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2005
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in
media
prior
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may
not
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or
or
language,
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of
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freedom
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rights
be
copied
or
part,
in
by
permission
within
from
the
reserved.
or
transferred
any
means,
of
this
document
patent
rights
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to
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this
of
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respective
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other
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of
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omissions.
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Patent
Features
probes
following
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1
JP
4636960
US
JP
2,945,709
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0695926
5,669,151
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1236896
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the
precision
a
notice
of
the
are
patents
probe
components
OMP40
probes
subject
and/or
US
EP
US
JP
US
DE
US
clean
tool.
and
of
oneormore
patent
applications:
4542467
0390342
5,040,931
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4,510,693
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34221
2001-0017590
treat
and
features
A1
the
of
similar
of
the
i,
2
Contents
Contents
Installation
Typical
Typical
OMMs
Two
Performance
Performance
OMP40
OMP40
OMP40
Probe/shank
Stylus
Operation
system
probe
system
probe
and
envelope
envelope
features
system
and
features
mounting
on-centre
using
using
remote
indicator
with
with
performance
taper
and
adjustment
OMi
OMM
OMI
OMM
shanks
Typical
Probe
3
4
Battery
Modes
5
Reviewing
6
Programming
7
Service
8
Fault
9
Appendix
1
2
Appendix
13
Appendix
14
Appendix
probe
power
life
operation
of
and
finding
cycles
supply
expectancy
current
probe
maintenance
PSU3
1
2
OMM
3
MI12
4
OMI
settings
Power
interface
Supply
Unit
21
23
25
27
30
31
33
34
38
38
39
40
Typical
A
workpiece
effect,
another
may
be
include
process.
|
se
CNC
cent
(Light
x
3
12
x
3
j
c
re
xt
pr
moves
Probe
Software
requirements
17
19
Parts
list
42
SEE
OMI
OMP
PAGE
-
Optical
Optical
-
40
ma
mt
Typical
probe
system
using
OMI
3
21
23
25
27
30
.31
33
34
38
38
39
40
42
Typical
workpiece
A
effect,
another
included
be
may
process.
SEE
PAGE
-
Optical
OMI
-
Optical
OMP
probe
set-up
CNC
centre
OMP
(Light
3
receive
x
transmit
12
x
x
probe
3
40
machine
machine
and
in
tool
at
any
machining
spindle
OMP40
inspection
LEDs
-
diodes)
emitting
diodes
LEDs
status
interface
probe
system
inspection
the
system.
stage
probe
LEDs
Workpiece
the
of
RENISHAW-
probe
A
probe
machining
Z
Stylus
using
in
is,
cycle
OMI
Signals
machine’s
the
OMM
the
signals
control.
X]
Typical
setting
_
are
into
Q.
tool
probe
transmitted
control,
MI12.
+
an
acceptable
-
between
via
interface
Mounting
[p
Optional
power
:
Interface
the
form
-
supply
OMI
units
bracket
©/
]
PSU3
unit
the
convert
for
OMI
Optional
power
unit
probe
alternatively
or
machine’s
the
PSU3
-
supply
J
CNC
machine
control
Cable
and
probe
unit
L
4
Typical
probe
system
using
OMM
and
MI12
MB,
r
Optional
:
power
r
Optional
power
interface
MI12
Mounting
m
r
PSU3
-
supply
PSU3
-
supply
uni'
bracket
/
]
unit
unit
OMM
machine
.
I
CNC
control
Cable
Twin
Twin
OMM
On
large
greater
OMMs
C
i
ms
rece
conn
Typical
machining
CNC
centre
probe
spindle
system
using
OMM
and
1
OMP40
inspection
LEDs
OMP
-
diodes)
emitting
(Light
3
12
3
L
SEE
PAGES
OMM
-
-
OMP
x
receive
transmit
X
probe
x
Optical
Optical
diodes
LEDs
status
38,
39
module
machine
LEDs
rr®n
probe
Workpiece
machine
probe
REM5HAWT
OMP
"
3ÿ
-ID
Stylus
Y
\
a-
n
-
Typical
setting
°
n
probe
U
tool
Twin
OMMs
and
remote
indicator
using
Mi
12
5
Twin
OMM
Twin
large
On
greater
OMMs
OMMs
mounting
machine
reception
connected
and
it
tools
coverage
single
a
to
possible
is
by
MI12.
remote
provide
to
mounting
indicator
two
Remote
MI12
The
indicator.
change
will
If
MI12
the
or
lamp
where
it
using
indicator
interface
When
state
hidden
is
bleeper
is
easily
contains
the
and
may
seen
MI12
probe
beep
a
from
be
placed
heard.
or
an
triggered
is
is
operator,
the
and
LED
emitted.
position
in
a
acoustic
the
LED
a
remote
OMI
6
Performance
envelope
with
with
others
envelope
15°
0°
'
15°
within
\
/
4
5
(16.4)
must
60°
60°
envelope
in
each
be
performance
the
45°
30°
Jr
y
30°
/
/
v
45°
Performance
OMP40
Probe
field
shown.
4
of
probe
and
view,
=3E)/
*2
'0%
1
(3.3)
ii
OMP40
OMI
2'
(6.6)
and
\
3
(9.8)
OMI
+
diodes
75°
\
\
(13.1)'
OMI
360°
Optical
centre
line
range
SWITCH
15%
o°
15°
metres
ON/OFF
45‘
30°/
'
30°
45°
II
!
(feet)
>;
60°
60°
|7
i
(13.1)
'
5
(16.4)
!
OPERATING
___
ZJ
X'//
1
(3-3)
W
2
>'
OMI
(6.6)
/
3
(9.8)
4
f
Performs
and
of
y
OMP40
probe
view,
J
-
<D0
0.3)
OMIV
anc
/
1
\
2
(6.6;
OMP40
Probe
field
shown.
+
(i
Performance
envelope
with
OMM
7
OMM
360°
Optical
centre
line
range
SWITCH
30°
15°
I
0°
15°
metres
ON/OFF
45°
,
-fL
T
30°
(feet)
/
VA
J
45c
OPERATING
75°
60°/-
/
7
(9.8)
N/
4
\/(13.1)
5
60°
(16.4)
3
2
(6.6)
>
-
1
(3.3)
OMM
30°
'ÿ
7
30°
with
other’s
envelope
15°
0°
15°
diodes
within
the
envelope
beineach
must
performance
60°
45°
Performance
of
probe
and
view,
OMM
and
+
OMM
75°
OIVIP40
Probe
field
shown.
\
!£NISMaW'
1
\X\
(3.3)
\
I
OMP40
2
(6.6)
3
(9.8)
\
4
(13.1)
\
'
5ÿ
(16.4)
K/
45°
60°
8
OMP40
features
OMP40
features
of
range
A
Renishaw
from
l
OMP
receive
x
3
transmit
x
12
probe
x
3
shanks
upon
$
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So
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window
diodes
status
available
is
$
LEDs
LEDs
request
/
tm
\\
OMP40
Battery
+
VzAA
x
1
Hi
Batteries
2
c
cover
Operating
Natural
may
increase
Coolant
OMI
and
transmissio
on
necessai
is
as
transmission.
Operation
°C
50
°F)
40
1
Warning
env
refiecti-
residu
wind<
in
60
to
will
<
t
t<
°C
re
e>
c
V
t*.
-
J
stylus
M4
two
If
take
the
OMM
versa.
system:
care
OMP
or
to
on
OMI
6
c
For
further
battery
details
see
page
23
OMP40
and
system
performance
9
OMP40
Operating
Natural
may
Coolant
and
on
transmission
as
is
transmission.
Operation
50
°C
140
Warning
If
two
take
OMP
the
OMM
versa.
envelope
reflective
increase
residue
windows,
OMI
necessary
in
60
to
°F)
will
systems
to
care
on
OMI
or
and
surfaces
the
signal
accumulating
will
performance.
maintain
to
temperatures
°F
(32
°C
are
machine,
on
the
some
in
operating
that
other
resuit
ensure
one
system
within
transmission
on
a
detrimental
have
Wipe
unrestricted
of
0
°F
41
reduction
in
signals
are
machine,
or
to
performance
the
machine
range.
OMM
OMP,
the
effect
as
clean
or
°C
5
to
°C
°F
122
close
transmitted
not
to
range.
in
proximity,
received
vice
and
by
often
from
the
When
this
mode,
power
recommended
is
and
OMM
in
assist
To
during
OMM
outputs
OMI
coloured
A
are
signal
LED.
Collision
Only
use
compatible
protection
after
case,
is
the
OMM
or
(see
OMI
position
the
finding
system
available
strengthisdisplayed
protection
ceramic
OMP40.
with
with
devices,
stylus
a
of
use
OMI
and
29).
page
optimum
installation,
on
the
are
styli
OMP40
any
except
extension.
probe’s
the
range
low
position
signal
interface.
MI12
an
on
devices
recommended
is
not
‘weak
stylus
when
low
setting
the
of
strength
multi¬
OMI
link’
fitted
for
10
OMP40
and
system
performance
Environment
Probe/OMP
OMM
12
Ml
interface
PSU3
Storage
Normal
operating
Probe
repeatability
Maximum
2
Repeatability
velocity
using
of
stylus
480
OMI
Sigma
of
1,0
mm/min
50
mm
Temperature
-10
°C
(14
°F
°C
5
°F
(41
(2o)
Value
pm
(40
(1.57
(1.97
in)
to
to
to
to
p
long.
70
158
°C
50
122
is
in)
ft/min)
°C
°F)
°F)
valid
at
for
stylus
test
tip,
Stylus
trigger
X/Y
X/Y
direction
(1
.76
X/Y
direction
(3.17
Z
direction
Probe
Probe
OMP40
OMP40
trigger
ozf)
ozf)
IP
weight
probe
probe
forces
-
5,85
rating
force
typical
-
typical
-
without
without
with
vary
/
N
585
batteries
around
lowest
highest
gf
IPX8.
shank
batteries
the
force
force
(20.62
stylus
0,50
0,9
ozf)
242
262
seating.
N
/
/
N
g
(8.53
(9.24
g
50
90
gf
gf
oz)
oz)
OMP4<
fl
LED
colour
Unlit
Flashing
green
Flashing
red
green
Flashing
and
blue
Flashing
red
and
blue
Constant
red
*T
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z)
OMP40
flashing
colour
LED
Unlit
green
Flashing
Flashing
red
Flashing
green
and
blue
Flashing
red
and
blue
red
Constant
features
Green
LED
>
PROBE
Probe
status
Stand-by
Probe
seated
triggered
Probe
Probe
seated
battery
low
-
Probe
triggered
battery
low
-
Battery
dead
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mode
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nr
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page
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length
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(3.93)
further
23
features
z
f
;
6
mm
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OVERTRAVEL
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mm
(in)
(0.43)6(0.24)
11
(0.87)
22
battery
information
LIMITS
mm
(0.24)
6
11
Z
(in)
see
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