Transcript
Form Measurement
Compact Roundness Measurement
ROUNDTEST RA-120/120P
Bulletin No. 1949
Compact roundness tester equipped with a wide range of analysis features and capable of accommodating a variety of workpieces
2OUNDTEST¬2!
s¬&INE¬ADJUSTMENT¬ON¬BOTH¬8 ¬AND¬: AXES s¬-ULTIPLE¬ANALYSES¬THROUGH¬SIMPLE¬OPERATION s¬$!4¬FUNCTION¬ EXCEPT¬FOR¬ s¬3CALED¬: AXIS s¬#ONTINUOUS¬)$¬AND¬/$¬MEASUREMENT s¬(IGH PRECISION¬AIR¬BEARING s¬7IDE RANGE¬DETECTOR s¬3TORE¬AND¬IMPLEMENT¬MEASURING¬CONDITIONS¬AND¬RESULTS
3IMPLE ¬INTERACTIVE¬DISPLAY¬SCREEN The large LCD screen with backlight shows easy-to-understand measurement results and graphs. Forms can be checked and notch processing can be set while observing the displayed graphs. Measurement screen
Measurement results
s¬3ET¬THE¬POSITION¬OF¬THE¬DETECTOR¬AND¬MEASUREMENT¬CONDITIONS¬HERE s¬$URING¬MEASUREMENT ¬GRAPHS¬ARE¬DISPLAYED¬IN¬REAL¬TIME
s¬&ILTER ¬DISPLAY¬MAGNIlCATION ¬ETC ¬CAN¬BE¬ALTERED s¬"ESIDES¬CIRCLES ¬DEVELOPMENT¬VIEWS¬CAN¬ALSO¬BE¬DISPLAYED
V Measurement
screen
V Measurement
in progress screen
Result screen V
2
!SSUMING¬ONnTHE JOB¬USE ¬THIS¬COMPACT¬ROUNDNESS¬MEASURING¬MACHINE¬IS¬PROVIDED¬WITH¬NUMEROUS¬USER FRIENDLY¬FEATURES¬AIMED¬AT¬PRIORITIZING¬USABILITY ¬SUCH¬AS¬A¬WIDER¬RANGE¬FOR¬THE¬DETECTOR ¬AN¬EASY TO UNDERSTAND¬ OPERATION¬PANEL¬WITH¬LARGE¬,#$ ¬A¬$!4¬FUNCTION¬THAT¬POWERFULLY¬SUPPORTS¬CENTERING¬AND¬LEVELING¬ADJUSTMENTS ¬ and so on.
/PERATING¬PANEL¬THAT¬IS¬READ¬AT¬A¬GLANCE 3UPPORTS¬¬LANGUAGES s¬*APANESE ¬%NGLISH ¬'ERMAN s¬&RENCH ¬)TALIAN ¬3PANISH s¬0ORTUGUESE ¬#HINESE¬4RADITIONAL¬ CHARACTERS s¬+OREAN ¬#HINESE¬3IMPLIlED¬CHARACTERS
!NALYSIS¬TYPE 3ELECTION¬BUTTONS¬PROVIDE¬ACCESS¬ TO¬A¬WIDE¬VARIETY¬OF¬ANALYSIS¬TYPES
3IMPLE¬SETUP !PPLY¬MEASUREMENT¬CONDITIONS¬ on one step 3IMPLE¬OPERATION¬AND¬ PREVENTION¬OF¬OPERATIONAL¬ERRORS
3WITCHING¬SCREEN¬MODES 3WITCH¬THE¬DISPLAY¬AT¬THE¬TOUCH¬OF¬ A¬BUTTON ¬PROVIDING¬ACCESS¬TO¬THE¬ ;#ALIBRATION= ¬;#ENTERING¬AND¬,EVELING= ¬ ;-EASUREMENT= ¬AND¬;2ESULT=¬SCREENS
Jog dial Make detailed changes to conditions and other operations
:ERO SETTING¬BUTTON .O¬lNE¬ADJUSTMENT¬NECESSARY¬FOR¬ setting the measurement position
Notch processing
(IGH GRADE¬THERMAL¬PRINTER 0RINT¬MEASUREMENT¬CONDITIONS ¬COMPUTATION¬RESULTS ¬RESULT¬GRAPHS ¬ COMMENTS ¬ETC ¬TO¬THE¬THERMAL¬PRINTER¬#HANGE¬DEVELOPMENT¬GRAPHS¬AND¬ output items as desired. Q¬3AMPLE¬PRINTS
5NWANTED¬DATA ¬SUCH¬AS¬ that produced by notches or SCRATCHES ¬CAN¬BE¬EXCLUDED¬ FROM¬THE¬ANALYSIS¬IF¬DESIRED¬¬ 3ELECT¬BETWEEN¬;!UTOMATIC¬ SETTING=¬AND¬;!RBITRARY¬ setting].
File save 3AVE¬AND¬ACCESS¬;-EASUREMENT¬lLES=¬AND¬;2ESULT¬lLES=¬IN¬53"¬MEMORY¬ $ATA¬CAN¬ALSO¬BE¬TOTALED¬USING¬THE¬DATA¬OUTPUT¬FUNCTION¬WITH¬COMMERCIAL¬ TABULATION¬SOFTWARE ;-EASUREMENT¬lLE=¬;-EASUREMENT¬DATA¬$ATA¬OUTPUT = ;2ESULT¬lLE=¬;2ESULT¬DATA¬$ATA¬OUTPUT =
2ECORDING¬PAPER¬SET¬OPTIONAL¬SET¬OF¬¬ROLLS 3
2OUNDTEST¬2! 0
s¬&INE¬ADJUSTMENT¬ON¬BOTH¬8 ¬AND¬: AXES s¬-ULTIPLE¬ANALYSES¬THROUGH¬SIMPLE¬OPERATION s¬$!4¬FUNCTION¬ EXCEPT¬FOR¬ s¬3CALED¬: AXIS s¬#ONTINUOUS¬)$¬AND¬/$¬MEASUREMENT s¬$ISPLAY¬FUNCTION¬FOR¬DIVERSE¬GRAPHS s¬(IGH PRECISION¬AIR¬BEARING s¬7IDE RANGE¬DETECTOR
7INDOWS¬GRAPHICAL¬INTERFACE "Y¬USING¬A¬MOUSE¬AND¬BUTTONS ¬IDENTIlED¬BY¬CORRESPONDING¬ICONS ¬TO¬CONTROL¬ THE¬MACHINE ¬THE¬2OUNDTEST¬2! 0S¬INTERFACE¬PROVIDES¬EXCELLENT¬USABILITY¬ &UNCTIONS¬SUCH¬AS¬RECALCULATION¬AND¬GRAPH¬READING¬ARE¬HANDLED¬SWIFTLY¬WITH¬ easy-to-understand operations.
VMain screen
VMeasurement setup screen
VResult screen VMeasurement in progress screen
4
4HIS¬ENTRY LEVEL¬DESKTOP¬TESTER¬INCORPORATES¬THE¬2/5.$0!+¬MULTI ANALYSIS¬EVALUATION¬PROGRAM ¬WHICH¬ PROVIDES¬IT¬WITH¬ANALYTICAL¬POWER¬CLOSE¬TO¬THAT¬OF¬MORE¬ELABORATE¬MODELS¬4HIS¬IS ¬THEREFORE ¬A¬HIGHLY¬ FUNCTIONAL¬MULTI ANALYSIS¬ROUNDNESS¬MEASURING¬MACHINE¬THAT¬IS¬SUITABLE¬FOR¬USE¬NOT¬ONLY¬IN¬MEASUREMENT¬ ROOMS ¬BUT¬ALSO¬IN¬RESEARCH¬AND¬DEVELOPMENT¬SECTIONS
Measurement screen makes ample use of graphs
-ULTI ANALYSIS¬FUNCTION #OMPLETE¬WITH¬A¬WIDE¬RANGE¬OF¬FUNCTIONS¬INCLUDING¬PARTIAL¬ENLARGEMENT ¬AUXILIARY¬LINE¬SETUP ¬COLOR CHANGE ¬DISPLACEMENTANGULAR¬DIFFERENCE¬OF¬DATA¬BETWEEN¬ TWO¬POINTS ¬AND¬SO¬ON¬!LSO¬EQUIPPED¬WITH¬NOTCH¬PROCESSING¬AND¬GRAPH¬READING¬FUNCTIONS ¬WHICH¬MAKE¬THE¬MACHINE¬USEFUL¬IN¬RESEARCH¬DEPARTMENTS 2ECALCULATION¬CAN¬ALSO¬BE¬PERFORMED¬WHEN¬THE¬lLTER¬AND¬EVALUATION¬METHOD¬IS¬CHANGED
3IMPLIlED¬LAYOUT¬FUNCTION #OMPUTATION¬RESULTS¬FOR¬MULTIPLE¬ITEMS¬CAN¬BE¬LAID¬OUT¬IN¬MULTIPLE¬FORMS¬ON¬A¬SINGLE¬SHEET¬AND¬PRINTED¬ 4HIS¬FUNCTION¬ALSO¬SUPPORTS¬OUTPUT¬TO¬A¬COLOR¬PRINTER¬OPTIONAL ¬ 0RINTER¬CABLE¬OPTIONAL ¬M¬LONG
QLayout setting screen
Q3AMPLE¬PRINT¬OUTPUTS
5
&UNCTIONS¬THAT¬IMPLEMENT¬GREATER¬EFlCIENCY¬OF¬ measurement and range of analysis types $!4¬FUNCTION¬PATENTED ¬ EXCEPT¬FOR¬ ¬AND¬ 4HIS¬INSTRUMENT¬USES¬THE¬$!4¬$IGITAL¬!DJUSTMENT¬4ABLE ¬FUNCTION¬AVAILABLE¬ ON¬HIGHER END¬MODELS ¬AND¬THIS¬PROVIDES¬POWERFUL¬SUPPORT¬FOR¬CENTERING¬AND¬ LEVELING¬OPERATIONS¬4O¬PERFORM¬SUCH¬OPERATIONS ¬THE¬OPERATOR¬NEED¬ONLY¬ADJUST¬ the digital micrometer heads attached to the rotary table by the amounts INDICATED¬BY¬THE¬DISPLAY¬4HIS¬FUNCTION¬ALSO¬SUPPORTS¬NOTCHED¬WORKPIECES
Mode selection
0RELIMINARY¬SETUP
Centering
Leveling
2!
2! 0
#ENTER¬OF¬ ROTATION )NITIAL¬INCLINATION¬FROM¬TABLE¬AXIS
¬TA B
7ORKPIECE
LE
7ORKPIECE
2OTARY
2OTARY¬ T AB L
E
#ENTER¬OF¬ROTATION
!DJUST¬THE¬DIGITAL¬MICROMETER¬HEADS¬ ON¬THE¬ROTARY¬TABLE¬BY¬ THE¬AMOUNT¬INDICATED¬TO¬CORRECT¬ THE¬INITIAL¬OFFSET¬AND¬INCLINATION
)NITIAL¬OFFSET¬FROM¬CENTER¬OF¬ROTATION /FFSET¬RANGE¬ADJUSTMENT¬¢MM )NCLINATION¬RANGE¬ADJUSTMENT¬¢ª
0RELIMINARY¬ MEASUREMENT
$ISPLAYS¬AMOUNT¬ OF¬OFFSETINCLINATION
3IMPLE¬ ADJUSTMENT
#ENTERINGLEVELING¬ COMPLETE
4WO¬PRELIMINARY¬MEASUREMENTS¬ARE¬MADE¬AT¬CROSS SECTIONS¬;!=¬AND¬;"=
#ONTINUOUS¬)$¬AND¬/$¬MEASURING¬FUNCTION¬PATENTED
4HIS¬SCALE¬IS¬USEFUL¬WHEN¬THE¬MEASURING¬HEIGHT¬ POSITION¬NEEDS¬TO¬BE¬ENTERED ¬SUCH¬AS¬WHEN¬ MEASURING¬COAXIALITY ¬ETC¬4HE¬MACHINE¬USES¬AN¬ !"3¬$IGIMATIC¬SCALE¬UNIT¬TO¬PROVIDE¬AN¬EFFECTIVE¬ MEANS¬FOR¬REPETITIVE¬MEASUREMENT¬AND¬POSITION¬ setting.
4HIS¬FUNCTION¬COMES¬IN¬VERY¬HANDY¬WHEN¬OUTSIDE¬ DIAMETER¬AND¬INSIDE¬DIAMETER¬SURFACES¬NEED¬ TO¬BE¬MEASURED¬REPEATEDLY ¬FOR¬EXAMPLE ¬WITH¬ RESPECT¬TO¬COAXIALITY ¬DEVIATION¬IN¬WALL¬THICKNESS ¬ ETC¬4HE¬INNER¬SURFACE¬CAN¬BE¬MEASURED¬AND¬ CALCULATED¬WITH¬THE¬DETECTOR ¬MAINTAINING¬ THE¬SAME¬MEASURING¬POSITION¬FOR¬THE¬OUTSIDE¬ DIAMETER¬WITHOUT¬CHANGING¬ITS¬ORIENTATION ¬AS¬ illustrated on the right. )NSIDE¬DIAMETERS¬DOWN¬TO¬MM¬CAN¬BE¬ measured. Continuous inside and OUTSIDE¬DIAMETER¬FUNCTION¬ INSIDE¬DIA¬SURFACE
: AXIS¬SCALE
Continuous inside and OUTSIDE¬DIAMETER¬FUNCTION¬ OUTSIDE¬DIA¬SURFACE
6
)./54¬SWITCHABLE¬WIDE RANGE¬DETECTOR 4HE¬RANGE¬OF¬THIS¬DETECTOR¬HAS¬BEEN¬EXTENDED¬FROM¬THAT¬OF¬A¬CONVENTIONAL¬ LEVER¬HEAD¬BY¬AS¬MUCH¬AS¬FOUR¬TIMES ¬AND¬IS¬NOW¬WIDER¬THAN¬EVER¬BEFORE¬ 4HE¬DETECTOR¬CAN¬PROVIDE¬SUFlCIENT¬MARGIN¬FOR¬CENTERING¬AND¬LEVELING¬JOBS ¬ OR¬WHEN¬MEASURING¬LARGE¬DIFFERENCES¬-OREOVER ¬THE¬MEASURING¬DIRECTION¬ can be switched between inside and outside diameters with a single touch OF¬A¬BUTTON
«M
2! 0 )./54¬3WITCHABLE¬WIDE RANGE¬ detector
«M
Conventional lever head type
Evaluation diagram
2!
2! 0
4YPE¬OF¬ !NALYSIS
Measurement mode
Evaluation diagram
¬
Measurement mode
Roundness
4YPE¬OF¬ !NALYSIS
0ARALLELISM
4YPES¬OF¬!NALYSIS 2!
2! 0
—
Radial
R
R R
R
!XIAL
R R R
2
—
n
.¬
¬
2
.¬
¬¬¬¬n¬
!XIAL
#IRCULAR¬RUN OUT
$ATUM¬ PLANE
¬¬¬¬.
Radial
3QUARENESS
#¬
0OWER¬ spectrum
/F¬SECTION
#
#
.¬ ,
n
!XIS¬ ,
.¬
!XIS¬
n
/F¬AXIS
#OAXALITY
3QUARENESS
2
4HICKNESS¬VARIATION
¬
2ELATIVE¬TO¬0LANE 2ELATIVE¬TO¬!XIS
!GAINST¬ !XIS
Concentricity
3QUARENESS
Flatness
R
7
/PTIONAL¬!CCESSORIES Q)NTERCHANGEABLE¬3TYLI !!" 3TANDARD¬STYLUS
3TANDARD¬ACCESSORY¬ STYLUS¬TIP¬v ¬ CARBIDE¬BALL
5NIT¬INCHMM
!!" 3TYLUS¬FOR¬GROOVES¬STYLUS¬TIP¬2¬v ¬ SAPPHIRE
!!" 3TYLUS¬FOR¬NOTCHED¬WORKPIECES STYLUS¬TIP¬v ¬CARBIDE¬BALL
!!" 3TYLUS¬FOR¬CORNERS¬STYLUS¬TIP¬2¬v ¬ SAPPHIRE For inside-corner applications
For stepped applications
Useful for notched workpieces
For extra small hole applications Dia.: *.04”(1mm), Depth: ).10”(2.5mm)
Example 30°
.30”(7.5)
!!% 3TYLUS¬FOR¬SMALL¬AND¬DEEP¬HOLES STYLUS¬TIP¬v ¬CARBIDE¬BALL
!!" 3TYLUS¬FOR¬SMALL¬AND¬DEEP¬HOLES STYLUS¬TIP¬v ¬CARBIDE¬BALL
!!% 3TYLUS¬FOR¬SMALL¬HOLES STYLUS¬TIP¬v ¬CARBIDE¬BALL
!!" 3TYLUS¬FOR¬EXTRA¬SMALL¬HOLES STYLUS¬TIP¬v ¬CARBIDE¬BALL
2.60”(66)
.46” (11.7)
[2.06”(52.3)]
Example
.28”(7)
ø.16” (ø4)
For small and deep hole application Dia.: *.12”(3mm), Depth: )1.50”(38mm)
For small and deep hole application Dia.: *.12”(3mm), Depth: ).71”(18mm)
For small hole applications Dia.: *.06”(1.5mm), Depth: ).39”(10mm)
!!"¬¬Cranked stylus STYLUS¬TIP¬v ¬CARBIDE¬BALL
2.60”(66)
1.57”(40)
[2.07”(52.5)]
.71”(18)
2.60”(66)
2.68”(68)
ø.16” (ø4)
.10” (2.5)
ø.16” (ø4)
ø.16” (ø4) 2.60”(66)
2.60”(66)
ø.02” (ø0.5) carbide ball
2.60”(66)
ø.08” (ø2) .02” (0.5)
Example &OR¬UPPERLOWER¬SURFACE¬IN¬A¬NARROW¬GROOVE
Example
.OTE¬4HIS¬STYLUS¬CANNOT¬BE¬ USED¬FOR¬/$)$¬MEASUREMENT
ø.04” (ø1) carbide ball
!!" Disk stylus
!!" -¬TAPPED¬SHANK¬FOR¬#--¬STYLI
(0.5)
ø.08” (ø2) R1
Cutter mark
ø.16” (ø4)
2.66”(66) 2.70”(68.5)
2.20”(56)
2.60”(66)
[2.07”(52.5)]
ø.16” (ø4)
.02”(0.5)
.02”
.5) .37” (9
ø.16” (ø4)
[1.67”(42.5)]
Example For narrow groove applications
ø.16” (ø4)
° 105 R15
Compatible with CMM styli with M2 threaded shank
Compatible with CMM styli with M2 threaded shank
Filtering out the effects of asperities by tracing with R15 tipped stylus
Example
!!% -¬TAPPED¬SHANK¬FOR¬#--¬STYLI
[2.07”(52.5)]
!!" 3TYLUS¬FOR¬lLTERING¬ASPERITIES¬MACHINING¬MARKS
2.60”(66) [2.07”(52.5)]
!!% 3TYLUS¬FOR¬mAT¬SURFACE
2.66”(67.5)
ø.04” (ø1) carbide ball
ø.12(ø3)
ø.06” (ø1.6) carbide ball
.88”(22.3)
[2.07”(52.5)]
!!"¬¬Cranked stylus STYLUS¬TIP¬v ¬CARBIDE¬BALL
2.66”(67.5)
2.60”(66)
ø.12”(ø3)
R1
ø.03” (ø0.8)
ø.06” (ø1.6) carbide ball
ø.05” ø1.2)
.2” (5)
ø.06”(ø1.5)
ø.03” (ø0.8) carbide ball
For small hole applications
ø.16” (ø4)
ø.05” (ø1.2)
Enlarged image ø.16” (ø4)
.79”(20)
.39”(10)
ø.02” (ø0.6)
[2.07”(52.5)]
2.60”(66)
Enlarged image
.22” (5.5)
!!"¬¬3TYLUS¬FOR¬SMALL¬HOLES¬ STYLUS¬TIP¬v ¬CARBIDE¬BALL
ø.16” (ø4)
.48” (12)
.10”(2.5) ø.04”(ø1)
ø.02” (ø0.5) carbide ball
[2.07”(52.5)]
Enlarged image
2.60”(66)
ø.16” (ø4)
.12”(3)
[2.07”(52.5)]
Enlarged image ø.16” (ø4)
1.50”(38)
.22” (5.5)
Example
ø.16” (ø4) [2.07”(52.5)]
2.60”(66)
ø.16” (ø4) In ID measurement Dia.: *.30”(7.5mm), Depth: )1.97”(50mm)
[2.07”(52.5)]
2.60” (66)
[2.07”(52.5)]
ø.16” (ø4)
2.63”(66.7)
For standard applications
ø.47” (ø12)
M2 depth 5
M2
.14”(3.5)
*QPORTION¬SHOWS¬STYLUS¬EXCEPT¬FOR¬THE¬CRANKED¬STYLUS¬AND¬STYLUS¬FOR¬mAT¬SURFACE
;¬¬¬=¬DIMENSION¬SHOWS¬A¬DISTANCE¬FROM¬THE¬TIP¬END¬OF¬STYLUS¬OR¬THE¬CENTER¬OF¬TIP¬BALL¬TO¬THE¬CONNECTING¬SURFACE¬OF¬DETECTOR
#USTOMIZED¬SPECIAL¬INTERCHANGEABLE¬STYLI¬ARE¬AVAILABLE¬ON¬REQUEST¬0LEASE¬CONTACT¬ANY¬-ITUTOYO¬OFlCE¬FOR¬MORE¬INFORMATION
8
QCentering chuck KNURLED¬RING¬OPERATED Provides good operability when measuring a small-diameter workpiece. The knurled ring allows the workpiece to be clamped easily.
/RDER¬.O Holding range /$¬WITH¬INTERNAL¬JAWS¬n¬MM )$¬WITH¬INTERNAL¬JAWS¬n¬MM /$¬WITH¬INTERNAL¬JAWS¬n¬MM %XTERNAL¬SIZE¬ ¬vX¬v¬¬X¬¬MM $¬X¬( Mass ¬LBS¬¬KG
QCollet chuck Provides high clamping repeatability due to the USE¬OF¬OPTIONAL¬PRECISION¬COLLETS¬ 3EE¬TABLE¬AT¬RIGHT
/RDER¬.O Part holding range Centering error Mass
n¬MM 7ITHIN¬¬«M ¬LBS¬¬KG
¬ #OLLETS¬TO¬MATCH¬THE¬WORKPIECE¬SIZE¬RANGE¬ARE¬REQUIRED¬FOR¬USE¬WITH¬ this chuck.
¬ 7HEN¬MEASURED¬WITH¬¬MM¬PIN¬GAUGE¬AT¬MEASURING¬HEIGHT¬OF¬¬ mm.
3$¬SCALE¬FOR¬:¬AXIS
3CALE¬UNIT¬FOR¬ACCURATE¬ POSITIONING¬OF¬THE¬SLIDER¬IN¬ THE¬: AXIS¬DIRECTION¬!"3¬SCALE¬ USED
Q4HREE JAW¬CHUCK¬KEY¬OPERATED
QMicrochuck
5SEFUL¬WHERE¬IT¬IS¬NECESSARY¬TO¬APPLY¬A¬HIGHER¬ CLAMPING¬FORCE¬TO¬THE¬WORKPIECE¬THAN¬CAN¬BE¬ applied with the centering chuck.
&OR¬CLAMPING¬A¬SMALL¬WORKPIECE ¬¬¬MM¬OR¬LESS¬ IN¬DIAMETER ¬THAT¬CANNOT¬BE¬HELD¬IN¬THE¬CENTERING¬ chuck.
/RDER¬.O Holding range /$¬WITH¬INTERNAL¬JAWS¬n¬MM )$¬WITH¬INTERNAL¬JAWS¬n¬MM /$¬WITH¬INTERNAL¬JAWS¬n¬MM %XTERNAL¬SIZE¬ ¬v¬X¬v¬¬X¬¬MM $¬X¬( Mass ¬LBS¬¬¬KG
Q)NDIVIDUAL¬COLLETS 4 4HESE¬COLLETS¬ARE¬FOR¬USE¬WITH¬THE¬COLLET¬CHUCK¬ SHOWN¬AT¬LEFT¬AND¬ARE¬ACQUIRED¬TO¬MATCH¬THE¬ WORKPIECE¬DIAMETER¬RANGE¬REQUIRED /RDER¬.O !!( !!( !!( !!( !!( !!( !!( !!( !!( !!( !!( !!( !!(
0ART¬(OLDING¬2ANGE¬/$ ¬ vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM vn¬v¬nMM
¬ !¬COLLET¬CANNOT¬BE¬MOUNTED¬ON¬THE¬ROTARY¬TABLE¬WITHOUT¬A¬COLLET¬ chuck.
¬ 9##
¬#LASS¬!! ¬MADE¬BY¬9UKIWA¬3EIKO¬)NC¬OR¬ITS¬EQUIVALENT
/RDER¬.O
!!(
Mass
¬LBS¬¬G
¬ 3HIPPED¬OUT¬ATTACHED¬TO¬THE¬2! ¬MACHINE ¬OR¬WILL¬BE¬INSTALLED¬ON¬ site by Mitutoyo service personnel.
/RDER¬.O Holding range %XTERNAL¬SIZE¬ $¬X¬( Mass
/$¬UP¬TO¬¬MM v¬X¬v¬¬X¬¬MM ¬¬LBS¬¬KG
Q!UXILIARY¬STAGE¬FOR¬A¬SHORT¬ workpiece /RDER¬.O¬
QReference hemisphere /RDER¬.O¬
Q-AGNIlCATION¬CHECKING¬GAGE /RDER¬.O¬
Q6IBRATION DAMPING¬STAND
Q8 AXIS¬STOP
QGage block set for calibration
!LLOWS¬THE¬USER¬TO¬RETURN¬THE¬DETECTOR¬RAPIDLY¬ AND¬EASILY¬TO¬A¬lXED¬POSITION¬IN¬THE¬8¬AXIS
/RDER¬.O¬
/RDER¬.O Mass
!!(¬ ¬LBS¬¬G ¬
/RDER¬.O Vibration damping system 0REUMATIC¬TYPE¬W¬SELF LEVELING %XTERNAL¬SIZE v¬X¬v¬X¬v¬ ¬X¬¬X¬MM -AX¬LOADING¬MASS ¬LBS¬¬¬KG
9
3PECIlCATIONS Main unit Model
2!
/RDER¬.O
2! 0
! Rotational accuracy
!
!
( «M¬¬¬(¬0ROBING¬HEIGHT¬MM ¬*)3"
!XIAL
8 «M¬¬¬8¬0ROBING¬RADIUS¬MM
Rotation speed
Turntable
RPM
%FFECTIVE¬TABLE¬DIAMETER
v¬MM
#ENTERING¬RANGE¬ADJUSTMENT
¢v¬MM
,EVELING¬RANGE¬ADJUSTMENT
¢ª
#ENTERINGLEVELING¬DEVICE¬ MICROMETER¬HEAD -AXIMUM¬PROBING¬DIAMETER
Mechanical head
$IGITAL¬HEAD¬INCHMM
¬LBS¬¬KG
Vertical travel
v¬MM ¬FROM¬THE¬TURNTABLE¬TOP
6ERTICAL¬COLUMN¬: AXIS -AXIMUM¬PROBING¬HEIGHT
MM¬FROM¬THE¬TURNTABLE¬TOP¬v¬MM ¬IN¬THE¬REVERSE¬AND¬VERTICAL¬DETECTOR¬CONlGURATION
-AXIMUM¬PROBING¬DEPTH (ORIZONTAL¬ARM¬8 AXIS Horizontal travel
v¬MM ¬;MINIMUM¬)$¬vMM = v¬MM ¬)NCLUDING¬A¬PROTRUSION¬OF¬v¬MM ¬FROM¬THE¬TURNTABLE¬ROTATION¬CENTER
Measuring direction
4WO¬DIRECTIONAL¬)./54¬SWITCHABLE
Measuring range
¢«M
-EASURING¬FORCE
¬TO¬M.¬¢
3TANDARD¬STYLUS¬!!"
#ARBIDE¬BALL ¬MM¬v
Measuring range
¢ ¢ ¢ ¢ ¢ ¢ ¢ ¢«M¬¬STEPS
-AGNIlCATION
8¬TO¬8
Filter type
.UMBER¬OF¬MEASURING¬SECTIONS
UPR ¬UPR ¬UPR ¬UPR UPR ¬ UPR ¬ UPR
UPR ¬UPR ¬UPR ¬UPR ¬-ANUAL UPR ¬ UPR ¬ UPR ¬-ANUAL
-AXIMUM¬
-AXIMUM¬
2OUNDNESS ¬COAXALITY ¬CONCENTRICITY ¬mATNESS ¬CIRCULAR¬RUN OUT¬RADIALAXIAL ¬SQUARENESS¬RELATIVE¬TO¬AXISPLANE ¬ THICKNESS¬DEVIATION ¬PARALLELISM
%VALUATION¬TYPE 2EFERENCE¬CIRCLE¬FOR¬EVALUATION
,3# ¬-:# ¬-)# ¬-##
!DJUSTING¬CENTERINGLEVELING
$!4¬FUNCTION¬CIRCULARMULTI POINT¬SWITCHABLE .OTCHED¬MEASUREMENT ¬RE CALCULATION ¬LIMA ON¬ERROR¬ .OTCHED¬MEASUREMENT ¬RE CALCULATION ¬LIMA ON¬ERROR¬ CORRECTION ¬REMARKABLE¬POINT¬ANALYSIS¬GEAR ¬HARMONIC¬¬ CORRECTION ¬CONTINOUS¬)$¬AND¬/$¬MEASUREMENT ANALYSIS ¬CONTINOUS¬)$¬AND¬/$¬MEASUREMENT
Functions Printer
4HERMAL¬LINE¬PRINTER¬EXTERNAL¬PRINTER¬PORT¬AVAILABLE
7INDOWS¬COMPATIBLE¬INK JET¬PRINTER
53"¬STICK¬MEMORY
#ALCULATION¬RESULT ¬MEASUREMENT¬DATA
23 #
#ALCULATION¬RESULT ¬MEASUREMENT¬DATA Calculation result
30#
Power supply
!#¬¬n¬6
Power consumption /THERS
8¬TO¬8
0HASE¬CORRECTED¬'AUSSIAN ¬#20# ¬#20#¬¬¬¬¬.OT¬PHASE¬CORRECTED¬#2 ¬#2¬¬¬¬¬&ILTER¬/&&
#UTOFF¬VALUE
Data output
$IGITAL¬HEAD¬INCHMM
v¬MM
-AXIMUM¬TURNTABLE¬LOADING
%LECTRONIC¬UNIT
Mechanical head
¢vMM ¬¬¢v¬MM ¬IN¬A¬REVERSE¬AND¬VERTICAL¬DETECTOR¬POSITION
-AXIMUM¬WORKPIECE¬DIAMETER
Detector
!
Radial
7
!IR¬PRESSURE
7¬EXCLUDING¬0#¬SYSTEM K0A
!IR¬CONSUMPTION
,MIN¬MINIMUM
Mass
-AIN¬UNIT¬¬LBS¬KG ¬¬¬!IR¬lLTER¬¬LBS¬KG
/PTIONAL¬REPLACEMENT¬ELEMENTS¬FOR¬THE¬AIR¬lLTER¬¬FOR¬lLTER ¬¬lLTER¬REGULATOR
10
$IMENSIONS
Q%XTERNAL¬DIMENSIONS 5.5” (140)
5NIT¬MM
.79” (20)
7.13” (181)
5.63” (143)
2.04” (52)
25” (636)
11” (280)
18.6” (473)
1” (25)
1” (25)
15.7” (400)
1” (25)
17.7” (450)
5.31” (135)
2.95” (75)
4.53” (115)
14.2” (360)
: Measuring area
Q¬4URNTABLE¬TOP¬VIEW
Q¬)NSTALLATION¬mOOR¬PLAN 5NIT¬MM
5NIT¬MM
Power inlet Air inlet
3.94” (100)
-X$¬ ª¬ARRANGEMENT
0#
$
min.3.94” (100)
Wall 2.56” (65)
-X$¬ ª¬ARRANGEMENT
14.2” (360)
Wall
$
0#
min. 2.36” (60)
11
max.25.26” (641.5)
Coordinate Measuring Machines Vision Measuring Systems Form Measurement Optical Measuring Sensor Systems Test Equipment and Seismometers DigitalOne ScaleNumber and DROtoSystems Serve You Better
1-888-MITUTOYO Small Tool Instruments and(1-888-648-8869) Data Management Aurora, Illinois (Corporate Headquarters)
Note: All information regarding our products, and in particular the illustrations, drawings, dimensional and performance data contained in this printed matter as well as other technical data are to be regarded as approximate average values. We therefore reserve the right to make changes to the corresponding designs. The stated standards, similar technical regulations, descriptions and illustrations of the products were valid at the time of printing. In addition, the latest applicable version of our General Trading Conditions will apply. Only quotations submitted by ourselves may be regarded as definitive. Mitutoyo products are subject to US Export Administration Regulations (EAR). Re-export or relocation of Mitutoyo products may require prior approval by an appropriate governing authority. Trademarks and Registrations Designations used by companies to distinguish their products are often claimed as trademarks. In all instances where Mitutoyo America Corporation is aware of a claim, the product names appear in initial capital or all capital letters. The appropriate companies should be contacted for more complete trademark and registration information. We reserve the right to change specifications and prices without notice.
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Westford, Massachusetts Huntersville, North Carolina Mason, Ohio Plymouth, Michigan City of Industry, California
