0.5” Tooling BallReflector TBR

Prism in spherical housing withcollar for guaranteed precisemeasurements Applied for:– Static measurements– Automated inspection

0.5” Tooling BallReflector TBR

Prism in spherical housingwithout collar for wider accep-tance angle while tracking Applied for:– Static measurements– Automated inspection

Cateye

75 mm reflector in sphericalhousing with largest accep-tance angle Applied for:– Robot and machine

applications– dynamic and static

measurements

Surface Reflector

Plane mirror with beam-display-grid for easy alignment to beamBuilt-in CCR 1.5" Exchangeable pinpointand ruby ball styliHandle with safety cordApplied for:– Direct distance measurement

to surface (no offset)

0.5” Corner CubeReflector CCR

Air path corner cube inspherical housing with largeracceptance angleApplied for:– Static measurements– Automated inspection

Handle for TBRand CCR 0.5“

For convenient handling of reflectorsErgonomic gripMagnetic insert at tip

Mounting of reflector holder maybe straight or at right angle

Leica Laser Tracker - Making Metrology Mobile

Laser Tracker Accessories in All Dimensions

1.5” Corner CubeReflector CCR

Air path corner cube inspherical housingReplacement program forbroken reflectors availableApplied for:– Standard applications– Dynamic and static

measurements

Manipulator forTBR and CCR 0.5“

For convenienthandling in restricted spaceSmall, light weight Magnetic insert at tipDoes not roll on horizontalsurface due to hexagonal rim

0.5” Reflector forfixed installation RFI

Aluminum housing, blueanodizedApplied for:– Fixed installation– Repeatability test– Relative measurements– Deformation measurements

Leica Lanyardset for 1.5” CCR

For safe handling of 1.5” spherereflectorsEasy to mount with half circlegripAdjustable reflector directionwithin gripGrip with handle or lanyard

Customizedsupports

With and without shanks Various adapter sizesMagnetic insertFor flexible adaptationto measurement tasks

Please ask for separateinformation on supports

StandardReflector Kit

Carrying case for:

1x TBR 0.5” with collar3x Bird bath adapter for TBR 0.5"1x Corner Cube reflector CCR 1.5"1x Reflector Support for CCR 1.5"1x Handle for TBR 0.5”

Acceptance Angle and UsableSphere Surface

The reflectors have differ-ent clear acceptance anglesdue to their design. The ac-ceptance angle correspondsto twice the incidenceangle. Laser beams enter-ing prisms at an angle tothe center line cause dis-tance and lateral errors (seechart). Therefore the accep-tance angle is specified fora given positional accuracy.The collar on the TBR575770 prevents beams

Headquarter Leica Geosystems AG, Mönchmattweg 5, CH-5035 Unterentfelden, Switzerland, Phone +41 62 737 67 67, Fax +41 62 723 07 34, www.leica-geosystems.com/metrology

Regional Contacts The Americas, Phone +1 800 367 9453 Canada, Phone +1 416 497 2460 China, Phone +85 225 642 299 Germany, Phone +49 89 149810 0

France, Phone +33 1 30 09 17 00 India, Phone +91 124 5122222 Italy, Phone +39 02 52 53 51 Japan, Phone +81 3 5940 3050 Korea, Phone +82 2 598 1919

Spain, Phone +34 93 494 9440 United Kingdom, Phone +44 190 825 6500 Scandinavia, Phone +46 31 340 99 55 Singapore, Phone +65 776 9309

Dealers and Distributors Phone +41 62 737 67 67

Art No Type Diameter Material Max. Acceptance Usable sphere Centering Shape ADM distance Weightof ball of sphere angle surface of optics offset

573 510 CER, Cateye reflector 75 mm steel, ≤ ± 60˚ 230˚ ≤ ± 0.01 mm ≤ 0.01 mm 59.11 mm 730 g± 0.05 mm surface ± 0.03 mm 25.7 oz

For dynamic use hardened

575 829 CCR, air path 1.5" stainless ≤ ± 30˚ 278˚, no holes ≤ ± 0.01 mm ≤ 0.005 mm 0 mm 170 g38.1 mm steel, or flat spots ± 0.01 mm 6.0 oz

For dynamic use ± 0.01 mm surfacehardened

575 769 TBR without collar, 0.5" steel, ≤ ± 50˚, up 262˚, possible ≤ ± 0.01 mm ≤ 0.01 mm 5.3 mm 5 gprism 12.7 mm surface to 15˚ error restriction due ± 0.03 mm 0.18 oz

For static use ± 0.01 mm hardened ≤ 0.01 mm to flat spots

575 770 TBR with collar, 0.5" steel, ≤ ± 22˚, up 262˚, possible ≤ ± 0.01 mm ≤ 0.01 mm 5.3 mm 5 gprism 12.7 mm surface to 15˚ error restriction due ± 0.03 mm 0.18 oz

For static use ± 0.01 mm hardened ≤ 0.01 mm to collar

575 759 CCR, air path 0.5" steel, ≤ ± 30˚ 262˚, possible ≤ ± 0.01 mm ≤ 0.01 mm 0 mm 5 gFor static use 12.7 mm surface restriction due ± 0.01 mm 0.18 oz

± 0.01 mm hardened to flat spots

575 848 Reflector for fixed 0.5" Aluminium, ≤ ± 50˚ (262˚) n.a. n.a. 5.3 mm 4 ginstallation, prism surface blue n.a. 0.14 oz

For static use anodized(Package of 5)

All reflectors are optimized for measurements with absolute distance meter ADM

n.a. = not applicable

7325

31 –

IX.

2002

D

escr

iptio

ns a

nd te

chni

cal d

ata

are

not b

indi

ng a

nd m

ay b

e ch

ange

d w

ithou

t not

ice.

New Perspectives in Reliable Precision

Leica Surface Reflector

· A Titanium made Surface Reflectormeasures deep locations with a40 mm stand off with significantlyincreased thermal stability.

· Beam display grid prevents opera-tor from breaking the beam, whichincreases ease of use andproductivity.

· Compatible with absolute distancemeter: Optics of surface reflectorare equipped with Leica ADM com-patible optical coating, whichensures highest accuracy.

entering the prism at anangle of > 22˚.The Cateye offers thewidest acceptance angleand avoids distance errorsdue to its optical lay out.Also air path or hollowcorner cube reflectors donot exhibit any deflectionas the rays do not pass aglass body.

In order to have a large in-clination range of the re-flector without breaking thebeam too early, the usablesphere surface should be

-0.1

0.0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0˚ 5˚ 10˚ 15˚ 20˚ 25˚ 30˚ 35˚ 40˚ 45˚ 50˚

Devia

tio

n [

mm

]

Incidence angle

Rest

rict

ion

thro

ugh

colla

r

TBR: lateral deviation

TBR: distancedeviation

CCR 0.5": lateral or distance deviation

Deviations in Relation to Incidence Angle

The different ranges for both criteria are shown in the drawing

Construction Details and Specifications of Leica Surface Reflector

Acceptance Angle 40˚

Minimum Beam Angle to object surface 10˚

Probe tip standoff 40 mm (1.6”)

Point accuracy

– stylus with ruby ball < ± 0.020 mm (0.0008”)

– stylus with pinpointorthogonal < ± 0.020 mm (0.0008”)inclined up to < ± 0.20 mm (0.008”)

depending on size of inclination

Reproducibility ± 0.015 mm (± 0.0006”)

Size 11 x 7 x 7.7 cm (4.3 x 2.7 x 3.0”)

Weight 535 g (18.9 oz)

Mirror coating optimized for Leica Tracker ADM

Interchangeable styli 3 mm (0.12”) ruby ballhardened pinpoint

Material of styli hardened steel, stainless

CenterlineIncidenceangle

Usable sphere surface

large. This situation has beenoptimized with the CCR 1.5”.

Beam