Power probe 40 optical инструкция

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    2018/05/30 UP
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Measuring:On-machine measurement device

Setup and centering time reduction by 90% (max.)

Automatic centering and tool measurement by Renishaw’s probe system requires only 1/10 of time compared to manual measurement. It’s very effective and saves a significant amount of cost. When you need to discard or re-machine the material, it would reduce productivity and profit. Renishaw’s probe system enables «right first time», reduces cost, and increases profit.

*Please contact our sales team for details.
*Manufacturer: Renishaw (UK)

Features

1.Infrared data communication probe system

Independent from cable connection. No limit to machine movement.

2.Verified and patented kinematic structure

Kinematic structure same as CMM probe head.

3.Modulated signal transmission

Reliable modulated optical signal transmission.Enhanced resistance to optical interference.

4.Water-proof and robust

Water-proof (IPX8) and robust matching to machine tool environment.

Why do you need a probe? (Basic centering of a workpiece)

Why do you need a probe? (Tool measurement)

Centering, set-up measurement

Automatic on-machine measurement of position and alignment of components.

  • No expensive fixture needed. Eliminates errors of manual centering.
  • Quick design and introduction of a new machining process in response to new customer’s demand.
  • Less set-up time, better quality, less discarded material.

Automatic on-machine measurement replaces manual tool measurement.

  • Eliminates errors of manual measurement. No need to input measurement data manually.
  • Measures height offset and checks if tool length is within tolerance.
  • Less set-up time, better quality, less discarded material.
Contents related to this product
  • 3D quickSET

    3D quickSET

    4524 View
    5

New: A brand-new, unused, unopened, undamaged item in its original packaging.

Renishaw OTS 1/2 AA Machine Tool Setter, DMG Mori PowerProbe 40 Optical & BT40 Shank New — 1 Year Warranty. 

 renishaw-ots-1-2-aa-dmg-mori-powerprobe-40-optical-bt40-shank-parts-.jpeg

This sale includes: 

Renishaw OTS 1/2 AA Tool Setter

Tungsten Carbide Stylus (0.5 in Disk)

DMG Mori PowerProbe 40 Optical Probe

BT40 Taper Shank

A-5000-3709 Styli

A-5000-3712 Styli

Case

OMP40-2 System Options 

OMP40 with OMI-2T

OMP40 with OMI-2

OMP40 with OMI

OMP40 with OSI / OMM-2

Offers a state-of-the-art modulated optical transmission method and the twin probe option. Offers a state-of-the-art modulated optical transmission method. Ideal for factory fitment by machine tool builders.

Offers a state-of-the-art modulated optical transmission method, enabling up to three probes to be used.

About OMP40-2

The OMP40 probe has been designed specifically to meet the demands of small machining

centres and the growing family of high-speed machines fitted with small HSK and small taper spindles.

OMP40-2 is available with modulated transmission for use with OMI-2OMI-2T and

OMM-2 receivers, offering increased resistance to light interference.

Renishaw OTS 1/2 AA Tool Setter

Compact 3D touch-trigger tool setter with optical signal transmission used for broken tool detection andrapid measurement of tool length and diameter on a wide range of tools.

renishaw-ots-data-sheet-.jpeg renishaw-ots-dimensions-machine-tool-setter-parts-.jpeg

Technical Table

Gauge length A (mm) 32
Shank type Taper
Taper 40

A-5000-3712 Styli

M4 Ø6 mm ruby ball, ceramic stem, L 100 mm

Technical Table

Ball diameter (mm) 6
Centre styli N
EWL (mm) 88.5
Holder material Stainless steel
Overall length (mm) 100
Stem diameter (mm) 4.5
Stem material Ceramic
Thread M4
Tip material Ruby

A-5000-3709 Styli 

M4 Ø6 mm ruby ball, ceramic stem, L 50 mm, EWL 38.5 mm

Technical Table

Ball diameter (mm) 6
Centre styli N
EWL (mm) 38.5
Holder material Stainless steel
Overall length (mm) 50
Stem diameter (mm) 4.5
Stem material Ceramic
Thread M4
Tip material Ruby

This is a great price for a Renishaw OTS 1/2 AA Machine Tool Setter, DMG Mori

PowerProbe 40 Optical & BT40 Shank New — 1 Year Warranty.  Purchase with confidence 

from a Paypal verified retailer. If what you order is not what you receive you will be refunded 

the full purchase price for this sale. Metrology Parts would like the opportunity to earn your business 

for this sale and all of your future Renishaw product needs. If you have any questions feel free to

contact us. With 36 plus years of experience with Renishawproducts we can help with all of your

application needs as well as your after sales support.

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Installation and user’s guide

H-2000-5022-05-A

OMP40

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Related Manuals for Renishaw OMP40

Summary of Contents for Renishaw OMP40

  • Page 1
    Installation and user’s guide H-2000-5022-05-A OMP40…
  • Page 2
    Patent notice that the contents of this document are free from inaccuracies and omissions. However, Features of OMP40 probes and features of similar Renishaw makes no warranties with respect to probes are the subject of one or more of the…
  • Page 3: Table Of Contents

    Replacing.batteries……….25 Related.publications……….3 Modes.of.operation……….27 INstALLAtIoN Reviewing.current.probe.settings……31 Typical.probe.system.using.OMI……4 Changing.probe.settings……..32 Typical.probe.system.using.OMM.and.MI.12..5 sERvIcE ANd MAINtENANcE……36 Twin.OMMs.and.remote.indicator.using.MI.12..6 FAuLt FINdINg……….37 Battery.specification……….7 PARts LIst…………41 Installing.the.batteries………..8 Performance.envelope.with.OMI……9 Performance.envelope.with.OMM…….10 OMP40.features……….11 OMP40.and.system.performance……12 OMP40.dimensions……….14 Probe/shank.mounting………15…

  • Page 4
    Preliminary information Information to user (Fcc section 5.9) Ec dEcLARAtIoN oF coNFoRMItY This.device.complies.with.Part.15.of.the.FCC.rules..Operation.is. subject.to.the.following.conditions: Renishaw.plc.declares.that.the.product: This.device.may.not.cause.harmful.interference. Name. description OMP40. Optical.machine.probe This.device.must.accept.any.interference.received,.including. interference.that.may.cause.undesired.operation. has.been.manufactured.in.conformity.with.the.following.standards: Information to user (Fcc section 5.05) BS.EN.61326:.1998/. Electrical.equipment.for.measurement, A1:1998/A2:2001. control.and.laboratory.use.-.EMC. This.equipment.has.been.tested.and.found.to.comply.with.the. requirements..Immunity.to.annex.A. limits.for.a.Class.A.digital.device,.pursuant.to.part.15.of.the.FCC. -.industrial.locations..Emissions.to.class.A. Rules..These.limits.are.designed.to.provide.reasonable.protection. (non-domestic).limits. against.harmful.interference.when.the.equipment.is.operated.in.
  • Page 5: Safety

    Preliminary information safety Probe IP rating Only.qualified.persons.should.change.the.switch. IPX8 settings.or.replace.fuses. Related publications Where.appropriate,.remove.the.mains.supply.from. When.you.install.the.OMP40.probe.system,. units.before.removing.covers. you.will.also.need.to.refer.to.one.or.more.of.the. Warranty publications.listed.below.for.details.of.how.to. install.the.ancillary.equipment.. Equipment.requiring.attention.under.warranty. must.be.returned.to.your.supplier..No.claims.will. •. Optical.module.machine.(OMM).installation. be.considered.where.Renishaw.equipment.has. and.user’s.guide.–.Renishaw.part.No… been.misused,.or.repairs.or.adjustments.have. H-2000-5044. been.attempted.by.unauthorised.persons. •. MI.12.interface.unit.installation.and.user’s. changes to equipment guide.–.Renishaw.part.No..H-2000-5073. Renishaw.reserves.the.right.to.change. •. Optical.machine.interface.(OMI).installation. specifications.without.notice. and.user’s.guide.–.Renishaw.part.No… H-2000-5062. cNc machine •.

  • Page 6: Typical.probe.system.using.omi

    typical probe system using oMI typical probe system using oMI A.workpiece.set-up.and.inspection.probe.is,.in. Signals.are.transmitted.between.the.probe.and. effect,.another.tool.in.the.system..A.probe.cycle. the.machine’s.control,.via.the.OMI.or.alternatively. may.be.included.at.any.stage.of.the.machining. the.OMM.+.MI.12..Interface.units.convert.probe. process.. signals.into.an.acceptable.form.for.the.machine’s. control. CNC.machining. centre.spindle Mounting.bracket oMP0 inspection probe Optional.-.PSU3. oMP — LEds. power.supply.unit (Light.emitting.diodes) 3.x.receive.diodes 12.x.transmit.LEDs Stylus CNC. 3.x.probe.status.LEDs. machine. control Workpiece Optional.-.PSU3. power.supply.unit typical tool Cable…

  • Page 7: Typical.probe.system.using.omm.and.mi.12

    typical probe system using oMM and MI  typical probe system using oMM and MI  CNC.machining. centre.spindle Mounting.bracket oMP0 inspection probe oMP — LEds. (Light.emitting.diodes) 3.x.receive.diodes 12.x.transmit.LEDs CNC. Stylus 3.x.probe.status.LEDs. machine. control MI  Workpiece typical tool Optional.-.PSU3. setting probe power.supply.unit Optional.-.PSU3.

  • Page 8: Twin.omms.and.remote.indicator.using.mi.12

    twin oMMs and remote indicator using MI  twin oMMs and remote indicator using MI  twin oMM mounting Remote indicator On.large.machine.tools.it.is.possible.to.provide. The.MI.12.interface.contains.an.LED.and.acoustic. greater.reception.coverage.by.mounting.two. indicator…When.the.probe.is.triggered.the.LED. OMMs.connected.to.a.single.MI.12. will.change.state.and.a.beep.is.emitted. If.the.MI.12.is.hidden.from.the.operator,.a.remote. lamp.or.bleeper.may.be.placed.in.a.position.where. it.is.easily.seen.or.heard.

  • Page 9: Battery.specification

    Battery specification Battery specification Recommended batteries: Ecocel:.EB.1425,.EB.1426 The.probe.requires.two.½.AA.size.Lithium.Thionyl. saft:.LS.14250.C,.LS.14250 Chloride.batteries,.individually.rated.at.a.voltage.of. sonnenschein: SL-750 3.6.V..It.is.important.that.the.batteries.are.supplied. Xeno:.XL-050F in.standard.(button).form;.batteries.described.as. tagged.will.have.additional.connection.tag.features. unsuitable batteries (due to oMP0 power fitted.to.the.terminals.and.are.not.suitable. requirements): dubilier:.SB-AA02 Maxell:.ER3S sanyo:.CR.14250.SE sonnenschein:.SL-350,.SL-550 tadiran: TL-4902.TL-5902,.TL-2150,.TL-5101 varta: CR.1/2.AA Battery life stand-by life 5% usage —  minutes/day continuous use typical (days) typical (days)

  • Page 10: Installing.the.batteries

    Installing the batteries Installing the batteries step : unlock the step : Insert the step : Lock the battery cassette batteries battery cassette…

  • Page 11: Performance.envelope.with.omi

    Performance envelope with oMI Performance envelope with oMI oMP0 probe + oMI.. 0° range .metres.(feet) SWITCH.ON/OFF. OPERATING Probe.and.OMI.diodes.must.be.in.the.other’s.field. of.view,.and.within.the.performance.envelope. shown. 75° 60° 60° 45° 45° Optical 30° 30° centre line 15° 15° 0° 0° (3.3) 15° (3.3) 15° oMP0 (6.5) (6.5) 30°…

  • Page 12: Performance.envelope.with.omm

    Performance envelope with oMM Performance envelope with oMM oMP0 probe + oMM.. 0° range .metres.(feet) SWITCH.ON/OFF. OPERATING Probe.and.OMM.diodes.must.be.in.the.other’s. field.of.view,.and.within.the.performance.envelope. shown. 75° 75° 60° 60° 45° 45° Optical 30° 30° centre line 15° 15° 0° 0° (3.3) (3.3) 15° 15° oMP0 (6.6) (6.5) 30°…

  • Page 13: Omp40.Features

    A.range.of.shanks.is.available. Battery.cassette from.Renishaw.upon.request Batteries. 2.x.½AA OMP.window 3.x.receive.diodes M4.stylus 12.x.transmit.LEDs 3.x.probe.status.LEDs For.further.battery.details.see.page.7…

  • Page 14: Omp40.And.system.performance

    When.this.is.the.case,.use.of.the.probe’s.low. power.mode,.or.OMM.and.OMI.low.range.setting. Natural.reflective.surfaces.within.the.machine.may. is.recommended.(see.page.30). increase.the.signal.transmission.range. oMM and oMI position Coolant.residue.accumulating.on.the.OMP,.OMM. and.OMI.windows,.will.have.a.detrimental.effect. To.assist.in.finding.the.optimum.position.of.the. on.transmission.performance..Wipe.clean.as. OMM.during.system.installation,.signal.strength. often.as.is.necessary.to.maintain.unrestricted. outputs.are.available.on.the.MI.12.interface.. transmission. OMI.signal.strength.is.displayed.on.an.OMI.. Operation.in.temperatures.of.0.°C.to.5.°C.or.50.°C. multi-coloured.LED. to.60.°C.(32.°F.to.41.°F.or.122.°F.to.140.°F).will. result.in.some.reduction.in.range. collision protection devices. Only.ceramic.styli.are.recommended. Warning for.use.with.OMP40..OMP40.is.not. compatible.with.any.stylus.‘weak.link’. If.two.systems.are.operating.in.close.proximity,. protection.devices,.except.when.fitted. take.care.to.ensure.that.signals.transmitted.from. after.a.stylus.extension. the.OMP.on.one.machine,.are.not.received.by. the.OMM.or.OMI.on.the.other.machine,.and.vice. versa.

  • Page 15
    Z.direction.-.5.85.N./.585.gf.(20.62.ozf). Probe repeatability Probe IP rating IPX8 Maximum.2.Sigma.(2σ).Value; Probe weight. without shank Repeatability.of.1.0.µm.(0.00004.in).is.valid.for. OMP40.probe. without.batteries. 242.g.(8.53.oz)….. test.velocity.of.480.mm/min.(1.57.ft/min).at.stylus. OMP40.probe..with.batteries. 262.g.(9.24.oz). tip,.using.stylus.50.mm.(1.97.in).long.
  • Page 16: Omp40.Dimensions

    (in) 50.(1.97) 19.(0.75) Ø40. (1.57) 12.5° 12.5° 50.(1.97) Probe-ready.shanks.available.from.Renishaw.

  • Page 17: Probe/Shank.mounting

    Probe/shank mounting Probe/shank mounting PROBE Stylus.alignment.with.the.spindle’s.centre.line. need.only.be.approximate,.except.in.the.following. circumstances.. 1.. When.probe.vector.software.is.used. 2.. When.the.machine.control.software.cannot. compensate.for.an.offset.stylus. ➤ How to check stylus position ➤ Stylus.tip.and.stem.position.are.established.using.a. low.force.(less.than.20.g.[0.71.oz]).dial.test.indicator. or.setting.gauge…Alternatively,.rotate.the.stylus.ball. against.a.flat.surface..Alignment.is.good.when.the. stylus.ball.maintains.a.consistent.distance.from.the.flat. surface. stage  — Probe/shank mounting 1.. Fully.slacken.screws.A..Then.grease.screws.B,. and.fit.to.shank. SHANK 2.. Fit.the.probe.onto.the.shank,.and.visually.position. the.probe.centrally.relative.to.the.shank..Partially. tighten.screws.B to.1.Nm.(0.23.lbf). 3..

  • Page 18: Stylus.on-Centre.adjustment

    stylus on-centre adjustment stylus on-centre adjustment SHANK stage  — Adjustment 4.. There.are.four.screws.A..Each.will.move. the.probe.relative.to.the.shank,.in.the.X.or. Y.direction.as.pressure.is.applied..Tighten. individually,.backing.off.after.each.movement. 5.. When.centering.with.screws.A,.progressively. tighten.as.the.final.setting.is.approached.. ➤ Slackening.on.one.side.and.tightening.the. opposite.screw,.in.sequence. 6.. When.the.stylus.tip.run-out.is.less.than.. 20.µm.(0.0008.in),.fully.tighten.screws.B to. max.2.2.Nm.(0.49.lbf),.and.use.screws.A.in. PROBE opposition.to.move.the.probe.at.the.same. time…Use.two.hexagonal.keys.if.necessary.. Notes :. During.adjustment,.care.should.be. taken.not.to.rotate.the.probe.relative.to.the.shank… Tip.run.out.of.5.µm.(0.0002.in).should.be. achievable. If.a.probe/shank.unit.is.accidentally.dropped,.it. should.be.checked.for.on-centre.position.. 7.. It.is.important.that.all.four.screws.A are.tight. or.tightened.to.a.maximum.of.2.2.Nm..

  • Page 19: Shank.adaptor.assembly.(Optional)

    shank adaptor assembly (optional) shank adaptor assembly (optional) 3.Nm.(0.68.lbf) 3.Nm.(0.68.lbf) 1.. Remove. 4.. Fit.to.shank. 2.. Mount.adaptor.plate. 3.. Grease.and. assemble.adaptor.

  • Page 20
    shank adaptor assembly (optional) 6.Nm. (1.35.lbf) 7.. Screw.in.opposition.to.adjust. runout.<5.µm..Fully.tighten.to. 5.. Fully.tighten 6.. Fit.to.spindle 2.2.Nm.(0.49.lbf).when.complete.
  • Page 21: Probe.moves

    Probe moves Probe moves Probe trigger With.a.double.touch.sequence,.the.first.move.finds. the.surface.quickly..The.probe.is.then.backed.off.to. A.probe.trigger.signal.is.generated.when.the. a.position.clear.of.the.surface.before.making.the. probe’s.stylus.is.driven.against.a.surface..The. second.touch.at.a.slower.feed.rate..This.records. machine’s.control.records.the.contact.position.and. the.surface.position.at.a.higher.resolution. instructs.machine.motion.to.stop. Probe measuring speed To.ensure.a.trigger.signal,.drive.the.probe.against. the.workpiece.to.a.target.beyond.the.expected. The.probe.system’s.transmission.delay.time.is. surface,.but.within.the.limits.of.stylus.overtravel.. small.and.constant…Normally,.it.does.not.limit.the. After.the.probe’s.stylus.touches.the.surface,. probing.speed.because.it.is.cancelled.out.during. reverse.clear.of.the.surface. calibration.of.the.probe.on.the.machine.tool. single and double touch probing High.probing.speeds.are.desirable..However,.if. used,.a.probing.velocity.must.be.chosen.which. If.the.probe.operating.sequence.is.based.on.a. allows.the.machine.to.stop.within.the.limits.of. single.touch,.then.the.probe.is.returned.to.its.start. stylus.overtravel.and.the.measuring.capabilities.of. point.following.a.measuring.move.. the.machine. On.some.types.of.controller,.it.is.desirable.to.

  • Page 22
    Probe moves It.is.important.that.calibration.cycles.are.run.at.the. measuring.cycle.feedrate.to.cancel.out.system. errors. Make.measurements.in.every.measuring.direction. to.provide.complete.calibration.data.for.the. measuring.cycles. Probe interface signals . Error signal delay Probing.cycles.are.available.from.Renishaw A.delay.of.48.ms.maximum.for.the.OMM.+.MI.12. or.41.ms.maximum.for.the.OMI,.will.elapse. calibrating a system between.an.error.occurring.and.the.output. indicating.error. Calibration.should.be.done.in.the.following. circumstances: . Probe signal delay •. Before.the.system.is.used. There.is.a.nominal.delay.of.240.µs.with.a. repeatability.of.3.µs.for.each.interface,.from.the. •. When.a.new.stylus.is.used. time.the.probe.actually.operates,.to.the.MI.12/OMI. interface.outputting.a.probe.change.of.state.. •. To.allow.for.machine.thermal.growth. Enabling.the.enhanced.trigger.circuit.will.add.a..
  • Page 23: Software.requirements

    software requirements software requirements Probe.cycles.and.features.are.machine.software. dependant.and.should.allow.the.following. functions. •. Simple.to.use.cycles. •. Update.a.tool.offset. •. If.an.out.of.tolerance.is.found,.either.generate. an.alarm.stop,.or.set.a.flag.for.corrective. action. •. Update.work.co-ordinate.systems.for. positioning. •. Report.measured.sizes.and.update. tool.offsets.for.automatic.tool.offset. compensations. •. Print.data.in.the.form.of.an.inspection.report. to.an.external.PC/printer. •. Set.tolerances.on.features.

  • Page 24
    software requirements verify your software Inspection cycle features simple to use canned cycles for standard 1.. Does.your.software.have.suitable.calibration.. features : routines.which.compensate.for.stylus. on-centre.errors?.If.not,.you.must.set.the. Bore/boss. probe.stylus.on-centre.mechanically. Web/pocket. Note: Machining centre applications. Single.surface. When.using.probe.styli.which.are.not.on.spindle. centre,.spindle.orientation.repeatability.is. simple to use canned cycles for optional important.to.avoid.probe.measurement.errors. features : 2..
  • Page 25: Typical.probe.cycles.for.machining.centres

    typical probe cycles for machining centres typical probe cycles for machining centres Simple.to.use.canned.cycles.for.basic.features Inspection probe Inspection calibration. Bore.and.boss.measure Probe.XY.offset. calibration Web.and.pocket. measure Stylus.ball.radius. calibration Internal.and.external. corner.find Probe.length.calibration XYZ.single.surface. position Inspection probe Inspection.print-out. collision protection COMPONENT No. 1 OFFSET NO. NOMINAL TOLERANCE DEVIATION FROM COMMENTS DIMENSION…

  • Page 26
    Simple.to.use.canned.cycles.for.additional.features Inspection. Stock.allowance Bore.and.boss.(three.point) Bore.and.boss.on.PCD Angled.web.and.pocket.measure 4th.axis.measure Feature-to-feature.measure Angled.surface.measure Macro.software.for.use.with.the.OMP40.is.available. from.Renishaw.for.the.majority.of.major.controller. types..Information.is.available.on.request.
  • Page 27: Replacing.batteries

    Replacing batteries Replacing batteries Clean.and.dry.the.probe.with.a.cloth.or.paper. cAutIoN:. DO.NOT.leave.exhausted.. towel.before.removing.the.battery.cassette..Where. batteries.in.probe.. the.probe.has.been.exposed.to.coolant,.it.is. DO.NOT.allow.coolant.or.debris.to.enter.the. recommended.that.the.area.around.the.battery. battery.compartment.. cassette.is.cleaned.using.an.airline.. DO.check.correct.battery.polarity. To.access.the.probe‘s.batteries,.remove.the. battery.cassette.by.rotating.the.securing.screw. 45°.anticlockwise.(see.page.8).. Take.care.to.avoid.damaging.the.cover.gasket.. When.inserting.the.batteries,.ensure.they.are. loaded.as.shown.(see.page.8). take care to read the battery label as polarities are not common across manufacturers. cAutIoN:. Appropriate.precautions.must. The.probe.is.protected.against.incorrect.loading. be.taken.when.using.airlines,.in. which.would.result.in.reversed.polarity..If.one.or. accordance.with.local.regulations..

  • Page 28
    Replacing batteries typical battery reserve life Always.ensure.that.the.cover.gasket.and.mating. surfaces.are.clean.and.free.from.damage.before. The.standard.Lithium.battery.at.typical.5.%.usage. reassembly. will.enable.the.probe.to.operate.for.approximately. Low battery indicators 2.weeks.after.a.low.battery.warning.is.first. indicated. The.low.battery.warning.will.be.signalled.by.the. alternate.flashing.of.the.blue.probe.status.LED,. Replace.the.batteries.as.soon.as.is.practicable. indicating.that.the.end.of.the.usable.battery.life.is. approaching..Simultaneously,.the.low.battery.LED. cAutIoN:. Please.dispose.of.exhausted.. on.the.MI.12.or.OMI.will.be.lit.. batteries.in.accordance.with.local. regulations..Do.not.dispose.of.batteries.in.fire. Some.machine.tool.controllers.are.also. programmed.to.flag.a.low.battery.warning.to.the. user. dead battery indicators When.the.battery.voltage.drops.below.the. threshold.where.performance.can.be.guaranteed,. the.OMP40.probe.status.LED.will.change.to. constant.red. The.probe.output.relay.will.also.be.forced.into.its. triggered.state,.causing.the.machine.to.stop,.until. a.new.battery.is.inserted.
  • Page 29: Modes.of.operation

    Modes of operation Modes of operation dimensions mm (in) Green. Red. LED. ➤ LED. ➤ flashing flashing. (0.75) X / Y (0.24) 12.5° 12.5° PRoBE stAtus LEd LEd colour Probe status graphic hint stYLus ovERtRAvEL LIMIts Unit Stand-by.mode stylus length ±X/±Y Flashing.green Probe.seated.in.operating.mode…

  • Page 30
    Modes of operation .. Programming mode.-.The.Trigger.Logic. The.OMP40.probe.can.be.in.one.of.three.modes: programming.method.allows.a.number.of. .. stand-by mode.-.The.OMP40.uses.a.small. probe.set-up.options.to.be.programmed.by. current,.while.passively.waiting.for.a.switch-on. triggering.the.probe,.including.the.switch-off. signal.to.be.received.via.the.probe’s.receiving. options.described.on.page.29. diodes. MI interface unit .. operating mode.-.Activated.by.one.of.the. switch.on.methods.described.on.page.29.. cAutIoN:. Systems.using.the.earlier.MI7.. Signals.are.only.transmitted.by.the.probe. interface.in.place.of.the.MI.12.interface. in.this.mode.showing.that.the.probe.is.now. are.not.compatible.with.OMP40. ready.for.use.
  • Page 31
    Modes of operation switch-on switch-off oMP0 Power on/off . Switch-off.options.can.be.changed..See.pages. 32.and.35. OMP40.optical.on/off,.only.occurs.when.the. . optical-on and optical-off factory set OMP40.is.located.within.the.switch.on/off. envelope.of.the.OMM/OMI…Three.switch.on. Optical.switch-off.is.commanded.by.a. methods.can.be.used,.all.of.which.are.optical: software.M.code. . Manual start.-.MI.12.start.button. . optical-on and timer-off (time-out). programmable option . Machine start.-.optical.switch-on.via. A.timer.switch.automatically.returns.the. software.M.code.command. probe.to.the.stand-by.mode.after.either.12,. 33.or.134.seconds…The.timer.is.reset.on.for.
  • Page 32
    Modes of operation Enhanced trigger circuit Enhanced start circuit Probes.subjected.to.high.levels.of.vibration. Probes.subjected.to.particular.forms.of.light. or.shock.loads,.may.generate.trigger.signals. interference.may.accept.spurious.start.signals… without.having.contacted.any.surface…The. The.enhanced.start.filter.improves.the.probe’s. enhanced.trigger.circuit.improves.the.probe’s. resistance.to.these.effects. resistance.to.these.effects. When.the.filter.is.enabled,.an.additional.2.s.delay. When.the.circuit.is.enabled,.a.constant.nominal. is.introduced.to.the.probe.activation.(switch-ON). 10.ms.delay.is.introduced.to.the.probe.output. time.. It.may.be.necessary.to.revise.the.probe’s. It.may.be.necessary.to.revise.the.probe.program. program.software.to.allow.for.the.increased. software.to.allow.for.the.increased.activation. stylus.overtravel.during.the.extended.time.delay. time. Factory.set.to.OFF. Factory.set.to.OFF.. Low power (battery save) mode Where.the.separation.between.probe.and.OMM. or.OMI.is.small,.the.low.power.mode.may.be. used..In.this.mode,.the.optical.transmission. range.will.be.reduced.by.30.%,.so.battery.usage. life.will.be.extended..See.battery.life.expectancy.
  • Page 33: Reviewing.current.probe.settings

    Reviewing current probe settings Reviewing current probe settings stARt ENHANcEd tRIggER FILtER setting Batteries.removed.from.probe trigger filter trigger filter Insert.batteries;.note.the.LED.sequence,.which. follows.the.form.below ENHANcEd stARt FILtER setting stARt uP sEQuENcE start filter start filter Settings.review LEd tEst sEQuENcE The.probe.LEDs.will.always.begin.with.a.colour. oPtIcAL PoWER setting test Low Power standard power mode…

  • Page 34: Changing.probe.settings

    changing probe settings changing probe settings Probe.settings.can.be.configured.using.Trigger. Logic. 1.. Insert.batteries.or.if.already.inserted,.remove. for.5.seconds.and.replace. 2.. Following.the.LED.check,.deflect.the.stylus. Deflect.stylus.for.less.than. and.hold.deflected.until.5.red.flashes.occur.at. 4.seconds end.of.the.review.sequence. Notes:..If.battery.power.is.low.then.each.of.the. 5.red.flashes.will.be.followed.by.a.blue.flash.. Deflect.stylus.for.more. See.‘Probe.settings’.for.further.details. than.4.seconds 3.. The.probe.is.now.in.configuration.mode.and. will.flash.the.current.switch.off.method.. Trigger.Logic.is.now.active.enabling.probe. Leave.stylus.untouched. >20.sec settings.to.be.changed.as.shown.on.next. (for.period.shown) page. Note: Settings.are.saved.as.they.are.changed.

  • Page 35
    changing probe settings to cHANgE sWItcH oFF MEtHod oPtIcAL sHoRt MEdIuM LoNg tIMEout tIMEout tIMEout  seconds  seconds  seconds >20.sec NEW sEttINgs coMPLEtE…
  • Page 36
    changing probe settings to cHANgE ENHANcEd tRIggER FILtER sEttINg tRIggER tRIggER FILtER FILtER NEW sEttINgs coMPLEtE >20.sec ENHANcEd stARt FILtER stARt stARt FILtER FILtER…
  • Page 37
    In.stand-by.mode.the.OMP40.is. to cHANgE oPtIcAL PoWER waiting.for.a.switch.on.signal..LEDs. stANdARd are.not.lit.unless.the.battery.is.‘dead’.. PoWER PoWER (see.Modes.of.operation.-.probe.status. ModE ModE LEDs,.for.further.information). Review current probe settings It.is.recommended.that.settings.are. reviewed.after.programming. settings record table Return.to ‘to cHANgE For.quick.reference.Renishaw.suggest. sWItcH-oN MEtHod’ you.record.your.settings.on.the.table.at. back.of.this.User’s.guide.. These.will.be.needed.if.the.probe.is. replaced. >20.sec NEW sEttINgs coMPLEtE…
  • Page 38: Service And Maintenance

    PoWER oFF WHEN WoRKINg INsIdE ELEctRIcAL coMPARtMENts Although.Renishaw.probes.require.little. Clean.using.a.dry.or.dampened.cloth..The.OMP40. maintenance,.the.performance.will.be.adversely. is.sealed.against.fluids. affected.if.dirt,.chips.or.liquids.are.allowed.to. Periodically.check.cables.for.signs.of.damage,. enter.the.sealed.working.parts..Therefore.keep.all. corrosion.or.loose.connections. components.clean.and.free.from.grease.and.oil.

  • Page 39: Fault Finding

    Fault-finding Fault finding — If in doubt, consult your probe supplier. Probe fails to switch on Probe stops in mid cycle symptom Action symptom Action Probe.is.already.. If.necessary.switch. Beam.obstructed.. Check.OMM/MI.12.error. switched.on.. probe.off. LED..Remove. obstruction. Dead.batteries.. Change.batteries. Damaged.cable.. Check.cables. Batteries.installed.. Check.battery.. incorrectly.. installation.

  • Page 40
    Fault-finding Probe crashes Poor probe repeatability symptom Action symptom Action Inspection.probe. When.two.systems.are.. Debris.on.part.. Clean.part. using.tool.setting. active,.isolate.tool. Tool.change. Verify.probe.. probe.signals.. setting.probe. repeatability.poor.. repeatability.using.. Workpiece.obstructing. Review.probe.software.. single.point.move. probe.path. Loose.mounting.of. Check.and.tighten.as. Probe.length.offset.. Review.probe.software… probe.on.shank/loose. appropriate.. missing. stylus. Excessive.machine. Switch.on.enhanced. Probe status LEd fails to illuminate vibration..
  • Page 41
    Fault-finding Poor probe repeatability continued Probe stops in mid cycle symptom Action symptom Action Probing.occurs.within.. Review.probe.software.. Probe.in.Time.Out.. Wait.a.minimum.134.s. the.machine’s. mode.. for.probe.to.switch.off. acceleration.and. Probe.placed.in. Use.lighter.styli..Review. deceleration.zones. carousel,.during.Time. use.of.Time.Out.mode. Probe.feedrate.too. Perform.simple.. Out.mode.can.be.reset. (activate.trigger.filter).. high.. repeatability.trials.at.. by.carousel.activity. various.speeds. Probe.is.inadvertently. Check.positioning.of. Temperature.variation. Minimise.temperature.. switched.on.by.OMM/. OMM/OMI..Reduce.
  • Page 42
    Fault-finding Probe is transmitting spurious reading Probe is transmitting spurious reading cont. symptom Action symptom Action Damaged.cables… Check.and.replace.. Poorly.regulated.. Ensure.power.supply.is. cable.if.damage.is.. power.supply.. correctly.regulated. found. Excessive.machine. Switch.on.enhanced. Electrical.interference.. Move.transmission.. vibration.. trigger.circuit..Eliminate.. cables.away.from.other… vibration. cables.carrying.high.. Loose.mountings.or. Check.and.tighten.loose. currents. styli.. connections. Optical.interference. Reduce.optical.power.. from.other.systems..
  • Page 43: Parts List

    Parts list Parts list — Please quote the Part No. when ordering equipment. type Part No. description OMP40/OMM/MI.12 A-2033-1126 OMP40.probe.with.batteries,.stylus,.OMM,.OMM.mounting.. bracket,.MI.12.interface.unit.and.tool.kit. OMP40/OMI A-2115-0032 OMP40.probe.with.batteries,.stylus,.OMI,.OMI.mounting. bracket.and.tool.kit. OMP40 A-4071-0001 OMP40.probe.with.batteries.and.tool.kit. Battery P-BT03-0007 ½AA.batteries.(pack.of.2). Stylus A-5000-3709 PS3-1C.ceramic.stylus.50.mm.long.with.Ø6.mm.ball. Styli For.complete.listing.see.Renishaw.Styli.guide.(part.no….H-1000-3200). TK62 A-4071-0060 Probe.tool.kit.comprising:.Ø1.98.mm.stylus.tool,.2.0.mm.AF..

  • Page 44
    Parts list type Part No. description MI.12. A-2075-0142 MI.12.interface.unit. MI.12-B A-2075-0141 MI.12.interface.board. Mounting.kit A-2033-0690 Panel.mounting.kit.for.MI.12.interface.unit. PSU3 A-2019-0018 PSU3.power.supply.unit.85-264.V.input. Software Probe.software.for.machine.tools.-.see.Data.sheet. H-2000-2289. Shank See.data.sheet.H-2000-2011.taper.shanks Shank.adaptor. A-4071-0031 Adaptor.assembly.for.mounting.to.MP10,.MP12,.MP700.. assembly shank. Battery.cassette A-4071-1166 Probe.battery.cassette.assembly. Cassette.seal A-4038-0301 Battery.housing.seal. Pull-up.cone. A-4071-0094 Replacement.pull-up.cone.for.attachment.to.OMP40. assembly shanks.
  • Page 46
    Renishaw plc +44 (0)1453 524524 New Mills, Wotton-under-Edge, +44 (0)1453 524901 Gloucestershire, GL12 8JR uk@renishaw.com United Kingdom www.renishaw.com For worldwide contact details, please visit our main website at www.renishaw. com/contact *H-2000-5022-05*…

VOP40P это высокоточный датчик Марпосс с оптической связью с помощью которого любой пользователь, используя автоматическое определение положения оси станка, может расположить деталь и обеспечить точное измерение детали. Используя пьезоэлектрическую технологию, он может гарантировать невероятную точность и показатель повторяемости в пределах 0,25 мкм (2σ).

Так как свободное пространство в рабочей зоне станков скорее всего ограничено, то для таких производств как изготовление штампов и пресс форм Марпосс сконцентрировал свои усилия на датчиках с компактной компоновкой.

VOP40P работает с приемником VOI по оптически модулируемой связи, которая помимо исключительной невосприимчивости к световым помехам, также предоставляет возможность работы по нескольким каналам, что позволяет пользователю вручную менять частотный канал – идеальное решение, когда несколько систем расположены вблизи друг от друга на одной площадке.

Что касается скорости сенсорной подачи то VOP40P может работать до F5000 с дальнейшим сокращением продолжительности цикла работы станка.

Page 1: Renishaw OMP40 Probe - Installation and User's guide

Installation and user’s guide H-2000-5022-05-A

OMP40

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Page 2: Renishaw OMP40 Probe - Installation and User's guide

© 2001 — 2006 Renishaw. All rights reserved.

This document may not be copied or reproduced in whole or in part, or transferred to any other media or language, by any means, without the prior written permission of Renishaw.

The publication of material within this document does not imply freedom from the patent rights of Renishaw plc.

Disclaimer

Considerable effort has been made to ensure that the contents of this document are free from inaccuracies and omissions. However, Renishaw makes no warranties with respect to the contents of this document and specifically disclaims any implied warranties. Renishaw reserves the right to make changes to this document and to the product described herein without obligation to notify any person of such changes.

Trademarks

RENISHAW® and the probe emblem used in the RENISHAW logo are registered trademarks of Renishaw plc in the UK and other countries.

apply innovation and Trigger Logic are trademarks of Renishaw plc.

All other brand names and product names used in this document are trade names, service marks, trademarks, or registered trademarks of their respective owners.

Patent notice

Features of OMP40 probes and features of similar probes are the subject of one or more of the following patents and/or patent applications:

EP 0,695,926 EP 0,390,342 EP 0,974,208 EP 1,130,557 EP 1,397,637 EP 1,373,995 EP 1,185,838 EP 1,477,767 EP 1,477,768 US 5,669,151 US 5,040,931 US 5,212,872 US 6,472,981 US 6,776,344 US 6,860,026 US 6,839,563 US 2002-219,886US 2003-0,179,097 JP 2,945,709 JP 2001-53,062JP 2003-526,170 JP 2004-522,961 JP 2004-530,234 JP 2001-520,844

Renishaw part no: H-2000-5022-05-A

Issued: 06 2006

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Page 3: Renishaw OMP40 Probe - Installation and User's guide

PRELIMINARY

Safety…………………………………………………………..3

Warranty……………………………………………………….3

Changes.to.equipment……………………………………3

CNC.machine………………………………………………..3

Caring.for.the.probe………………………………………..3

Probe.IP.rating……………………………………………….3

Related.publications……………………………………….3

INstALLAtIoN

Typical.probe.system.using.OMI……………………….4

Typical.probe.system.using.OMM.and.MI.12………5

Twin.OMMs.and.remote.indicator.using.MI.12……6

Battery.specification……………………………………….7

Installing.the.batteries…………………………………….8

Performance.envelope.with.OMI………………………9

Performance.envelope.with.OMM…………………..10

OMP40.features…………………………………………..11

OMP40.and.system.performance……………………12

OMP40.dimensions………………………………………14

Probe/shank.mounting…………………………………..15

Stylus.on-centre.adjustment…………………………..16

Shank.adaptor.assembly.(optional)…………………17

oPERAtIoN

Probe.moves……………………………………………….19

Software.requirements………………………………….21

Typical.probe.cycles.for.machining.centres………23

Replacing.batteries……………………………………….25

Modes.of.operation……………………………………….27

Reviewing.current.probe.settings……………………31

Changing.probe.settings………………………………..32

sERvIcE ANd MAINtENANcE…………………….36

FAuLt FINdINg…………………………………………..37

PARts LIst………………………………………………..41

contents

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Page 4: Renishaw OMP40 Probe - Installation and User's guide

Ec dEcLARAtIoN oF coNFoRMItY

Renishaw.plc.declares.that.the.product:

Name. descriptionOMP40. Optical.machine.probe

has.been.manufactured.in.conformity.with.the.following.standards:

BS.EN.61326:.1998/. Electrical.equipment.for.measurement,A1:1998/A2:2001. control.and.laboratory.use.-.EMC.

requirements..Immunity.to.annex.A.-.industrial.locations..Emissions.to.class.A.(non-domestic).limits.

and.that.it.complies.with.the.requirements.of.the.following.directives.(as.amended):

89/336/EEC. Electromagnetic.compatibility

The.above.information.is.summarised.from.the.full.EC.Declaration.of.Conformity..A.copy.is.available.from.Renishaw.on.request.

FccInformation to user (Fcc section �5.�9)

This.device.complies.with.Part.15.of.the.FCC.rules..Operation.is.subject.to.the.following.conditions:

1.. This.device.may.not.cause.harmful.interference.

2.. This.device.must.accept.any.interference.received,.including.interference.that.may.cause.undesired.operation.

Information to user (Fcc section �5.�05)

This.equipment.has.been.tested.and.found.to.comply.with.the.limits.for.a.Class.A.digital.device,.pursuant.to.part.15.of.the.FCC.Rules..These.limits.are.designed.to.provide.reasonable.protection.against.harmful.interference.when.the.equipment.is.operated.in.a.commercial.environment..This.equipment.generates,.uses.and.can.radiate.radio.frequency.energy.and,.if.not.installed.and.used.in.accordance.with.this.installation.guide,.may.cause.harmful.interference.to.radio.communications..Operation.of.this.equipment.in.a.residential.area.is.likely.to.cause.harmful.interference,.in.which.case.you.will.be.required.to.correct.the.interference.at.your.own.expense.

Information to user (Fcc section �5.��)

The.user.is.cautioned.that.any.changes.or.modifications.not.expressly.approved.by.Renishaw.plc.or.authorised.representative.could.void.the.user’s.authority.to.operate.the.equipment.

Preliminary information

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Page 5: Renishaw OMP40 Probe - Installation and User's guide

safety

Only.qualified.persons.should.change.the.switch.settings.or.replace.fuses.

Where.appropriate,.remove.the.mains.supply.from.units.before.removing.covers.

Warranty

Equipment.requiring.attention.under.warranty.must.be.returned.to.your.supplier..No.claims.will.be.considered.where.Renishaw.equipment.has.been.misused,.or.repairs.or.adjustments.have.been.attempted.by.unauthorised.persons.

changes to equipment

Renishaw.reserves.the.right.to.change.specifications.without.notice.

cNc machine

CNC.machine.tools.must.always.be.operated.by.competent.persons.in.accordance.with.the.manufacturer’s.instructions.

care of the probe

Keep.system.components.clean.and.treat.the.probe.as.a.precision.tool.

Probe IP rating

IPX8

Related publications

When.you.install.the.OMP40.probe.system,.you.will.also.need.to.refer.to.one.or.more.of.the.publications.listed.below.for.details.of.how.to.install.the.ancillary.equipment..

•. Optical.module.machine.(OMM).installation.and.user’s.guide.–.Renishaw.part.No…H-2000-5044.

•. MI.12.interface.unit.installation.and.user’s.guide.–.Renishaw.part.No..H-2000-5073.

•. Optical.machine.interface.(OMI).installation.and.user’s.guide.–.Renishaw.part.No…H-2000-5062.

•. PSU3.power.supply.unit.installation.and.user’s.guide.–.Renishaw.part.No…H-2000-5057.

!

Preliminary information

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Page 6: Renishaw OMP40 Probe - Installation and User's guide

A.workpiece.set-up.and.inspection.probe.is,.in.effect,.another.tool.in.the.system..A.probe.cycle.may.be.included.at.any.stage.of.the.machining.process..

Signals.are.transmitted.between.the.probe.and.the.machine’s.control,.via.the.OMI.or.alternatively.the.OMM.+.MI.12..Interface.units.convert.probe.signals.into.an.acceptable.form.for.the.machine’s.control.

Stylus

CNC.machining.centre.spindle

typical tool setting probe

CNC.machine.control

Optional.-.PSU3.power.supply.unit

oMP�0inspection probe

Mounting.bracket

Interface unitCable

Optional.-.PSU3.power.supply.unit

Workpiece

oMP — LEds.(Light.emitting.diodes)

3.x.receive.diodes

12.x.transmit.LEDs

3.x.probe.status.LEDs.

oMI

typical probe system using oMI

typical probe system using oMI

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Page 7: Renishaw OMP40 Probe - Installation and User's guide

5

Stylus

CNC.machining.centre.spindle

typical tool setting probe

CNC.machine.control

oMP�0inspection probe

Cable

Optional.-.PSU3.power.supply.unit

Optional.-.PSU3.power.supply.unit

Workpiece

Mounting.bracket

oMM

Interface unit

oMP — LEds.(Light.emitting.diodes)

3.x.receive.diodes

12.x.transmit.LEDs

3.x.probe.status.LEDs.

typical probe system using oMM and MI ��

typical probe system using oMM and MI ��

MI ��

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Page 8: Renishaw OMP40 Probe - Installation and User's guide

twin oMM mounting

On.large.machine.tools.it.is.possible.to.provide.greater.reception.coverage.by.mounting.two.OMMs.connected.to.a.single.MI.12.

Remote indicator

The.MI.12.interface.contains.an.LED.and.acoustic.indicator…When.the.probe.is.triggered.the.LED.will.change.state.and.a.beep.is.emitted.

If.the.MI.12.is.hidden.from.the.operator,.a.remote.lamp.or.bleeper.may.be.placed.in.a.position.where.it.is.easily.seen.or.heard.

twin oMMs and remote indicator using MI ��

twin oMMs and remote indicator using MI ��

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Page 9: Renishaw OMP40 Probe - Installation and User's guide

�Battery specification

Recommended batteries:

Ecocel:.EB.1425,.EB.1426saft:.LS.14250.C,.LS.14250sonnenschein: SL-750Xeno:.XL-050F

unsuitable batteries (due to oMP�0 power requirements):

dubilier:.SB-AA02Maxell:.ER3Ssanyo:.CR.14250.SEsonnenschein:.SL-350,.SL-550tadiran: TL-4902.TL-5902,.TL-2150,.TL-5101varta: CR.1/2.AA

Battery specification

The.probe.requires.two.½.AA.size.Lithium.Thionyl.

Chloride.batteries,.individually.rated.at.a.voltage.of.

3.6.V..It.is.important.that.the.batteries.are.supplied.

in.standard.(button).form;.batteries.described.as.

tagged.will.have.additional.connection.tag.features.

fitted.to.the.terminals.and.are.not.suitable.

stand-by life 5% usage — �� minutes/day continuous use

typical (days) typical (days) typical (hours)

standard power mode

Low power mode

standard power mode

Low power mode

standard power mode

Low power mode

1900 1900 115 175 140 210

Battery life

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Page 10: Renishaw OMP40 Probe - Installation and User's guide

� Installing the batteries

Installing the batteries

step �: unlock the battery cassette

step �: Insert the batteries

step �: Lock the battery cassette

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Page 11: Renishaw OMP40 Probe - Installation and User's guide

9Performance envelope with oMI

oMP�0 probe + oMI..

Probe.and.OMI.diodes.must.be.in.the.other’s.field.of.view,.and.within.the.performance.envelope.shown.

��0° range .metres.(feet)

. SWITCH.ON/OFF. OPERATING

oMP�0oMI

Opticalcentre

line

60°

45°

45°

15°

30°

30°

15°

60°

60°

45°

45°

15°

30°

30°

15°

60°

75°

4.(13.1)

3.(9.8)

2.(6.5)

1.(3.3)

5.(16.4)

4.(13.1)

3.(9.8)

2.(6.5)

1.(3.3)

5.(16.4)

Performance envelope with oMI

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Page 12: Renishaw OMP40 Probe - Installation and User's guide

�0 Performance envelope with oMM

Performance envelope with oMM

oMP�0 probe + oMM..

Probe.and.OMM.diodes.must.be.in.the.other’s.field.of.view,.and.within.the.performance.envelope.shown.

��0° range .metres.(feet)

. SWITCH.ON/OFF. OPERATING

oMP�0

60°

45°

45°

15°

30°

30°

75°

15°

60°

oMM

60°

45°

45°

15°

30°

30°

75°

15°

60°

4.(13.1)

3.(9.8)

2.(6.5)

1.(3.3)

5.(16.4)

4.(13.1)

3.(9.8)

2.(6.6)

1.(3.3)

5.(16.4)

Opticalcentre

line

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Page 13: Renishaw OMP40 Probe - Installation and User's guide

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Batteries.2.x.½AA

M4.stylus

A.range.of.shanks.is.available.from.Renishaw.upon.request

For.further.battery.details.see.page.7

OMP.window

3.x.receive.diodes

12.x.transmit.LEDs

3.x.probe.status.LEDs

oMP�0 features

Battery.cassette

oMP�0 features

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Page 14: Renishaw OMP40 Probe - Installation and User's guide

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operating envelope

Natural.reflective.surfaces.within.the.machine.may.increase.the.signal.transmission.range.

Coolant.residue.accumulating.on.the.OMP,.OMM.and.OMI.windows,.will.have.a.detrimental.effect.on.transmission.performance..Wipe.clean.as.often.as.is.necessary.to.maintain.unrestricted.transmission.

Operation.in.temperatures.of.0.°C.to.5.°C.or.50.°C.to.60.°C.(32.°F.to.41.°F.or.122.°F.to.140.°F).will.result.in.some.reduction.in.range.

Warning

If.two.systems.are.operating.in.close.proximity,.take.care.to.ensure.that.signals.transmitted.from.the.OMP.on.one.machine,.are.not.received.by.the.OMM.or.OMI.on.the.other.machine,.and.vice.versa.

When.this.is.the.case,.use.of.the.probe’s.low.power.mode,.or.OMM.and.OMI.low.range.setting.is.recommended.(see.page.30).

oMM and oMI position

To.assist.in.finding.the.optimum.position.of.the.OMM.during.system.installation,.signal.strength.outputs.are.available.on.the.MI.12.interface..

OMI.signal.strength.is.displayed.on.an.OMI..multi-coloured.LED.

collision protection devices.Only.ceramic.styli.are.recommended.for.use.with.OMP40..OMP40.is.not.compatible.with.any.stylus.‘weak.link’.protection.devices,.except.when.fitted.after.a.stylus.extension.

oMP�0 and system performance

!

oMP�0 and system performance

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Page 15: Renishaw OMP40 Probe - Installation and User's guide

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Environment

Probe repeatability

Maximum.2.Sigma.(2σ).Value;

Repeatability.of.1.0.µm.(0.00004.in).is.valid.for.

test.velocity.of.480.mm/min.(1.57.ft/min).at.stylus.

tip,.using.stylus.50.mm.(1.97.in).long.

stylus trigger force..

X/Y.trigger.forces.vary.around.the.stylus.seating.

X/Y.direction.-.typical.lowest.force.0.50.N./.50.gf.

(1.76.ozf).

X/Y.direction.-.typical.highest.force.0.9.N./.90.gf.

(3.17.ozf).

Z.direction.-.5.85.N./.585.gf.(20.62.ozf).

Probe IP rating IPX8

Probe weight. without shank

OMP40.probe. without.batteries. 242.g.(8.53.oz)…………………

OMP40.probe..with.batteries. 262.g.(9.24.oz).

oMP�0 and system performance

Probe/oMP oMM MI �� interface

oMI Psu�temperature

storage .-10.°C.to.70.°C.(14.°F.to.158.°F).

Normal operating .5.°C.to.50.°C.(41.°F.to.122.°F)

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Page 16: Renishaw OMP40 Probe - Installation and User's guide

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Probe-ready.shanks.available.from.Renishaw.

12.5°

12.5°

19.(0.75)

Ø40.(1.57)

50.(1.97)

50.(1.97)

oMP�0 dimensions

dimensions mm (in)

oMP�0 dimensions

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Page 17: Renishaw OMP40 Probe - Installation and User's guide

�5

Stylus.alignment.with.the.spindle’s.centre.line.need.only.be.approximate,.except.in.the.following.circumstances..

1.. When.probe.vector.software.is.used.

2.. When.the.machine.control.software.cannot.compensate.for.an.offset.stylus.

How to check stylus position

Stylus.tip.and.stem.position.are.established.using.a.low.force.(less.than.20.g.[0.71.oz]).dial.test.indicator.or.setting.gauge…Alternatively,.rotate.the.stylus.ball.against.a.flat.surface..Alignment.is.good.when.the.stylus.ball.maintains.a.consistent.distance.from.the.flat.surface.

stage � — Probe/shank mounting

1.. Fully.slacken.screws.A..Then.grease.screws.B,.and.fit.to.shank.

2.. Fit.the.probe.onto.the.shank,.and.visually.position.the.probe.centrally.relative.to.the.shank..Partially.tighten.screws.B to.1.Nm.(0.23.lbf).

3.. Fit.the.probe/shank.assembly.into.the.machine.spindle.

PROBE

SHANK

A ➤

B ➤

Probe/shank mounting

Probe/shank mounting

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Page 18: Renishaw OMP40 Probe - Installation and User's guide

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Notes :. During.adjustment,.care.should.be.taken.not.to.rotate.the.probe.relative.to.the.shank….If.a.probe/shank.unit.is.accidentally.dropped,.it.should.be.checked.for.on-centre.position…Do.not.hit.or.tap.the.probe.to.achieve.on-centre.adjustment.

stage � — Adjustment

4.. There.are.four.screws.A..Each.will.move.the.probe.relative.to.the.shank,.in.the.X.or.Y.direction.as.pressure.is.applied..Tighten.individually,.backing.off.after.each.movement.

5.. When.centering.with.screws.A,.progressively.tighten.as.the.final.setting.is.approached..Slackening.on.one.side.and.tightening.the.opposite.screw,.in.sequence.

6.. When.the.stylus.tip.run-out.is.less.than..20.µm.(0.0008.in),.fully.tighten.screws.B to.max.2.2.Nm.(0.49.lbf),.and.use.screws.A.in.opposition.to.move.the.probe.at.the.same.time…Use.two.hexagonal.keys.if.necessary..

. Tip.run.out.of.5.µm.(0.0002.in).should.be.achievable.

7.. It.is.important.that.all.four.screws.A are.tight.or.tightened.to.a.maximum.of.2.2.Nm..(0.49.lbf).once.the.final.setting.has.been.achieved.

SHANK

B➤

PROBE

stylus on-centre adjustment

A➤

stylus on-centre adjustment

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Page 19: Renishaw OMP40 Probe - Installation and User's guide

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shank adaptor assembly (optional)

shank adaptor assembly (optional)

1.. Remove. 2.. Mount.adaptor.plate. 3.. Grease.and.

assemble.adaptor.

4.. Fit.to.shank.

3.Nm.(0.68.lbf) 3.Nm.(0.68.lbf)

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Page 20: Renishaw OMP40 Probe - Installation and User's guide

�� shank adaptor assembly (optional)

6.Nm.(1.35.lbf)

5.. Fully.tighten 6.. Fit.to.spindle

7.. Screw.in.opposition.to.adjust.

runout.<5.µm..Fully.tighten.to.

2.2.Nm.(0.49.lbf).when.complete.

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Page 21: Renishaw OMP40 Probe - Installation and User's guide

�9

Probe moves

Probe trigger

A.probe.trigger.signal.is.generated.when.the.probe’s.stylus.is.driven.against.a.surface..The.machine’s.control.records.the.contact.position.and.instructs.machine.motion.to.stop.

To.ensure.a.trigger.signal,.drive.the.probe.against.the.workpiece.to.a.target.beyond.the.expected.surface,.but.within.the.limits.of.stylus.overtravel..After.the.probe’s.stylus.touches.the.surface,.reverse.clear.of.the.surface.

single and double touch probing

If.the.probe.operating.sequence.is.based.on.a.single.touch,.then.the.probe.is.returned.to.its.start.point.following.a.measuring.move..

On.some.types.of.controller,.it.is.desirable.to.use.a.two.touch.method,.as.poor.accuracy.and.repeatability.can.result.at.higher.feed.rates.

With.a.double.touch.sequence,.the.first.move.finds.the.surface.quickly..The.probe.is.then.backed.off.to.a.position.clear.of.the.surface.before.making.the.second.touch.at.a.slower.feed.rate..This.records.the.surface.position.at.a.higher.resolution.

Probe measuring speed

The.probe.system’s.transmission.delay.time.is.small.and.constant…Normally,.it.does.not.limit.the.probing.speed.because.it.is.cancelled.out.during.calibration.of.the.probe.on.the.machine.tool.

High.probing.speeds.are.desirable..However,.if.used,.a.probing.velocity.must.be.chosen.which.allows.the.machine.to.stop.within.the.limits.of.stylus.overtravel.and.the.measuring.capabilities.of.the.machine.

Probe moves

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Page 22: Renishaw OMP40 Probe - Installation and User's guide

�0

calibrating a system

Calibration.should.be.done.in.the.following.circumstances:

•. Before.the.system.is.used.

•. When.a.new.stylus.is.used.

•. To.allow.for.machine.thermal.growth.

•. Poor.relocation.repeatability.of.the.probe.holder.

It.is.important.that.calibration.cycles.are.run.at.the.measuring.cycle.feedrate.to.cancel.out.system.errors.

Make.measurements.in.every.measuring.direction.to.provide.complete.calibration.data.for.the.measuring.cycles.

Probe interface signals

�. Error signal delay

A.delay.of.48.ms.maximum.for.the.OMM.+.MI.12.or.41.ms.maximum.for.the.OMI,.will.elapse.between.an.error.occurring.and.the.output.indicating.error.

�. Probe signal delay

There.is.a.nominal.delay.of.240.µs.with.a.repeatability.of.3.µs.for.each.interface,.from.the.time.the.probe.actually.operates,.to.the.MI.12/OMI.interface.outputting.a.probe.change.of.state..

Enabling.the.enhanced.trigger.circuit.will.add.a..further.nominal.10.ms.

Probing.cycles.are.available.from.Renishaw

X/Y

Z

X/Y

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Page 23: Renishaw OMP40 Probe - Installation and User's guide

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Probe.cycles.and.features.are.machine.software.dependant.and.should.allow.the.following.functions.

•. Simple.to.use.cycles.

•. Update.a.tool.offset.

•. If.an.out.of.tolerance.is.found,.either.generate.an.alarm.stop,.or.set.a.flag.for.corrective.action.

•. Update.work.co-ordinate.systems.for.positioning.

•. Report.measured.sizes.and.update.tool.offsets.for.automatic.tool.offset.compensations.

•. Print.data.in.the.form.of.an.inspection.report.to.an.external.PC/printer.

•. Set.tolerances.on.features.

software requirements

software requirementsC-CON, INC. — (972) 726-7002 — WWW.C-CONINC.COM

Page 24: Renishaw OMP40 Probe - Installation and User's guide

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verify your software

1.. Does.your.software.have.suitable.calibration..routines.which.compensate.for.stylus.on-centre.errors?.If.not,.you.must.set.the.probe.stylus.on-centre.mechanically.

Note: Machining centre applications. When.using.probe.styli.which.are.not.on.spindle.centre,.spindle.orientation.repeatability.is.important.to.avoid.probe.measurement.errors.

2.. Does.your.software.compensate.for.probe.triggering.characteristics.in.all.measuring.directions?

3.. Does.the.software.automatically.adjust.the.program.co-ordinate.system.to.the.relevant.set-up.feature.on.the.component,.for.job.set-up.purposes?.

4.. Does.your.software.provide.protected.moves.in.the.cycles.to.monitor.for.a.collision?

Inspection cycle features

simple to use canned cycles for standard features :

. Bore/boss.

. Web/pocket.

. Single.surface.

simple to use canned cycles for optional features :

Angle.measurement.

. Vector.3.point.bore/boss.

. Vector.single.surface.

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Page 25: Renishaw OMP40 Probe - Installation and User's guide

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Probe.length.calibration

typical probe cycles for machining centresSimple.to.use.canned.cycles.for.basic.features

Stylus.ball.radius.calibration

Inspection probe collision protection

Internal.and.external.corner.find

Web.and.pocket.measure

Inspection Bore.and.boss.measure

XYZ.single.surface.position

Inspection probe calibration.Probe.XY.offset.calibration

Inspection.print-out.

COMPONENT No. 1OFFSET NO. NOMINAL TOLERANCE DEVIATION FROM COMMENTS

DIMENSION NOMINAL

99 1.5000 .1000 .0105

97 200.0000 .1000 .2054 OUT OF TOL

typical probe cycles for machining centres

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Page 26: Renishaw OMP40 Probe - Installation and User's guide

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Inspection.Bore.and.boss.(three.point)

Stock.allowance

typical probe cycles for machining centresSimple.to.use.canned.cycles.for.additional.features

Angled.web.and.pocket.measure 4th.axis.measure

Bore.and.boss.on.PCD

Feature-to-feature.measure

Angled.surface.measure

typical probe centres for machining centres

Macro.software.for.use.with.the.OMP40.is.available.from.Renishaw.for.the.majority.of.major.controller.types..Information.is.available.on.request.

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Page 27: Renishaw OMP40 Probe - Installation and User's guide

�5

Replacing batteries

Clean.and.dry.the.probe.with.a.cloth.or.paper.towel.before.removing.the.battery.cassette..Where.the.probe.has.been.exposed.to.coolant,.it.is.recommended.that.the.area.around.the.battery.cassette.is.cleaned.using.an.airline..

Replacing batteries

To.access.the.probe‘s.batteries,.remove.the.battery.cassette.by.rotating.the.securing.screw.45°.anticlockwise.(see.page.8)..

Take.care.to.avoid.damaging.the.cover.gasket..

When.inserting.the.batteries,.ensure.they.are.loaded.as.shown.(see.page.8).

take care to read the battery label as polarities are not common across manufacturers.

The.probe.is.protected.against.incorrect.loading.which.would.result.in.reversed.polarity..If.one.or.more.batteries.are.incorrectly.loaded,.the.probe.will.not.respond.

Do.not.mix.new.and.used.batteries.as.this.will.result.in.reduced.life.and.damage.to.the.batteries.

cAutIoN:. Appropriate.precautions.must.. be.taken.when.using.airlines,.in.accordance.with.local.regulations..Always.wear.eye.protection..Never.direct.the.flow.at.yourself.or.others.

!

cAutIoN:. DO.NOT.leave.exhausted… batteries.in.probe..DO.NOT.allow.coolant.or.debris.to.enter.the.battery.compartment..DO.check.correct.battery.polarity.

!

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Page 28: Renishaw OMP40 Probe - Installation and User's guide

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Always.ensure.that.the.cover.gasket.and.mating.surfaces.are.clean.and.free.from.damage.before.reassembly.

Low battery indicators

The.low.battery.warning.will.be.signalled.by.the.alternate.flashing.of.the.blue.probe.status.LED,.indicating.that.the.end.of.the.usable.battery.life.is.approaching..Simultaneously,.the.low.battery.LED.on.the.MI.12.or.OMI.will.be.lit..

Some.machine.tool.controllers.are.also.programmed.to.flag.a.low.battery.warning.to.the.user.

dead battery indicators

When.the.battery.voltage.drops.below.the.threshold.where.performance.can.be.guaranteed,.the.OMP40.probe.status.LED.will.change.to.constant.red.

The.probe.output.relay.will.also.be.forced.into.its.triggered.state,.causing.the.machine.to.stop,.until.a.new.battery.is.inserted.

Replacing batteries

typical battery reserve life

The.standard.Lithium.battery.at.typical.5.%.usage.will.enable.the.probe.to.operate.for.approximately.2.weeks.after.a.low.battery.warning.is.first.indicated.

Replace.the.batteries.as.soon.as.is.practicable.

cAutIoN:. Please.dispose.of.exhausted… batteries.in.accordance.with.local.regulations..Do.not.dispose.of.batteries.in.fire.

!

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Page 29: Renishaw OMP40 Probe - Installation and User's guide

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PRoBE stAtus LEd

LEd colour Probe status graphic hint

Unit Stand-by.mode

Flashing.green Probe.seated.in.operating.mode

Flashing.red Probe.triggered.in.operating.mode

Flashing.green.and.blue

Probe.seated.in.operating.mode.-.low.battery

Flashing.red.and.blue

Probe.triggered.in.operating.mode.-.low.battery

Constant.red Battery.dead

dimensions mm (in)

For.battery.information.see.pages.7.and.8.

Modes of operation

Z

X / Y

19.(0.75)

6.(0.24)

12.5°

Green.LED.

flashing ➤

Red.LED.

flashing.➤

stYLus ovERtRAvEL LIMIts

stylus length ±X/±Y Z

50.(1.97) 12.(0.47) 6.(0.24)

100.(3.94) 22.(0.87) 6.(0.24)

Modes of operation

12.5°

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Page 30: Renishaw OMP40 Probe - Installation and User's guide

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The.OMP40.probe.can.be.in.one.of.three.modes:

�.. stand-by mode.-.The.OMP40.uses.a.small.current,.while.passively.waiting.for.a.switch-on.signal.to.be.received.via.the.probe’s.receiving.diodes.

�.. operating mode.-.Activated.by.one.of.the.switch.on.methods.described.on.page.29..Signals.are.only.transmitted.by.the.probe.in.this.mode.showing.that.the.probe.is.now.ready.for.use.

�.. Programming mode.-.The.Trigger.Logic.programming.method.allows.a.number.of.probe.set-up.options.to.be.programmed.by.triggering.the.probe,.including.the.switch-off.options.described.on.page.29.

MI� interface unit

cAutIoN:. Systems.using.the.earlier.MI7… interface.in.place.of.the.MI.12.interface.are.not.compatible.with.OMP40.

Modes of operation

!

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Page 31: Renishaw OMP40 Probe - Installation and User's guide

�9Modes of operation

switch-on switch-off

oMP�0 Power on/off .

OMP40.optical.on/off,.only.occurs.when.the.OMP40.is.located.within.the.switch.on/off.envelope.of.the.OMM/OMI…Three.switch.on.methods.can.be.used,.all.of.which.are.optical:

�. Manual start.-.MI.12.start.button.

�. Machine start.-.optical.switch-on.via.software.M.code.command.

�. Auto start -.causes.the.system.to.send.an.optical.start.signal.once.every.second.and.does.not.require.a.machine.control.input.

Note: Auto.start.should.not.be.selected.when.the.OMP40.is.set.to.the.optical-on/optical-off.option.

Switch-off.options.can.be.changed..See.pages.32.and.35.

�. optical-on and optical-off factory set. Optical.switch-off.is.commanded.by.a.

software.M.code.

�. optical-on and timer-off (time-out).programmable optionA.timer.switch.automatically.returns.the.probe.to.the.stand-by.mode.after.either.12,.33.or.134.seconds…The.timer.is.reset.on.for.a.further.12,.33.or.134.seconds,.each.time.the.probe.triggers.during.the.operating.mode.

Note:..If.the.probe.does.not.time.out,.check.if.it.is.in.the.optical-on/optical-off.mode..

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Page 32: Renishaw OMP40 Probe - Installation and User's guide

�0 Modes of operation

Enhanced trigger circuit Enhanced start circuit

Probes.subjected.to.high.levels.of.vibration.or.shock.loads,.may.generate.trigger.signals.without.having.contacted.any.surface…The.enhanced.trigger.circuit.improves.the.probe’s.resistance.to.these.effects.

When.the.circuit.is.enabled,.a.constant.nominal.10.ms.delay.is.introduced.to.the.probe.output.

It.may.be.necessary.to.revise.the.probe’s.program.software.to.allow.for.the.increased.stylus.overtravel.during.the.extended.time.delay.

Factory.set.to.OFF.

Probes.subjected.to.particular.forms.of.light.interference.may.accept.spurious.start.signals…The.enhanced.start.filter.improves.the.probe’s.resistance.to.these.effects.

When.the.filter.is.enabled,.an.additional.2.s.delay.is.introduced.to.the.probe.activation.(switch-ON).time..

It.may.be.necessary.to.revise.the.probe.program.software.to.allow.for.the.increased.activation.time.

Factory.set.to.OFF..

Low power (battery save) mode

Where.the.separation.between.probe.and.OMM.or.OMI.is.small,.the.low.power.mode.may.be.used..In.this.mode,.the.optical.transmission.range.will.be.reduced.by.30.%,.so.battery.usage.life.will.be.extended..See.battery.life.expectancy.(page.7).

Factory.set.to.STANDARD.POWER.

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Page 33: Renishaw OMP40 Probe - Installation and User's guide

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start filter oFF

start filter oN

Reviewing current probe settings

stARt

Batteries.removed.from.probe

Insert.batteries;.note.the.LED.sequence,.which.follows.the.form.below

stARt uP sEQuENcE

Settings.review

LEd tEst sEQuENcE

The.probe.LEDs.will.always.begin.with.a.colour.test

ENHANcEd tRIggER FILtER setting

ENHANcEd stARt FILtER setting

oPtIcAL PoWER setting

stARt uP sEQuENcE coMPLEtEThe.battery.status.will.be.displayed.and.after.10.s.

the.probe.will.return.to.stand-by.mode

Reviewing current probe settings

sWItcH-oFF MEtHod setting

optical oFF

short timeout

�� seconds

Medium timeout

�� seconds

Long timeout

��� seconds

trigger filter oFF

trigger filter oN

Low Power mode

standard power mode

Battery good Battery low

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Page 34: Renishaw OMP40 Probe - Installation and User's guide

�� changing probe settings

changing probe settings

Probe.settings.can.be.configured.using.Trigger.

Logic.

1.. Insert.batteries.or.if.already.inserted,.remove.for.5.seconds.and.replace.

2.. Following.the.LED.check,.deflect.the.stylus.and.hold.deflected.until.5.red.flashes.occur.at.end.of.the.review.sequence.

Notes:..If.battery.power.is.low.then.each.of.the.5.red.flashes.will.be.followed.by.a.blue.flash..See.‘Probe.settings’.for.further.details.

3.. The.probe.is.now.in.configuration.mode.and.will.flash.the.current.switch.off.method..Trigger.Logic.is.now.active.enabling.probe.settings.to.be.changed.as.shown.on.next.page.

Note: Settings.are.saved.as.they.are.changed.

KEY

Deflect.stylus.for.less.than.4.seconds

Deflect.stylus.for.more.than.4.seconds

Leave.stylus.untouched.(for.period.shown)

>20.sec

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Page 35: Renishaw OMP40 Probe - Installation and User's guide

��changing probe settings

to cHANgE sWItcH oFF MEtHod

oPtIcALoFF

sHoRt tIMEout �� seconds

MEdIuM tIMEout �� seconds

LoNg tIMEout

��� seconds

>20.sec

NEW sEttINgs coMPLEtE

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Page 36: Renishaw OMP40 Probe - Installation and User's guide

�� changing probe settings

to cHANgE ENHANcEd tRIggER FILtER sEttINg

tRIggER FILtER

oFF

tRIggER FILtER

oN

ENHANcEd stARt FILtER

stARt FILtER

oFF

stARt FILtER

oN

>20.sec NEW sEttINgs coMPLEtE

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Page 37: Renishaw OMP40 Probe - Installation and User's guide

�5changing probe settings

to cHANgE oPtIcAL PoWER

LoW PoWER ModE

stANdARd PoWER ModE

stand-by mode

In.stand-by.mode.the.OMP40.is.waiting.for.a.switch.on.signal..LEDs.are.not.lit.unless.the.battery.is.‘dead’..(see.Modes.of.operation.-.probe.status.LEDs,.for.further.information).

Review current probe settings

It.is.recommended.that.settings.are.reviewed.after.programming.

settings record table

For.quick.reference.Renishaw.suggest.you.record.your.settings.on.the.table.at.back.of.this.User’s.guide..

These.will.be.needed.if.the.probe.is.replaced.

Return.to‘to cHANgE

sWItcH-oN MEtHod’

>20.sec

NEW sEttINgs coMPLEtE

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Page 38: Renishaw OMP40 Probe - Installation and User's guide

��

service and maintenance

Although.Renishaw.probes.require.little.

maintenance,.the.performance.will.be.adversely.

affected.if.dirt,.chips.or.liquids.are.allowed.to.

enter.the.sealed.working.parts..Therefore.keep.all.

components.clean.and.free.from.grease.and.oil.

sAFEtY

sWItcH PoWER oFF WHEN WoRKINg INsIdE ELEctRIcAL coMPARtMENts

Clean.using.a.dry.or.dampened.cloth..The.OMP40.

is.sealed.against.fluids.

Periodically.check.cables.for.signs.of.damage,.

corrosion.or.loose.connections.

service and maintenance

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Page 39: Renishaw OMP40 Probe - Installation and User's guide

��

Fault finding — If in doubt, consult your probe supplier.

Fault-finding

Probe fails to switch on Probe stops in mid cycle

symptom Action

Probe.is.already.. If.necessary.switch.switched.on.. probe.off.

Dead.batteries.. Change.batteries.

Batteries.installed.. Check.battery..incorrectly.. installation.

Probe.out.of.range/. Check.alignment.and.not.aligned.with. if.OMM/OMI.fixing.is.OMM/OMI.. secure.

Beam.obstructed.. Check.if.OMM/OMI.. window.is.clean/.. remove.obstruction.

OMM/OMI.signal.too.. See.performance.weak.. envelope..See.pages.9… and.10.

No.OMI.start.signal.. See.OMI.installation… and.user’s.guide.–… H-2000-5062.

No.power.to.MI.12.or.. Check.if.stable.24.V.OMI.. supply.is.available… Check.connections.and.. fuses.

symptom Action

Beam.obstructed.. Check.OMM/MI.12.error.. LED..Remove.. obstruction.

Damaged.cable.. Check.cables.

Power.supply.lost.. Check.power.supply.

Probe.unable.to.find. Part.missing.or.out.of..target.surface.. position.

Probe.false.triggers.. Enable.enhance.trigger.. filter.

MI �� power low battery LEd remains illuminated

symptom Action

Dead.batteries.. Change.batteries.

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Page 40: Renishaw OMP40 Probe - Installation and User's guide

�� Fault-finding

Probe crashes Poor probe repeatability

symptom Action

Inspection.probe. When.two.systems.are..using.tool.setting. active,.isolate.tool.probe.signals.. setting.probe.

Workpiece.obstructing. Review.probe.software..probe.path.

Probe.length.offset.. Review.probe.software…missing.

symptom Action

Debris.on.part.. Clean.part.

Tool.change. Verify.probe..repeatability.poor.. repeatability.using… single.point.move.

Loose.mounting.of. Check.and.tighten.as.probe.on.shank/loose. appropriate..stylus.

Excessive.machine. Switch.on.enhanced.vibration.. trigger.circuit..Eliminate.. vibration.

Calibration.and.update. Review.probe.software..of.offsets.not.occurring.

Calibration.and.probing. Review.probe.software..speeds.not.the.same.

Calibrated.feature.has. Check.position..moved.

Measurement.occurs. Review.probe.software..as.stylus.leaves.surface.

Probe status LEd fails to illuminate

symptom Action

Batteries.installed. Check.battery.incorrectly.. installation.

Probe status LEd remains continuously illuminated, or flashes spuriously

symptom Action

Battery.voltage.below. Replace.batteries..usable.level.

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Page 41: Renishaw OMP40 Probe - Installation and User's guide

�9Fault-finding

Poor probe repeatability continued Probe stops in mid cycle

symptom Action

Probing.occurs.within.. Review.probe.software..the.machine’s.acceleration.and.deceleration.zones.

Probe.feedrate.too. Perform.simple..high.. repeatability.trials.at… various.speeds.

Temperature.variation. Minimise.temperature..causes.excessive. changes..Increase.machine.and. frequency.of.calibration..workpiece.movement.

Machine.has.poor. Perform.health.check.repeatability.due.to. on.machine..loose.encoders,.tight.slideways.and/or.accidental.damage.

symptom Action

Probe.in.Time.Out.. Wait.a.minimum.134.s.mode.. for.probe.to.switch.off.

Probe.placed.in. Use.lighter.styli..Review.carousel,.during.Time. use.of.Time.Out.mode.Out.mode.can.be.reset. (activate.trigger.filter)..by.carousel.activity.

Probe.is.inadvertently. Check.positioning.of.switched.on.by.OMM/. OMM/OMI..Reduce.OMI.when.using.auto-. OMM/OMI.signal.start.. strength.

No.line-of-sight. Ensure.line-of-sight.is..between.probe.and.. maintained..OMM/OMI.(optical.ON/.optical.OFF.only).

Probe.is.regularly.. Enable.enhance.start.falsely.switched.on.by. filter..light.interference.

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Page 42: Renishaw OMP40 Probe - Installation and User's guide

�0 Fault-finding

Probe is transmitting spurious reading Probe is transmitting spurious reading cont.

symptom Action

Damaged.cables… Check.and.replace… cable.if.damage.is… found.

Electrical.interference.. Move.transmission… cables.away.from.other…. cables.carrying.high… currents.

Optical.interference. Reduce.optical.power..from.other.systems.. see.page.30..Adjust.. OMM/OMI.range… settings.

System.malfunction.or. Ensure.there.are.no.arc.inducing.intermittent. welders,.stroboscopes.errors.. or.other.high.intensity.. light.sources.in.close.. proximity.to.the.probe… system… Electrically.isolate.OMM… from.the.machine.to.. prevent.any.possibility… of.earth.loop.

symptom Action

Poorly.regulated.. Ensure.power.supply.is.power.supply.. correctly.regulated.

Excessive.machine. Switch.on.enhanced.vibration.. trigger.circuit..Eliminate… vibration.

Loose.mountings.or. Check.and.tighten.loose.styli.. connections.

MI �� power LEd fails to illuminate with power on

symptom Action

Faulty.electrical.. Check.all.connections..contact.

Fuse.blown.. Investigate.cause… Locate.and.replace… blown.fuse.

Incorrect.power.supply.. Ensure.power.supply.. is.24.Vdc.

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Page 43: Renishaw OMP40 Probe - Installation and User's guide

��Parts list

Parts list — Please quote the Part No. when ordering equipment.

type Part No. description

OMP40/OMM/MI.12

OMP40/OMI

OMP40

Battery

Stylus

Styli

TK62

OMM

OMI

Mtg.brkt

A-2033-1126

A-2115-0032

A-4071-0001

P-BT03-0007

A-5000-3709

A-4071-0060

A-2033-0576

A-2115-0001

A-2033-0830

OMP40.probe.with.batteries,.stylus,.OMM,.OMM.mounting..bracket,.MI.12.interface.unit.and.tool.kit.

OMP40.probe.with.batteries,.stylus,.OMI,.OMI.mounting.bracket.and.tool.kit.

OMP40.probe.with.batteries.and.tool.kit.

½AA.batteries.(pack.of.2).

PS3-1C.ceramic.stylus.50.mm.long.with.Ø6.mm.ball.

For.complete.listing.see.Renishaw.Styli.guide.(part.no……………H-1000-3200).

Probe.tool.kit.comprising:.Ø1.98.mm.stylus.tool,.2.0.mm.AF..hexagon.key,.shank.grub.screws.(x6).

OMM.complete.with.cable.Ø4.85.mm.x.25.m.(Ø0.19.in.x..82.ft).

OMI.complete.with.cable.Ø4.35.mm.x.8.m.(Ø0.17.in.x..26.25.ft).

OMM/OMI.mounting.bracket.with.fixing.screws,.washers.and.nuts.

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Page 44: Renishaw OMP40 Probe - Installation and User's guide

�� Parts list

type Part No. description

MI.12.

MI.12-B

Mounting.kit

PSU3

Software

Shank

Shank.adaptor.assembly

Battery.cassette

Cassette.seal

Pull-up.cone.assembly

A-2075-0142

A-2075-0141

A-2033-0690

A-2019-0018

A-4071-0031

A-4071-1166

A-4038-0301

A-4071-0094

MI.12.interface.unit.

MI.12.interface.board.

Panel.mounting.kit.for.MI.12.interface.unit.

PSU3.power.supply.unit.85-264.V.input.

Probe.software.for.machine.tools.-.see.Data.sheet.H-2000-2289.

See.data.sheet.H-2000-2011.taper.shanks

Adaptor.assembly.for.mounting.to.MP10,.MP12,.MP700..shank.

Probe.battery.cassette.assembly.

Battery.housing.seal.

Replacement.pull-up.cone.for.attachment.to.OMP40.shanks.

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Page 45: Renishaw OMP40 Probe - Installation and User's guide

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Page 46: Renishaw OMP40 Probe - Installation and User's guide

Renishaw plc New Mills, Wotton-under-Edge, Gloucestershire, GL12 8JR United Kingdom

T +44 (0)1453 524524 F +44 (0)1453 524901 E [email protected] www.renishaw.com

For worldwide contact details, please visit our main website at www.renishaw.

com/contact

*H-2000-5022-05*

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