LEITZ REFERENCE XECoordinate measuring machine and gear inspection centerVersion 2014-9

TECHNICAL DATA

Controller B5

Protection class IP 54

Operating voltage 230 V, ±10 %, 50 - 60 Hz; P, N, PE

Power requirement 1.4 kVA

Power consumption 0.6 KVA

Rated current 6 A

Recommended main fuse 16 A

Technical Data

Description Accuracy and high speed universal measuring machine in moving bridge design. Under the Leitz brand Hexagon Metrology GmbH offers measuring systems of the highest accuracy level, developed and produced in Wetzlar, Germany.

Applications

Coordinate measurements Inspection of any kind of parts and geometries. Measurements for research and development as well as for manufacturing. CMMs for quality control centers and in-line shop floor inspection.

Gear inspection For small and medium gear diameters of up to 650 mm. Capable of measuring gears, gear segments and gear racks. No rotary table required.

Form testing Quality control of industrial form tolerances - roundness, cylindricity, flatness, straightness, profile form and 2D/3D surfaces.

Design

Frame Moving bridge design with patented TRICISIONTM technology.

Guide ways Granite table with integrated dove tail guide. Air bearings in all axes.

Drives Servo motors with steel-enforced belt drives in all axes.

Length measuring system High resolution steel scales with electro-optical transducers.

Resolution 0.02 µm

Temperature compensation Automatic temperature compensation for scales and work piece.

Damping system Elastomer dampers (optional for Leitz Reference Xe 10.7.6: active pneumatic damping).

Electronics and Safety

Electronics control Modern microprocessor controller in a service-friendly, modular design with integrated monitoring. Worldwide remote diagnostics through Hexagon Metrology via internet connection possible (optional).

Safety standard GS certificate; CE-conform with machine directive (2006/42/EG), EMI-directive (2004/108/EG).

Supply Specification

Air supply Pressure ≥ 0.55 MPa (5.5 bar)

Consumption ca. 79 Nl/min

Quality Class 4 acc. ISO 8573, part 1

Options • Automatic styli changer

• Automatic changeable Workpiece Temperature Sensor for Leitz Reference Xe 10.7.6

• Manual and automated part loading systems

• Rotary table, integrated or „on top“

• Climate controlled room

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Technical Data - Probeheads

Leitz Probe System HP-S-X5 HP-S-X3C HH-A-T5/ HH-A-T7.5 HP-S-X1C HP-S-X1S/H

Measuring method Leitz Pathfinder Technology:

3D Self-Centering Variable High-Speed-Scannng (VHSS) Tag Scan, Scan Catch, 4-Axis Scan

Max. data rate scanning 1000 points/s

Probing force 0.1 to 1.2 N 0.1 to 0.6 N 0.1 to 0.6 N 0.1 to 0.6 N

Max. stylus length 500 mm 360 mm (Xe 7.5.5 & Xe 15.9.7) HP-S-X1H 20 - 115 mm 20 - 225 mm 180 mm (Xe 10.7.6) HP-S-X1H 20 - 225 mm cranked styli up to 50 mm

cranked styli up to 50 mm

Max. stylus weight 500 g 150 g 33 g 33 g

Smallest tip diameter 0.3 mm 0.3 mm 0.3 mm 0.3 mm

100

109

Ø 30

Ø 2578

Ø 64

Ø 53

Ø 18

8979,2

5

11,5

Ø 92

Ø 84Ø 60

Ø 22

191

25,6

Leitz Reference Xe | Version 2014-9 3

standard optional

Reference Xe 7.5.5

Reference Xe 10.7.6

Reference Xe 15.9.7

Leitz Reference Xe 7.5.5 10.7.615.9.7

Measuring Error MPE in µm

according to ISO 10360-2 (2010)Temperature

range

Volumetric length measuring error (1) E0 18°-22°C 1.4 + L / 350 1.4 + L / 350

E150 1.4 + L / 350

E0 16°-26°C 1.6 + L / 300 1.6 + L / 300

E150 1.6 + L / 300

Repeatability range (2) R0 0.9 0.9

according to ISO 10360-4 (2000)

Single stylus form error, scanning (3) THP 2.2 / 45s 2.4 / 45s

according to ISO 10360-5 (2011)

Single stylus form error (2) PFTU 1.4 1.4

Multi styli form error ( 4) PFTM 3.0 3.0

Multi styli size error ( 4) PSTM 1.5 1.6

Multi styli location error ( 4) PLTM 2.3 2.3

according to ISO 12181

Form measurement error (5) RONt 1.6 1.6

Permitted Environmental Conditions

Temp. gradient per hour/day/meter (extended temperature range) 1 / 2 / 1 K (1 / 5 / 1 K)

Relative air humidity 30 % – 70 %, not condensing

Throughput

Max. probing frequency 35 Scores/ min

Max. acceleration 4000 mm/s2

Max. positioning speed 520 mm/sec

(1) E0, E150 and R0 are valid for a length gauge with an uncertainty of calibration of ≤ 0,08 + 0,3 x L/1000. for a length gauge with a calibrated coefficient of expansion (CTE) between 8 x 10-6/K and 13 x 10-6/K. (1) (2) E0, E150 and PFTU are valid f or Leitz styli from ø 3 x 35 mm up to ø 8 x 130 mm, without extension; anywhere in the measuring volume. (for Leitz Reference Xe with HP-S-X1 ø 5 x 50 mm).(3) THP is valid for a Leitz stylus ø 5 mm, L = 80 mm.(4) PFTM,PSTM and PLTM are valid for 5 Leitz styli ø 5 mm, L = 80 mm - not valid for TESASTAR. To be tested near the reference sphere.(5) RONt (MZCI) for a Leitz stylus ø 5 mm, filter 50 W/U, with precision calibration. Verification with QUINDOS only. Form measurement error (roundness) at a ø 50 mm ring gauge, in scanning mode, acc. to EN ISO 12 181 (VDI/VDE 2617, part 2.2)

Specifications for acceptance test with ball plates on request.Specifications are valid only with original Leitz accessories.

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Specifications

150

Measuring Ranges

Permitted Table Load Xe 7.5.5: 227 kg Xe 10.7.6: 900kg Xe 15.9.7: 1500kg

Leitz Reference Xe | Version 2014-9 5

ISO 10360

A precision sphere has to be scanned with 4 defined lines. THP is the range of all radii.THP = Rmax - Rmin = sphere form, scanning.

A sphere is measured with 5 styli (fixed probe head) or with 1 stylus in 5 orientations (articulating PH) with 5 x 25 probings. Form, size and location error over 125 points.

A ring gauge, ø 50 mm, is measured in scanning mode, with high point density. The range of radial distances is then evaluated on a calculated Tschebyscheff-circle.

5 gauges have to be measured 3 times with one probing at each end, in 7 different directions. All measuring results must be within »E0«.

5 length gauges have to be measured 3 times in the YZ- or XZ plane with opposite styli, mounted 150 mm off the Z spindle axis.

A precision sphere has to be measured with 25 probings. PFTU is the range of all radii. PFTU = Rmax - Rmin = sphere form.

Single stylus Form error, scanning Multi styli errors Form measurement error (2D) THP (also: „Scanning probing error“) Form PFTM, Size PSTM, Location PLTM RONt (MZCI)

Volumetric length measuring error Volumetric length measuring error Single stylus Form errorE0 E150 PFTU

Measuring Ranges (X x Y x Z)

Probe System Xe 7.5.5 Xe 10.7.6 Xe 15.9.7

HP-S-X5 1000 x 700 x 580 mm 1500 x 900 x 690 mm

HP-S-X3C 700 x 500 x 500 mm 1000 x 700 x 600 mm 1500 x 900 x 700 mm

HP-S-X1C 700 x 500 x 480 mm

HP-S-X1S/H* 700 x 500 x 550 mm 1000 x 700 x 650 mm 1500 x 900 x 760 mm

*HP-S-X1S/H + HH-A-T5/ HH-A-T7.5

Reference / de / 2008-05-08

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Gear Inspection

Gear Measuring Capability

Cylindrical gears Spur, helical, double helical, splines (internal and external)Clutch gears internal and externalGear segments minimum no. of teeth: 1Gear racksBevel gears Straight bevel, spiral bevel, hypoid bevel, crown gearsCouplings Curvic, HirthEvaluation standards DIN, ISO, AGMA, ANSI, JIS, CNOMO, CATAvailable interfaces Gleason GAGE 4/WIN, Klingelnberg KIMOS, DMG Mori, Depo

Inspection Methods

Measuring principle 3-Axes, gear fixed anywhere in the measuring volume. No rotary table required. Profile and flank inspection with Variable High-Speed-Scanning with involute path control.

Alignment of the gear axis Vertical or horizontal

Max. no. of gears on pallet Not limited, depending on gear diameter and machine measuring range.

Available Software Modules for Gear Inspection

• Cylindrical gear • Straight bevel gear • Shaving gear • Cylindrical worm

• Unknown gear • Spiral bevel gear • Shaper cutter • Worm wheel

• Gear gauges • Hob cutter • Broach • Globoid worm

• CAT gear • Form cutter • Sprocket / chain wheel • Curvic couplings• Hirth couplings

Gear related Specifications

Max. gear weight see permitted table load, page, page 5.Module range 0.5 – 100 mmMax. gear width 500 mm (Xe 7.5.5), 590 mm (Xe 10.7.6), 700 mm (XE 15.9.7)Max. shaft length 700 mm (Xe 7.5.5), 1000 mm (Xe 10.7.6), 1500 mm (Xe 15.9.7)Spiral angle 0° – 90°Machine accuracy Group 1 according to VDI/VDE 2612/2613, page 1 and 2Min. Gear ø not limitedMax. Gear ø, external [mm]

(1)depending on module and styli configuration

150, depending on module

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7.5.5 10.7.6 15.9.7

Spur gear 450 650 850

Helical gear (1) 300 450 600

2000

1000

2000

500

Above room layout shows the recommended minimum clearance and is for reference only. Individual room designs may differ.

soaking area

Measuring Room and Dimensions

Leitz Reference Xe | Version 2014-9 7

soaking area

Modell Probe System Length [mm]

Width[mm]

Height (1)

[mm]T-Height (1)

[mm] Clearance A

[mm]Clearance B

[mm]Weight

[kg]

7.5.5 HP-S-X3/X1C/X1H+ HH-A-T5/HH-A-T7.5 1480 1050 2431 800 633 30/28/95 620

10.7.6 HP-S-X5/X3C/ X1H+ HH-A-T5/HH-A-T7.5 1910 1250 2700 700 827 29/90/72 1300

15.9.7 HP-S-X5/X3C/ X1H+ HH-A-T5/HH-A-T7.5 2800 1560 3070 700 1030 32/90/72 2600

A

B

90

WidthLength

T-H

eigh

t

Hei

ght

Dimensions in mm

ISO 14001 ISO 9001 VDA 6.4

PORTABLE MEASURING ARMSLASER TRACKERS & STATIONS

WHITE LIGHT SCANNERS

BRIDGE CMMS

ULTRA HIGH ACCURACY CMMSGANTRY CMMS MULTISENSOR & OPTICAL SYSTEMS

HORIZONTAL ARM CMMS

PRECISION MEASURING INSTRUMENTS

SOFTWARE SOLUTIONSSENSORS

Hexagon Metrology offers a comprehensive range ofproducts and services for all industrial metrologyapplications in sectors such as automotive, aerospace,energy and medical. We support our customers withactionable measurement information along the completelife cycle of a product – from development and designto production, assembly and final inspection.

With more than 20 production facilities and 70 PrecisionCenters for service and demonstrations, and a networkof over 100 distribution partners on five continents, weempower our customers to fully control their manufacturingprocesses, enhancing the quality of products and increasingefficiency in manufacturing plants around the world.

For more information, visitwww.hexagonmetrology.com

Hexagon Metrology is part of Hexagon (Nordic exchange:HEXA B). Hexagon is a leading global provider of design,measurement and visualisation technologies that enablecustomers to design, measure and position objects,and process and present data.

Learn more at www.hexagon.com

© 2014 Hexagon Metrology GmbH. Part of Hexagon

Due to continuing product development, Hexagon MetrologyGmbH reserves the right to change product specifications without prior notice.

Version 2014-9. Printed in Germany. September 2014

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