Dear c6rv6ra,
I could not understand exactly what is your problem, but I have hera a working cell with two coordinated IRB 1600 robots. I rebember I had quite a hard time to get coordination working properly. The manual did not help me so much. Thus I’ll paste here the definition of my wobjs, so you can compare with yours.
Here it is:
Master robot (Rob_1): moves along the wobj (Robot is not holding workpiece, a fixed coordinated system is used and this wobj ins not subordinated to other unit’s coordination)
PERS wobjdata wSNews02_R1:=[FALSE,TRUE,“”,[[1347,0,0],[0.50833,0.508325,-0.491536,-0.491528]],[[-0.0009375,-0.00280142,0.000715256],[1,-3.06331E-06,-2.29495E-06,-1.10501E-05]]];
Slave robot (ROB_2): just follows what master does (Also not holding the workpiece, but this one is a moving wobj. So it is necessary to define who is holding this wobj, that’s why ROB_1 is specified in the ufmec field. Once one robot is in front of the other, the xyz coords and quaternions definition must be set to represent that.)
PERS wobjdata w_SNews03_R2:=[FALSE,FALSE,“ROB_1”,[[0,0,0],[1,0,0,0]],[[0,0,400],[0.000000, 0.382683, -0.923880, 0.000000]]];
I hope that helps you anyway
Leo