Hi kitten
No, does not work
I turned to the Okuma dealer
They are thinking how to help me.
Waiting for an answer from them
I think the problem is in MSB files
I will inform you how to solve the problem
Hi kitten
No, does not work
I turned to the Okuma dealer
They are thinking how to help me.
Waiting for an answer from them
I think the problem is in MSB files
I will inform you how to solve the problem
check this app : https://www.myokuma.com/renishaw-set-and-inspect
requires api, .net, macros ( maybe your msbs are ok ); if you have api, then it may be possible to install that app
it seems to handle your setter, laser types, probes; there is also a conversational designed for probing ( that conversational is simply chaining those msbs )
for more infos, on that page is the developer e-mail, and a pdf ... maybe, arround you is also a local renishaw dealer
https://www.renishaw.com/en/set-and-inspect--33012
youtube "Renishaw Set and Inspect" / kindly
Ladyhawke - My Delirium, https://www.youtube.com/watch?v=X_bFO1SNRZg
Hi kitten.
Thanks for the info.
I will study her.
Maybe this information will help me.
In June our company buys a machine with a measuring system Hexagon
I will study and compare it with Renishaw
Hello everyone
As promised, I make a report.
The radius measurement program started working after installing a new software on the machine.
But the calibration of the sensor and the measurement of the radius of the tool occurs in only one direction minus.
Hello everyone
As promised, I make a report.
The radius measurement program started working after installing a new software on the machine.
But the calibration of the sensor and the measurement of the radius of the tool occurs in only one direction Y minus.
calibration
(VFST=#83H)
(PLI -length PY - radius)
N1 S200 M4
G56H99 (H - tool number)
M653
M127
N2 CALL OO30 PAXI=#17H PLI=150.02 PY=14.993 PNOR=1 PAPD=1
M127
N3 M30
M02
Measurement
(Before measuring, measure the length of the tool)
(length corrector to be determined)
(VC4 = approximate tool radius)
(VC5 = the shift in the Z axis below the sensor)(3mm)
(VC6 = offset "Y" VC4+8)(Where "8" - radius stilys)
G56H99
N10 S200 M4
VC5=3
VC4=14.993
M653 (channel selection Touch Setter RTS)
M127 (ON Touch Setter RTS)
VC6=VC4+8
N20 CALL OO30 VFST=#83H PZ=VC5 PY=VC6 PNOR=1 PAPD=1
M127
N30 M30
M02
hy sergey, please, what software did you installed ?the radius measurement program started working after installing a new software on the machine
i guess that is possible to use also the other direction, by messing with the msbs ... do you need both directions ?only one direction
i don't like those codes that have been given to you ... i mean they work, but not as described inside the manuals, and also they have extra codes :
... some spindles can not move/feed with 0 rpm, but okumas can handle that
... using rpm<>0 should be done for measuring finishing tools, that work at high rpms, and are expected to output a certain accuracy level; or for roughing tools, with big diameters, in order to detect the "lower profile" insert
... N30 M30 + M02 ?!
... in most cases G56H99 should be replaced with G56HA or G56H=system_variable
... when a touch setter is involved, G56H* is useless; why would someone activate the offset, if he wishes to calibrate the senzor, or to measure the offset ?
... using common variables may lead to potential conflicts with other parametric codes
... it uses N1,N2,N3, respectively N10 N20 N30 for no reason at all
... VC4=14.993 : use DA, or enlarge clearance distance during measuring
... replace vc5=3 an pz=vc5 with pz=3
etc
however, if it works, it works / kindly
Ladyhawke - My Delirium, https://www.youtube.com/watch?v=X_bFO1SNRZg
Hey
Yes it worked.
Dealers sent new software and MSB files.
But calibration is only on the axis "Y", and only in one direction.a plus Y
In the same direction, I measured the test bar OK!
calibration.MIN
(VFST=#83H)
(PLI -length PX -radius )
N1 S200 M4
G56H99
(M653)
(M127)
N2 CALL OO30 PAXI=#17H PLI=150.02 PY=14.993 PNOR=1 PAPD=1
(M127)
N3 M30
M02
RADIUS-INST.MIN
(VC4 = radius)
(VC5 = offset Z)
(VC6 = offset "Y" VC4+8)(8-radius stylus)
G56H99
N10 S200 M4
M653
M127
VC6=VC4+8
(N20 CALL OO30 VFST=#83H PZ=-VC5 PY=VC6 PNOR=1 PAPD=1)
N20 CALL OO30 VFST=#83H PZ=1 PY=38 PNOR=1 PAPD=1
N21 G0 Z1000
M127
N30 M30
M02
Hey.
Yes it worked.
Dealers sent new software and MSB files.
But calibration is only on the "Y" axis, and only in one direction.a plus
In the same direction, I measured the test bar OK!
only RTS
calibration.MIN
(VFST=#83H)
(PLI -length PX -radius )
N1 S200 M4
G56H99
M653
M127
N2 CALL OO30 PAXI=#17H PLI=150.02 PY=14.993 PNOR=1 PAPD=1
M127
N3 M30
M02
(VC4 = radius)
(VC5 = offset Z)
(VC6 = offset "Y" VC4+8)(8-radius stylus)
RADIUS-INST.MIN
G56H99
N10 S200 M4
M653
M127
VC6=VC4+8
(N20 CALL OO30 VFST=#83H PZ=-VC5 PX=VC6 PNOR=1 PAPD=1)
N20 CALL OO30 VFST=#83H PZ=2 PY=38 PNOR=1 PAPD=1
N21 G0 Z1000
M127
N30 M30
M02
.