in my RSLogix. Is there a simpler way then inversing all the inputs to the JMP?
I have a question regarding translation between TI505 and RSLogix in regards to the JMP function.
In Allen Bradley RSLogix, when the Rung is true, and JMP is energized, it will skip to the LBL and the outputs in between will stay what it was previously.
In TI505, it is the opposite, correct? When the JMP function is energized, the rungs between JMP and JMPE will run normally. But, when JMP isn't energized, it acts as a JMP in RSLogix, and the outputs in the control area will freeze.
Can someone validate this? And if this is true, how can I implement this in my RSLogix. Is there a simpler way then inversing all the inputs to the JMP?