Haas code issue

[Guest]

10 minutes ago, civiceg said:

Ain't the machine....

Yeah it is.....when the exact code runs on another Haas in the same shop.....

I'm still trying to push the change to AC .....just to see if that helps anything....Haas tech says he can't load the keyseat program into a machine but it loads into this one....something is NOT right with the machine settings 

I have coded it and rechained at least a half-dozen times.....

Edited September 26, 2017 by Guest

[civiceg]

The other machine has DWO? You are telling it to go to X0/Y0 when it should be X-.873 Y-4.1887. Ill bet you deleted the X0/Y0 G254 line when it was run on the other machine.

 

[Guest]

3 minutes ago, civiceg said:

The other machine has DWO? You are telling it to go to X0/Y0 when it should be X-.873 Y-4.1887. Ill bet you deleted the X0/Y0 G254 line when it was run on the other machine.

 

No oit does not..... but I also have 9 previous paths with DWO set to 0 that run on that machine....

[Guest]

and correct me if I am wrong here but DWO should only be off 0 if the setup placement is off programmed position, that's the adjustment for it

 

Edited September 26, 2017 by Guest

[civiceg]

No, it is not an adjustment. Your program will be the same regardless of the position the part is on the machine. The difference is made up internally between the parameters that define COR and where your work offset is. 

Just give me a ring, ill send you my cell

[Guest]

Thanks PM sent

[civiceg]

This something I put together for a re-seller some time ago for a post request. The rules can also be found in the Haas online manual. I was cleaning up my computer and found my document. HTH

 

DWO-TCPC notes (1).docx

[Guest]

I didn't get a chance to call last evening.....thanks a bunch for putting it out there though....

This is a big help, thank you!!!!!

[Guest]

OK, just to clean this one up.......

The post I had worked out was good, for the most part....the noted AC change had to happen but other than adding the G254/G255 output that was it....

The real issue....as noted above the AC configuration HAD to be employed but the Haas techs were on sight with this customer for 2 days......

I guess all the work that goes in with the inital setup, as I thought, was never done......so none of the marcos that need to get populated with the trunion info were working properly...

Once that was done, I changed over to AC output and the program was run with no further issues.

and civicegg, thank you again, that info you posted did help....

Biggest difference I found, don't need to send the machine home between DWO changes...safe retract height and all is good...

Coded as such ran fine

N3316 (1/2 3FL CARBIDE ENDMILL)
N3317 (1/2 3FL ENDMILL / FINISH MILL LEFT TAB TOP / Z+.66)
N3318 M11
N3319 M13
N3320 T2
N3321 M98 P66666
N3322 G0 G17 G90 G54
N3323 S10000 M3
N3324 C180. A90.
N3325 G43 H2 Z8.
N3326 G254
N3327 X-.3713 Y-5.1032
N3328 T3
N3329 M10
N3330 M12
/N3331 M8
N3332 Z.78
N3333 G1 Z.66 F75.
N3334 G41 D2 X-.5658 Y-4.9087 F105.
N3335 G3 X-.7602 Y-4.8282 I-.1944 J-.1945
N3336 G1 X-1.3892
N3337 G3 X-1.5837 Y-4.9087 I0. J-.275
N3338 G1 G40 X-1.7781 Y-5.1032
N3339 G0 Z8.
N3340 (1/2 3FL ENDMILL / FINISH MILL LEFT SIDE WALL / Z+.645)
N3341 X-2.5716 Y-3.5317
N3342 Z.78
N3343 G1 Z.645 F75.
N3344 G41 D2 Y-4.3964 F105.
N3345 X-.4338
N3346 Y-4.3894
N3347 G2 X-.1838 Y-4.1394 I.25 J0.
N3348 G1 X3.0927
N3349 Y-4.0748
N3350 Y-3.7817
N3351 X-2.1716
N3352 Y-3.9848
N3353 X2.9427
N3354 G3 G40 X3.0877 Y-3.9435 I0. J.275
N3355 G0 Z8.
N3356 (1/2 3FL ENDMILL / FINISH MILL LEFT SIDE WALL / Z+.645)
N3357 X-2.9972 Y-3.5343
N3358 Z.78
N3359 G1 Z.68 F75.
N3360 X-3.0056 Y-4.4499 F105.
N3361 G0 Z8.
N3362 Z12.
N3363 G255
N3364 (1/2 3FL ENDMILL / FINISH MILL LEFT SIDE WALL / Z+.645)
N3365 M11
N3366 A76.099
N3367 G254
N3368 X2.7275 Y-4.883
N3369 Z8.
N3370 M10
N3371 Z2.1
N3372 G1 Z1.6325 F75.
N3373 G41 D2 X2.922 Y-4.6885 F105.
N3374 G3 X3.0025 Y-4.4941 I-.1945 J.1944
N3375 G1 Y-4.4463
N3376 X.6575
N3377 Y-4.5869
N3378 G3 X.738 Y-4.7814 I.275 J0.
N3379 G1 G40 X.9325 Y-4.9759
N3380 G0 Z6.25
N3381 X2.8775 Y-4.883
N3382 Z2.1
N3383 G1 Z1.6325 F75.
N3384 G41 D2 X3.072 Y-4.6885 F105.
N3385 G3 X3.1525 Y-4.4941 I-.1945 J.1944
N3386 G1 Y-4.2963
N3387 X.5075
N3388 Y-4.5869
N3389 G3 X.588 Y-4.7814 I.275 J0.
N3390 G1 G40 X.7825 Y-4.9759
N3391 G0 Z8.
N3392 G255
N3393 (1/2 3FL ENDMILL / FINISH MILL SIDE OF FA / Z+3.70)
N3394 M11
N3395 A0.
N3396 G254
N3397 X3.7666 Y-1.8986
N3398 M10
N3399 Z4.6
N3400 G1 Z3.7 F75.
N3401 G41 D2 X3.6503 Y-1.6494 F105.
N3402 G3 X3.4952 Y-1.5072 I-.2492 J-.1162
N3403 G1 X1.5964 Y-.8161
N3404 G3 X1.4767 Y-.795 I-.1197 J-.3289
N3405 G1 X1.308
N3406 G40 Y-1.07
N3407 G0 Z8.
N3408 (1/2 3FL ENDMILL / FINISH MILL SIDE OF FA / Z+3.70)
N3409 X.8149 Y-1.9883
N3410 Z4.6
N3411 G1 Z3.527 F75.
N3412 G41 D2 X.8011 Y-1.7137 F105.
N3413 G3 X.7109 Y-1.5235 I-.2747 J-.0137
N3414 G1 X-.0462 Y-.8386
N3415 G40 X-.2307 Y-1.0426
N3416 G0 Z8.
N3417 G255
N3418 (1/2 3FL ENDMILL / FINISH MILL BOTTOM SIDE OF FA / Z+4.571)
N3419 M11
N3420 M13
N3421 C0. A5.04
N3422 G254
N3423 X-4.0175 Y.669
N3424 M10
N3425 M12
N3426 Z4.7
N3427 G1 Z4.571 F75.
N3428 G41 D2 X-3.8231 Y.4746 F105.
N3429 G3 X-3.6286 Y.394 I.1945 J.1944
N3430 G1 X-1.5267
N3431 Y.5913
N3432 X-3.6286
N3433 G3 X-3.8231 Y.5108 I0. J-.275
N3434 G1 G40 X-4.0175 Y.3163
N3435 G0 Z8.
N3436 G255
N3437 (1/2 3FL ENDMILL / FINISH MILL BOTTOM SIDE OF FA / Z+4.396)
N3438 M11
N3439 M13
N3440 C180. A9.157
N3441 G254
N3442 X4.0475 Y-1.7857
N3443 M10
N3444 M12
N3445 Z4.7
N3446 G1 Z4.396 F75.
N3447 G41 D2 X3.8531 Y-1.5912 F105.
N3448 G3 X3.6586 Y-1.5107 I-.1945 J-.1945
N3449 G1 X3.2525
N3450 G3 X3.058 Y-1.5912 I0. J-.275
N3451 G1 G40 X2.8636 Y-1.7857
N3452 G0 Z8.
N3453 G255
N3454 (1/2 3FL ENDMILL / FINISH MILL BOTTOM SIDE OF FA / Z+3.175)
N3455 M11
N3456 M13
N3457 C345.768 A47.513
N3458 G254
N3459 X-4.0604 Y-3.0379
N3460 M10
N3461 M12
N3462 Z3.6
N3463 G1 Z3.175 F75.
N3464 X-1.9724 Y-3.2269 F105.
N3465 G0 Z8.
N3466 G255
N3467 (1/2 3FL ENDMILL / FINISH MILL SIDE OF FA / Z+3.000)
N3468 M11
N3469 M13
N3470 C346.526 A39.933
N3471 G254
N3472 X-4.1456 Y-1.7781
N3473 M10
N3474 M12
N3475 Z3.6
N3476 G1 Z3. F75.
N3477 G41 D2 X-3.9511 Y-1.9726 F105.
N3478 G3 X-3.7567 Y-2.0531 I.1944 J.1945
N3479 G1 X-1.8238
N3480 G40 Y-1.7781
N3481 G0 Z8.
N3482 G255
N3483 (1/2 3FL ENDMILL / FINISH MILL SIDE OF FA / Z+1.2716)
N3484 M11
N3485 M13
N3486 C360. A79.619
N3487 G254
N3488 X-4.1837 Y-3.107
N3489 M10
N3490 M12
N3491 Z3.6
N3492 G1 Z1.2716 F75.
N3493 G41 D2 X-3.9892 Y-3.3015 F105.
N3494 G3 X-3.7948 Y-3.382 I.1944 J.1945
N3495 G1 X-1.7235
N3496 G40 Y-3.322
N3497 G0 Z8.
N3498 G255
N3499 (1/2 3FL ENDMILL / FINISH MILL WALL ON DEFLECTOR / Z+.4.121)
N3500 M11
N3501 A23.
N3502 G254
N3503 X.0483 Y-.7097
N3504 M10
N3505 Z4.6
N3506 G1 Z4.121 F75.
N3507 G41 D2 X-.0401 Y-.6213 F105.
N3508 G3 X-.1285 Y-.5847 I-.0884 J-.0884
N3509 G1 X-.8575
N3510 Y-.6847
N3511 X-.1285
N3512 G3 X-.0401 Y-.6481 I0. J.125
N3513 G1 G40 X.0483 Y-.5597
N3514 G0 Z8.
N3515 G255
N3516 (1/2 3FL ENDMILL / FINISH MILL WALL ON DEFLECTOR / Z+.3.664)
N3517 M11
N3518 A23.227
N3519 G254
N3520 X-1.1548 Y-.0273
N3521 M10
N3522 Z4.6
N3523 G1 Z3.664 F75.
N3524 G41 D2 X-1.0664 Y-.1157 F105.
N3525 G3 X-.978 Y-.1523 I.0884 J.0884
N3526 G1 X-.5014
N3527 G3 X-.413 Y-.1157 I0. J.125
N3528 G1 G40 X-.3246 Y-.0273
N3529 G0 Z8.
N3530 G255
N3531 (1/2 3FL ENDMILL / FINISH MILL WALL ON DEFLECTOR / Z+.3.664)
N3532 M11
N3533 A56.613
N3534 G254
N3535 X-1.1548 Y-1.9939
N3536 M10
N3537 Z4.6
N3538 G1 Z2.715 F75.
N3539 G41 D2 X-1.0664 Y-2.0823 F105.
N3540 G3 X-.978 Y-2.1189 I.0884 J.0884
N3541 G1 X-.4193
N3542 G3 X-.3309 Y-2.0823 I0. J.125
N3543 G1 G40 X-.2425 Y-1.9939
N3544 G0 Z8.
N3545 G255
N3546 (1/2 3FL ENDMILL / FINISH MILL TOP OF DEFLECTOR / Z+2.575)
N3547 M11
N3548 A68.113
N3549 G254
N3550 X-.425 Y-3.1924
N3551 M10
N3552 Z4.6
N3553 G1 Z2.575 F75.
N3554 X-.928 F105.
N3555 G0 Z8.
N3556 G255
N3557 (1/2 3FL ENDMILL / FINISH MILL SIDE OF DEFLECTOR / Z+.75)
N3558 M11
N3559 A90.
N3560 G254
N3561 X.0483 Y-4.534
N3562 M10
N3563 Z.978
N3564 G1 Z.75 F75.
N3565 G41 D2 X-.0401 Y-4.4456 F105.
N3566 G3 X-.1285 Y-4.409 I-.0884 J-.0884
N3567 G1 X-.8575
N3568 Y-4.509
N3569 X-.1285
N3570 G40 Y-4.459
N3571 G0 Z8.
N3572 (1/2 3FL ENDMILL / FINISH MILL SIDE OF DEFLECTOR / Z+.575)
N3573 X-.7525 Y-4.9925
N3574 Z.978
N3575 G1 Z.575 F75.
N3576 G41 D2 X-.6641 Y-4.9041 F105.
N3577 G3 X-.6275 Y-4.8157 I-.0884 J.0884
N3578 G1 Y-4.409
N3579 X-.728
N3580 G2 X-1.128 Y-4.009 I0. J.4
N3581 G1 Y-3.4777
N3582 G40 X-1.178
N3583 G0 Z8.
N3584 (1/2 3FL ENDMILL / FINISH MILL FLOOR / Z+.545)
N3585 X-1.2167 Y-4.8407
N3586 Z.978
N3587 G1 Z.545 F75.
N3588 Y-3.6979 F105.
N3589 G0 Z8.
N3590 (1/2 3FL ENDMILL / FINISH MILL FLOOR / Z+.545)
N3591 X-.6823 Y-4.564
N3592 Z.978
N3593 G1 Z.545 F75.
N3594 G41 D2 Y-4.439 F105.
N3595 X-.728
N3596 G2 X-1.158 Y-4.009 I0. J.43
N3597 G1 Y-3.6361
N3598 G40 X-1.208
N3599 G0 Z8.
N3600 (1/2 3FL ENDMILL / FINISH MILL FLOOR / Z+.552)
N3601 X.0315 Y-4.9967
N3602 Z.978
N3603 G1 Z.552 F75.
N3604 G41 D2 Y-4.8717 F105.
N3605 X-.4075
N3606 G40 Y-4.9217
N3607 G0 Z8.
N3608 G255
N3609 (1/2 3FL ENDMILL / FINISH MILL FLOOR / Z+.552)
N3610 M11
N3611 A75.
N3612 G254
N3613 X3.0515 Y-4.8172
N3614 M10
N3615 Z2.1
N3616 G1 Z1.73 F75.
N3617 G41 D2 Y-4.6922 F105.
N3618 X2.6515
N3619 G2 X2.4373 Y-4.5712 I0. J.25
N3620 G1 X.0315
N3621 X-.4075
N3622 G40 Y-4.6212
N3623 G0 Z8.
N3624 G255
N3625 (1/2 3FL ENDMILL / FINISH MILL LEFT END REAR PROFILE / Z+3.34)
N3626 M11
N3627 M13
N3628 C90. A90.
N3629 G254
N3630 X-.9838 Y-4.8346
N3631 M10
N3632 M12
N3633 Z3.9035
N3634 G1 Z3.34 F75.
N3635 G41 D2 X-.8631 Y-4.8023 F105.
N3636 X-.8992 Y-4.6676
N3637 G3 X-.8995 Y-4.6668 I-.0037 J-.0011
N3638 G1 X-.9678 Y-4.5486
N3639 X-1.025 Y-4.335
N3640 Y-4.0557
N3641 Y-3.9624
N3642 X-.9066 Y-3.6766
N3643 G40 X-.9528 Y-3.6575
N3644 G0 Z8.
N3645 M9
N3646 M5
N3647 G255
N3648 G0 G28 G91 Z0.
N3649 M01

 

Edited October 28, 2017 by Guest

[civiceg]

Yes, you don't need to send the machine home between rotations. It is more of a safe guard if the operator does not put the part close to where you have it programmed at. For example if your 5th axis vise gets bolted on the platter edge and not at center. You could have a collision when rotating on a 3+2 move. DWO has to be canceled and reactivated and your clearance height will not be maintained. This is more of an issue with UMC's rather than a vertical with a trunnion with a small platter. 

Glad you got it figured out!!