Metrology Equipment Catalog - Rapp Industrial Sales

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E L E C T RO N I C L E N G T H M E A S U R I N G E Q U I P M E N TE L E C T R O N I C L E N G T H M E A S U R I N G E Q U I P M E N T211456714910311213TESA/Brown & Sharpe Electronic ProbesKey components in any electronic linear measuring system, TESA/Brown & Sharpeinductive probes detect the slightest variation in size with absolute reliability. Whetherfixed to a simple measuring support or integrated by the dozen into a complex installation,they record dimensions with unvarying precision. Rugged and virtually insensitiveto temperature variation and electromagnetic interference, TESA/Brown & Sharpeinductive probes are compact, can be used in any position and are easily brought intocontact with the work to be checked.The pages that follow show the family of Brown & Sharpe/TESA standard half-bridgeprobes that are compatible with the amplifiers shown in the previous pages. Most ofthe probes shown here are also compatible with earlier Brown & Sharpe 960, 990,and 1020 series amplifiers after normal recalibration/adjustment of the amplifier.• All electronic probes are mounted on ball-bearings, except for miniatureaxial probes.• Ball-bearing measuring bolts are virtually insensitive to radial forces.• Probe guide system is efficiently protected against the penetration of solid and liquidcontaminants by sealing rubber bellows. In normal conditions of use, nitrileelastomer rubber bellows are sufficient. For applications where the probes remainpermanently in contact with cooling and lubricating agents, we would recommendthe use of Viton rubber bellows.• Sealing bellows ensure full airtightness so that the measuring bolt is retracted bythrowing off the air contained in the probe. This provides optimum protection ofthe guiding system as no mechanical means is used.• Electronic signal amplification with no use of any other mechanicalcomponent produces excellent repeatability and low hysteresis.• Maximum resolution: 0.01 µm.1 Mounting stem or probe housing2 Coil system3 Item mounted between both the ferromagneticcore and measuring bolt forthe correction of the varying coefficientsof thermal expansion4 Force compression spring5 Anti-rotation guidance6 Ball cage7 Setting element for limiting the bolt travel8 Measuring insert9 In-between tube being part of thecoil system10 Ferromagnetic core11 Force spring stop12 Ball-bearing guide tube13 Measuring bolt14 Sealing rubber bellow15 Mechanical device for zero-setting8N-1235411ø 1765ø3,819102121586Dimensions ofthe connector fittedto all TESA probes(minimum cablecurve radiusR = 15 mm).Rapp Industrial Sales888 789-7277Probe sensitivityAll stated values are valid forthe following reference conditions:• Drive voltage 3 V• Drive frequency 13 kHz• Adjustment load 2 kAll types 73.75Except for theprobe series• GT 61 / 62 29.5• FMS 130 / 132 49.17mV / V / mm
E L E C T RO N I C L E N G T H M E A S U R I N G E Q U I P M E N TFunctioning PrincipleAll TESA electronic probes (value sensors) workon the inductive principle with mechanical contactof the workpiece. They are fitted with acoil system inducing an alternating output voltagethat depends on the the position of theferromagnetic core. With a symmetric position,i.e. at electrical zero, no voltage is impressed. Amove of the core, which may be attached tothe measuring bolt while the measurand isbeing taken, leads to a change in the inductance.This change generates a signal that isamplified and rectified before being displayedand further output. Depending on the instrumenttype, the analog signal will be shown ona voltmeter or a numerical display after its digitaltransformation.Unambiguous assessment of the measurand (atbolt position) to the signal (displayed value) isthe main characteristic of the analog valueacquisition. One of its distinct advantages isthat the value primarily displayed will be reproducedin the event of a power cut (switch-offor power failure).Standard TESA Half-BridgeProbes for use with TESAMeasuring InstrumentsThese probes have two serial coils withmiddle output mounted side-by-side andenergized by a sinusoidal alternation at 3 kHz.Both are linked together to a Wheatstonebridge over an additional half-bridge.-SInductive probe related main parametersS travelU output current0 electrical zeroL linearity rangeL f linearity errorThe linearity range L, which is the range withinwhich the max. perm. errors are contained, isequal to the measuring range. All max. perm.errors are limiting values given for linearity errors.TESA LVDT ProbesL0These probes are based on a Linear VariableDifferential Transformer (LVDT). They have threecoils: one primary coil, which is is energized by asinusoidal alternation at 5 kHz, and two secondarycoils, connected in opposite phase, whichgenerate the output current proportional to themeasuring travel.+U-ULL f+SE L E C T R O N I C L E N G T H M E A S U R I N G E Q U I P M E N TUa1,Fa1UaUa2,Fa2UaRsUoG1U=KxXRsUoG2U=KxX-UaRch1Rch2XXWiring plan of half-bridge probesWiring plan of LVDT probesRapp Industrial Sales888 789-7277N-13
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I N F O R M AT I O NCheck OutNewPro
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I N F O R M AT I O NI N F O R M AT
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I N F O R M AT I O NDecimal Equival
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I N F O R M AT I O NCommon Metric E
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I N F O R M AT I O NDimensions Acro
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I N F O R M AT I O NAmerican Standa
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C A L I P E R S3DIN 862(Style 1AZ)S
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C A L I P E R S3DIN 862(Style 1AZ)0
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C A L I P E R SStandard Accessories
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C A L I P E R S3DIN 862(Style D-ZS)
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C A L I P E R S3DIN 862(Style 1AR)8
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AC A L I P E R S3DIN 862(Style C-ZS
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C A L I P E R SCaliper Extender Acc
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C A L I P E R S3Factory standardTAI
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C A L I P E R STool SetsC A L I P E
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E X T E R N A L M I C RO M E T E R
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D I A L G AG E SExternal Micrometer
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External MicrometersD I A L G AG E
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SHOCKPROOFSHOCKPROOFSHOCKPROOFSHOCK
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L E N G T H A N D A N G L E S TA N
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S U R FAC E RO U G H N E S S A N D
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Page 396 and 397: H E I G H T G AG E SHeight Measurem
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OPTICAL MEASUREMENTTESA VISIO 200 V
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OPTICAL MEASUREMENTTESAVISIO 500Off
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M AC H I N I S T S TO O L SMACHINIS
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M AC H I N I S T S TO O L SMACHINIS
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Metrology Equipment Catalog - Rapp Industrial Sales

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