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New
manual low cost CMM Probe
| Specification summary |
TP8 |
| PRINCIPAL APPLICATION |
Robust universal DCC and manual
CMMs. |
| SENSE DIRECTIONS |
5-axis: ±X, ±Y, +Z |
| UNIDIRECTIONAL REPEATABILITY
MAXIMUM (2s µm) (at stylus tip) |
0.5 µm (0.00002 in) |
| PRE-TRAVEL VARIATION 360° (XY
PLANE) |
±1 µm (±0.00004 in) |
| WEIGHT (without shank) |
95 g (3.36 oz) |
| STYLUS RANGE |
M3 |
| STYLUS FORCE RANGE (ADJUSTABLE) |
0.11 N - 0.3 N |
| STYLUS FORCE (SET BY RENISHAW) |
0.11 N - 0.13 N |
| STYLUS OVERTRAVEL (TYPICAL)XY
plane+Z axis |
±22°5.5 mm (0.22 in) @ 0.11 N2 mm
(0.08 in) @ 0.3 N |
| MOUNTING METHOD |
Shank |
Above data applies to test conditions as follows:
Stylus length 21 mm (0.83 in). Stylus velocity 480
mm/min (1.57 ft/min). Stylus force 0.11-0.13 N. Ø4
ball.
 DOWNLOAD
TP8 TOUCH-TRIGGER PROBE USER GUIDE |
|
TOP |
The PH6 is a small diameter, vertical probe head
with one M8 thread probe mount for a single probe,
with an integral cable.
- Compatible with M8 probes
- Shank mounted
- Simple to install
| Specification |
|
| Weight |
48 g |
| Probe mounting |
M8 thread |
| No. of probe sockets |
1 |
| Probe status
indication |
1 LED |
| Cable connection |
Integral cable |
The PH6M is a fixed head with
autojoint connector for probes and
adaptors, which is compatible with
multiwired probes TP7M, OTP6M and
SP25M, as well as the complete
Renishaw probe range through the use
of the PA series of adaptors
DOWNLOAD
TOUCH-TRIGGER PROBE USER GUIDE
Der PH6M verfügt über eine
Multiwireschnittstelle und eine Autojointaufnahme.
Damit ist er auch für den Einsatz mit Scanningtastköpfen geeignet.
Er kann zusammen mit dem SP25M zu einem kompakten
und preisgünstigen Scanningsystem kombiniert werden.
| Specification |
|
| Weight |
160 g |
| No. of probe sockets |
1 autojoint |
| Probe status
indication |
1 LED |
| Cable connection |
Micro 'D' connector |
| Repeatability of
position |
1 µm (0.00004 in)
autojoint |
| Maximum extension bar |
300 mm |
DOWNLOAD
PH6M USER GUIDE |
|
The MH20 is a manually adjustable probe head.
MH20i is a manually adjustable indexing probe head
TOP
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MH20 is a
manually adjustable probe head
with an integral TP20 kinematic
stylus module mount.
The A-axis
rotates through 315° in the X-Y
plane. The B-axis rotates
through 93° in the Z plane. A
thumbwheel locks the swivel in
any position within the movement
envelope of the head.
Qualification
must take place after each head
adjustment, but TP20 modules can
be changed repeatably, provided
qualification has already taken
place and the head has not been
re-adjusted.
|
| Specification |
|
| Length |
731 mm |
| Diameter |
31.5 mm |
| Weight |
100 g |
| Probe mounting |
TP20 kinematic mount |
| Head mounting |
MS/T range of shanks |
| Suitable interface |
PI 4-2 |
| No. of probe sockets |
1 |
| Probe status indication |
1 LED |
| Cable connection |
5 pin DIN 180º socket |
| A-axis indexing |
Non-indexing swivel ±93° |
| B-axis indexing |
Non-indexing swivel ±300° |
| Maximum extension bar |
EM2 extension module -
75 mm (2.95 in) |
DOWNLOAD
MH20/MH20i
Datenblatt
MH20i is a
manually adjustable probe heads
that combines the TP20 kinematic
stylus module mount with two
axis indexing.
The A-axis
rotates through ±180° in the X-Y
plane. The B-axis rotates
through 90° in the Z plane. A
lever locks the head in one of
up to 168 repeatable positions,
set at 15° increments.
The head is
capable of carrying the full
range of TP20 modules, which can
be changed without
re-qualification, providing
qualification has taken place in
each position with each stylus/module
combination.
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RTP20 Kit 1 without changing rack
RTP20 Kit 2 with changing rack MCR20 |
RTP20 offers
low-cost 'motorised' head
functionality with integral TP20
touch-trigger probe.
The automated
indexing of the RTP20 allows the
integral TP20 probe to be moved
to 168 repeatable positions in
15-degree increments using both
the A and B axes, requiring a
one-time only qualification for
each stylus position thus ensuring
fast throughput for part
inspection
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Productivity
Improved
productivity is achieved via
probe module changing and
automated indexing without the
need for constant
re-qualification.
Increased reach and flexibility
A built-in
extension together with existing
extension bars allow reach up to
168 mm (including maximum stylus
length).
Automation
Utilising the
CMM motion to lock and orientate
the head, together with the
MCR20, provides a fully
automated system.
Crash
protection
TP20 modules
have overtravel in all
directions. The magnetic
mounting provides additional
crash protection in X and Y.
|
 Download
RTP20-Video
 Download
RTP20-User guide |
|
PH10T
PH10M
PH10MQ
TOP |
PH10T
The PH10T is similar
to the PH10M, except that it
features an M8 thread probe
mount in place of the autojoint.
All M8 threaded
probes and extension bars fit
directly onto the head. The
PH10T is fully compatible with
all of Renishaw's stylus and
module change systems.
|
Length |
103 mm |
|
Width |
62 mm |
|
Weight |
645
g |
|
Probe
mounting |
M8
thread
(2
wire) |
|
Head
mounting |
Shank
to
suit
CMM |
|
Suitable
controller |
PHC10-2 |
|
Repeatability
of
position |
0.5 µm
(0.00002 in)
specified
at a
distance
of
48 mm
(equivalent
to a
TP2
and
PS1R
stylus) |
|
Total
no.
of
positions |
720 |
|
Max
recommended
drive
torque |
0.45 Nm |
|
Maximum
extension
bar |
300 mm
(11.8 in)
using
PEL4
extension |
|
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PH10M
The PH10M can carry long extension bars and complex
probes such as SP600M or TP7M. The highly repeatable
autojoint allows rapid probe or extension bar
changing without the need for re-qualification.
| Length |
117 mm |
| Width |
62 mm |
| Weight |
645 g |
| Probe
mounting |
Autojoint (multiwire) |
| Head
mounting |
PH10M
shank to suit CMM |
| Suitable controller |
PHC10-2 |
| Repeatability of
position |
0.5 µm (0.00002 in)
specified at a distance
of 62 mm |
| Total
no. of positions |
720 |
| Max
recommended drive torque |
0.45 Nm |
| Maximum extension bar |
300 mm (11.8 in) using
PAA3 extension |
|
PH10MQ
The
PH10MQ is a variant of the PH10M that allows the
motorised head to be attached directly to the quill
with the B axis of the head inside the quill itself.
This option provides a neater and shorter probe
mount, with only the A axis protruding from the
quill.
| Length |
73 mm |
| Width |
80 mm |
| Weight |
730 g |
| Probe
mounting |
Autojoint (multiwire) |
| Head
mounting |
Direct to quill |
| Suitable controller |
PHC10-2 |
| Repeatability of
position |
0.5 µm (0.00002 in)
specified at a distance
of 62 mm |
| Total
no. of positions |
720 |
| Max
recommended drive torque |
0.45 Nm |
| Maximum extension bar |
300 mm (11.8 in) using
PAA3 extension |
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The MSR1 module storage rack safely holds up to
six modules and eases the operators task where
manual changing is performed, aiding
productivity
TOP |
Compact module changing touch-trigger probe,
which allows the use of a range of stylus
configurations and extensions to access features
on complex parts
The TP20 is a compact 5-way,
or 6-way, kinematic
touch-trigger probe system.
The two-piece design,
comprising probe body and
detachable stylus module(s),
connected using a highly
repeatable magnetic
kinematic coupling. This provides
the facility to change
stylus configurations either
manually or automatically
without the need for
requalification of the
stylus tips, thereby giving
significant time savings in
inspection routines.
Modules offering a range of
trigger forces allow the
probe performance to be best
matched to the measurement
task. A set of probe
extensions is also available,
as is a 6-way module. The
stylus mounting thread
accepts styli from the
Renishaw M2 range.
The TP20 system is easily
retrofitted and is
compatible with existing
touch trigger probe
interfaces, extensions and
adaptors.
|
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Sense directions |
All
modules except 6W
6W |
±X, ±Y, +Z
±X,
±Y, ±Z |
|
Suitable interface |
|
PI4-2, PI7-2,
PI200, UCC |
|
Pre-travel variation |
LF
SF
/ EM1 / EM2
MF
EF
6W |
±0.60 µm (±
0.000023 in)
±0.80 µm (± 0.000032
in)
±1.00 µm (±
0.000039 in)
±2.00 µm (±
0.000079 in)
±1.50 µm
(±0.000058 in) |
|
Unidirectional
repeatability |
LF
/ SF / EM1 / EM2
MF
EF
6W |
±0.35 µm (±
0.000014 in)
±0.50 µm (±
0.000020 in)
±0.65 µm (±
0.000026 in)
±0.80 µm (±
0.000032 in) |
|
Repeatability of
stylus changing |
MCR20
Manual |
±0.50 µm (±
0.000020 in)
±1.00µm (±
0.000040 in) |
|
Stylus range |
|
M2 |
|
Mounting method |
|
M8 thread |
|
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A range of seven, application
specific, probe modules is
available and are identified by
coloured caps
| Module |
Application |
Trigger forces |
Stylus lenghts |
| SF
- Standard force
 |
Suited to the
majority of applications |
XY: 0.08 N
Z:
0.75 N
Stylus: 10 mm |
10 - 50 mm GF |
| LF
- Low force
 |
Low trigger forces
applications - e.g. rubber
seals |
XY: 0.055 N
Z:
0.65 N
Stylus: 10 mm |
10 - 50 mm |
| MF
- Medium force
 |
Where a higher
trigger force than
standard is required |
XY: 0.1 N
Z: 1.9 N
Stylus: 25 mm |
10 - 60 mm |
| EF
- Extended force
 |
Large stylus
assemblies or where
vibration causes
spurious 'air' triggers |
XY: 0.1 N
Z: 3.2N
Stylus: 10 mm |
10 - 60 mm |
| 6W
- 6-way
 |
Measurement in the
–Z direction - e.g.
undercuts |
XY: 0.14 N
Z: 1.6N
Stylus: 10 mm |
10 - 30 mm |
| EM1 STD
- 50 mm extension
 |
Majority of
applications requiring a
50 mm extension |
XY: 0.08 N
Z:
0.75 N
Stylus: 10 mm |
10 - 50 mm |
| EM2 STD
- 75 mm extension
 |
Majority of
applications requiring
a 75 mm extension |
XY: 0.08 N
Z:
0.75 N
Stylus: 10 mm |
10 - 50 mm |
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TOP
The TP200
probe uses micro strain gauge transducers to
deliver excellent repeatability and accurate 3D
form measurement even with long styli.
The sensor technology gives sub-micron
repeatability and eliminates the lobing
characteristics encountered with kinematic
probes. The solid state ASIC electronics within
the probe ensure reliable operation over
millions of trigger points.
The TP200B uses the same technology as TP200
but has been designed to have higher tolerance
to vibration. This helps to overcome the problem
of 'air' trigger generation which can arise from
vibrations transmitted through the CMM or when
using long styli with faster positioning speeds.
Download
TP200
Download
Styluskit M2
|
A compact, module-changing probe
that uses strain-gauge mechanisms for higher
accuracy and longer life than kinematic
touch-trigger probes.
The TP200 system components
are:
- TP200 or TP200B
probe body (the TP200B
is a variant with
increased vibration
tolerance)
- TP200 stylus module
- choice of fixed
overtravel forces: SF (standard
force) or LF (low force)
- PI 200 probe
interface
- SCR200 stylus
changing rack
There is also an EO
module (extended overtravel)
which has the same
overtravel force as the SF
but provides increased
operating range and
protection in the probe Z
axis.
|
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Strain-gauge
technology offers
excellent
repeatability and
precision 3D form
measurement.
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Zero reseat
errors.
-
No lobing effect.
-
6-way measuring
capability
-
Stylus reach of
up to 100 mm (GF
styli)
-
Rapid probe
module changing without
the need to
re-qualify the
stylus tips
-
Life of >10
million triggers
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TOP
A range of module kits allows
SP25M users to build up
their probing capability
over time.
Each SM25 scanning module is optimised
in terms of gain and spring
rate to suit the range of
stylus lengths specified.
For every module, there is a
matching SH25 stylus
holder.
The SH25-3 and SH25-4
stylus holders are
constructed with a fixed
carbon fibre stem to which
an M3 stylus is mounted,
selected to provide the
correct working length
|
Download
SP25
compact
Download
SP25 Technical Paper
Download
SP25-Styluskits
|
At only 25 mm in diameter, and with a range of
scanning and touch-trigger modules, the SP25M is
the world's most compact and versatile scanning
probe system.
The SP25M comprises two
sensors in a single housing.
Users can switch between a
choice of four scanning
modules (which can carry M3
styli with lengths from
20 mm to 400 mm) and an
adaptor module that is
compatible with Renishaw's
TP20 range of probe modules.
This capability enables
scanning and touch-trigger
probing in a single probe
system.
The SP25M's
compact size and autojoint
mounting makes it compatible
with the PH10M/MQ and PH6M
probe heads. It can also be
mounted on a multiwired
extension bar. Together,
these combinations permit
excellent reach and access
to part features.
For details of the
technology in SP25M, refer
to the SP25M Technical Paper
|
- World's smallest
scanning probe at only
25 mm in diameter
- Excellent metrology
- isolated optical
sensing and 3rd order
polynomial compensation
- Four modules provide
optimal performance
across a range of stylus
lengths (up to 400 mm)
- Two sensors in one -
scanning and
touch-trigger
- Crash protection and
simple stylus changing
- Fast and simple
probe calibration cycle
- Ideal for profile
and form measurement
- Suitable for use on
motorised indexing heads
for greater flexibility
and shorter scanning
cycle times
- Simple and robust
design for greater
reliability - no motors
or locking mechanisms
|
|
Mounting |
Renishaw
autojoint : PH10M,
PH10MQ or PH6M
May be mounted on
autojoint extension
bars |
|
Suitable
interface |
Either: UCC1
SP25M daughtercard
Or: AC3 PC interface
card for machines
not fitted with the
UCC1 controller |
|
Probe attributes |
3-axis analogue
measurement (X, Y,
Z)
Pivoting motion in
XY plane with
translation in Z
direction |
|
Measurement
range |
±0.5 mm (±0.02
in) in X, Y and Z |
|
Overtravel range |
±2.0 mm (±0.08
in) in X and Y
1.7 mm (0.07 in) in
+Z
1.2 mm (0.07 in) in
–Z
Crash protection:
X, Y, –Z - break-off
of either module or
stylus holder
+Z - integral
bump-stop design |
|
Resolution |
< 0.1 µm
(0.000004 in) with
either UCC1
daughtercard or AC3
interface card |
|
Spring rate |
0.2 N/mm to 0.6
N/mm nominal
dependent on stylus
length |
|
Damping |
Single viscous
fluid damper |
|
Power supply |
+12 V (±5%),
–12 V (+10% / –8%),
+5 V (+10% / –13%)
DC at probe |
|
Outputs (X,Y,Z) |
Non-linear and
non-orthogonal
analogue outputs -
rate, gain and
resolution are not
fixed
SP25M requires that
a non-linear,
third-order
polynomial
calibration method
is used. |
|
Stylus range |
M3 |
|
|
Kit |
Contents |
Stylus lengths |
|
Entry kit |
-
1 × SP25M
probe body
-
1 × SM25-1
scanning module
kit:
-
-
1 ×
SM25-1
scanning
module
-
2 ×
SH25-1
stylus
holder
|
20 - 50 mm |
|
SP25M scanning
probe kit #2 |
-
1 × SP25M
probe body
-
1 × SM25-2
scanning module
kit:
-
-
1 ×
SM25-2
scanning
module
-
2 ×
SH25-2
stylus
holder
|
50 - 105 mm |
|
SP25M scanning
probe kit #3 |
-
1 × SP25M
probe body
-
1 × SM25-3
scanning module
kit:
-
-
1 ×
SM25-3
scanning
module
-
2 ×
SH25-3
stylus
holder
|
120 - 200 mm |
|
SP25M scanning
probe kit #4 |
-
1 × SP25M
probe body
-
1 × SM25-4
scanning module
kit:
-
-
1 ×
SM25-4
scanning
module
-
1 ×
SH25-4
stylus
holder
-
'BASIC'
stylus kit
|
220 - 400 mm |
|
| SM25-1 scanning module |
SM25-2 |
SM25-3 |
SM25-4 |
TM25-20 TTP adaptor module |
 |
 |
 |
 |
 |
| Use with SH25-1.
Stylus length: 20
- 50 mm |
Use with SH25-2.
Stylus length: 50
- 105 mm |
Use with SH25-3.
Stylus length:
120 - 200 mm |
Use with SH25-4.
Stylus length:
220 - 400 mm |
Use with TP20 touch-trigger modules
and extensions. |
TOP
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|
SH80
Download
SP80 Technical Paper
TOP
|
The SP80 and SP80H quill-mounted
scanning probes provide
class-leading scanning
performance, as well as the most
flexible use of long styli for
maximum productivity.
The SP80
mounts to standard vertical
quills and can carry styli up to
500 mm long and 500 g mass,
including star configurations. Whereas
the SP80H mounts to a horizontal
quill and can carry styli up to
200 mm long and 500 g mass,
including star configurations.
|
About
SP80 Scanning probe
The SP80 and SP80H probes both
use the same design concepts.
They are a passive scanning
probe that uses digital scale
and readheads with 20 nm
resolution. These provide
exceptional scanning performance,
even with long styli.
Kinematic stylus changing with
SH80 allows for repeatable
re-location of the stylus,
optimises stylus arrangements
for each feature, and overcomes
the need for re-qualification.
Fitment of the SH80K allows the
probe to be powered on and off
without needing to be rehomed on
power up.
For more details, refer to
the SP80 Technical Paper.
|
| |
SP80 |
SP80H |
| Quill mounting |
80 mm (3.15 in)
kinematic quill mounted
(KM80) as standard
Shank mount (SM80) and
other custom mounts
available |
80 mm (3.15 in)
kinematic quill mounted
(KM80) as standard
Shank mount (SM80) and
other custom mounts
available |
| Suitable interface |
SP80 daughter card
for direct UCC1 or UCC2
integration
CC6
counter card and IU80
interpolator unit
Interface card
designed by the CMM
builder + IU80
interpolator
Interface card and
interpolator designed by
the CMM builder |
SP80 daughter card
for direct UCC1 or UCC2
integration
CC6
counter card and IU80
interpolator unit
Interface card
designed by the CMM
builder + IU80
interpolator
Interface card and
interpolator designed by
the CMM builder |
| Probe attributes |
Ultra-high scanning
accuracy scanning probe
with 3-axis analogue
measurement (X, Y, Z) |
Ultra-high scanning
accuracy scanning probe
with 3-axis analogue
measurement (X, Y, Z) |
| Measurement range |
±2.5 mm (±0.1 in) in
X, Y and Z |
±2.5 mm (±0.1 in) in
X, Y
±1.25 mm (±0.05
in) in Z minimum |
| Overtravel
protection |
X and Y protected by
kinematic break-out
joint on SH80
+Z has
mechanical 'bump stop' |
X and Y protected by
kinematic break-out
joint on SH80
+Z has
mechanical 'bump stop' |
| Resolution of scales |
< 0.02 µm
(0.0000007 in) |
< 0.02 µm
(0.0000007 in) |
| Spring rate |
Approx. 1.8 N/mm in
X, Y and Z |
Approx. 1.8 N/mm in
X, Y
Approx. 2.5 N/mm
in Z |
| Weight |
SP80: 806 g (30.3 oz)
excluding mount and
stylus holder
SH80
stylus holder: 185 g
(6.53 oz)
KM80 quill mount: 110
g (3.88 oz) |
SP80: 806 g (30.3 oz)
excluding mount and
stylus holder
SH80
stylus holder: 185 g
(6.53 oz)
KM80 quill mount: 110
g (3.88 oz) |
| Power supply |
Probe: +9 V to +18
V, maximum 300 mA dc
System: +5 V ±0.25 V @ 1
A maximum dc |
Probe: +9 V to +18
V, maximum 300 mA dc
System: +5 V ±0.25 V @ 1
A maximum dc |
| Outputs (X,Y,Z) |
1.5 V ±0.25 V p-p
analogue quadrature
signal (about 2.5 V ref) |
1.5 V ±0.25 V p-p
analogue quadrature
signal (about 2.5 V ref) |
| Stylus range |
M5 |
M5 |
The SH80 is a detachable
stylus holder with repeatable
kinematics.
The SH80 stylus holder is
magnetically attached to the
SP80 probe body and is
repeatably located using a set
of kinematic contacts. It
provides automatic stylus change
capability and has an M5 stylus
mount attachment. For additional
flexibility, this stylus mount cube
may be rotated by loosening a
grub screw to allow you to
position the stylus arrangment
to the correct rotational
position.
The SH80K is a stylus holder
with a kinematic location ball
that allows you to power off the
SP80 and SP80H probes and turn
them back on without needing to
rehome the probe providing that
the SH80K is fitted before the
power is switched off. The
stylus ball locates on a special
kinematic screw that is fitted
to the probe body. SH80K is
supplied as a standard item in
every probe kit.
It is possible to use SH80K
with earlier versions of SP80 as
the kinematic screw can be
retrofitted to the probe body.
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TOP
|
Module change rack enabling
automated changing of TP20
stylus modules.
The MCR20
module changing rack is passive
and can store up to six TP20
probe modules for automatic
changing under measurement
program control. The MCR20 is
designed to securely hold the
stored probe modules for
automatic changing and to
protect them from airborne
contaminants
| Specification |
|
| Height |
145 mm (5.71 in) |
| Depth |
60 mm (2.36 in) |
| Width |
200 mm (7.87 in) |
|
|
|
| Specification |
|
| Height |
190 mm (7.84 in) |
| Width |
245 mm (9.65 in) |
|
TOP |
Changer rack for TP200 stylus
modules.
The SCR200 provides
automatic, high speed changing
between up to six TP200 stylus
modules. The SCR200 is powered
by the separate probe interface,
PI 200, and provides features to
facilitate safe stylus changing.
The SCR200 is available in
low force and standard force
kits, where each kit comprises
one SCR200 plus three stylus
modules of the same force.
|
  |
|
MRS rails are available in lengths of 400 mm,
600 mm or 1000 mm
MRS legs are available in lengths of 62.5 mm and
125 mm
TOP
|
Flexible change racks for
automated changing of
SP25M scanning and
touch-trigger modules.
A
range of module changing
systems, each of which
allows any of the SP25M
system elements to be stored
in each port.
- SM25 scanning
modules
- TM25-20 TTP module
adaptor
- SH25 scanning stylus
holders
- TP20 modules
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| FCR25 |
FCR25-L3 |
FCR25-L6 |
FCR25 port adaptor insert kit |
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| Triple port unit suitable for
fitment to the MRS modular rack system. |
3-port stand-alone unit for smaller
CMMs and optical CMMs. |
6-port stand-alone unit for smaller
CMMs and optical CMMs. |
PA25-SH and PA25-20 inserts to store
SH25-# stylus holders or TP20 probe
modules. |
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- Reduce cycle times.
- Save money, save time.
- Fast stylus changing without requalification could save you hours a week.
- Optimice your probe performance.
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With optical laserscanners workpieces can be digitalized
conveniently and quickly. Particularly beneficial is the
high dot density of about 20.000 dots per second that can be
recorded. The laser scanner can be exchanged automatically
in connection with a probechanger magazine. This enables the
parallel use of touch and optical sensors. The accuracy of
the stripe laser is about 10 - 20 µm.
TOP
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Send Inquiry :
info@thome-praezision.de |
