DATA SHEET GLOBAL EVO. Bridge Coordinate Measuring Machines

Transcription

1 DATA SHEET GLOBAL EVO Bridge Coordinate Measuring Machines

2 GLOBAL EVO , , : Specifications Scanning probe heads HP-S-X5 / X3C, Articulating head with HP-S-X1 scanning probe. Max. Permissible Error MPE (µm) and Max. Permissible Limit MPL (µm) according to ISO :2009 Volumetric length measuring error (18 C 22 C) 1) MPE(E0/E150) 1.3+L/333 Volumetric length measuring error (16 C 26 C) 1) MPE(E0/E150) 1.6+L/250 Repeatability range MPL(R0) 1.2 Max. Permissible Error MPE (µm) according to ISO :2010 Single stylus form error MPE(PFTU) 1.3 Max. Permissible Error MPE (µm) and Max. Permissible Time MPT (s) according to ISO : 2000 Single stylus form error, scanning 3) MPE(THP)/MPT(t) 2.0/35 MPE(THP)/MPT(t) 2.3/25 Single stylus form error, scanning 3) MPE(THN)/MPT(t) 2.0/50 ISO : 2011 (VDI/VDE 2617 part 2.2) Form measurement error (µm) 3) RONt (MZCI) 1.4 Articulating head with TP200 trigger probe. Max. Permissible Error MPE (µm) and Max. Permissilbe Limit MPL (µm) according to ISO :2009 Volumetric length measuring error (18 C 22 C) 1) MPE(E0/E150) 1.7+L/333 Volumetric length measuring error (16 C 26 C) 1) MPE(E0/E150) 1.9+L/250 Repeatability range MPL(R0) 1.7 Max. Permissible Error MPE (µm) according to ISO :2010 Single stylus form error MPE(PFTU) 1.7 Throughput and Dynamics Max. probing frequency (with scanning probes) Max. 3D Speed 3) 1000 points/s 860 mm/s Max. 3D Acceleration 4300 mm/s 2 Performance test according to the following specifications Standard Temperature Extended Temperature Ambient temperature 18 C 22 C 16 C 26 C Max. air temperature variation 1 C/h - 2 C/24h 1 C/h - 5 C/24h Max. gradient in space 1 C/m 1 C/m Probe Configuration: HP-S-X3C/X5: stylus length 60 mm, tip diameter 5 mm HP-S-X1S/H: stylus length 50 mm, tip diameter 5 mm TP200: Standard force module, stylus length 10 mm, tip diameter 4 mm 1) MPE(E0/E150) specifications are to be formally understood as MPE(E0/E150)* for the case where non-normal CTE material calibrated test lengths are used. Length unit measure (L) in mm. 2) MPE(THP/THN) and MPT(t): test sphere placed in the centre of measuring volume 3) RONt test on Ø 50 mm ring gauge. Ring axis parallel to machine vertical axis, gauge placed in the centre of measuring volume 4) Speed reduction may apply to meet specific customer and/or local safety requirements 2 GLOBAL EVO 09.xx.08 DS CMM 040/00 - EN - 10/15

3 GLOBAL EVO , , : Overall Dimensions Y HP-S-X5 HP-S-X3C HH-AS8-T2.5 Z 110 PH 936 LZ SY1 SY2 70 X PY LY D D HH-AS8-H2.5 CMM Ram Models Measuring Range Overall Dimensions X Y Z (5) LY LZ Surface Plate Supports PH PY SY1 SY2 Thd Insert D1 Max. Part Weight (kg) CMM Weight approx. (kg) ( 5 ) With HP-S-X5 probe head, Z travel = 665 mm 3 GLOBAL EVO 09.xx.08 DS CMM 040/00 - EN - 10/15

4 Probe Heads and Sensors Technical Characteristics HP-S-X5 HP-S-X3C Resolution Measuring range Overtravel range Linear stiffness Stylus joint Max. stylus weight Max. stylus length <0.1 µm ± 1 mm in all axes ± 2 mm in all axes 5 N/mm M5 500 g 500 mm <0.1 µm ± 1 mm in all axes ± 1.25 mm in all axes 5 N/mm M5 150 g 360 mm Technical Characteristics Angular rotation Indexing angle Rotation speed Positioning repeatability (6) Max. applied torque Max. extensions length HH-AS8-T2.5 Indexable Probe Head A axis: ±105 B axis: ± in 2.5 seconds 0.5 μm 1.4 Nm 450 mm HH-AS8-H2.5 Indexable Probe Head A axis: ±180 B axis: ± in 2.5 seconds 0.5 μm 1.7 Nm 750 mm (6) at 100mm from the centre of A axis rotation Technical Characteristics Mechanical Frame: Surface Plate: Sliding System: Measuring System: X: Micromachined anodized light alloy extrusion Y: Integral dovetail guideways, machined into the table Z: Micromachined anodized light alloy extrusion Material: Granite; Part Locking: threaded inserts M8 x 1.25; Flatness: according to DIN 876/III Air bearings on all axes METALLUR linear scales. System Resolution: μm Temperature Compensation: Multisensor Temperature Compensation Technology, C Ram Counterbalance: Controller: Pneumatic, adjustable DC800, protection IP54 Customer Supply: Consumption: Power: 100/120/220/240 V ± 10% - 50/60 Hz KVA Air: 0.5 MPa minimum - Class 4 according to ISO 8573/1 Power: 0.5 KVA Air: 90 Nl/min Operating Specifications: Ambient temperature: C Relative humidity: 20% - 90 % non-condensing Probe Heads and Sensors: HP-S-X5; HP-S-X3C HH-AS8-T2.5 / HH-AS8-H2.5 with HP-S-X1 or TP200 4 GLOBAL EVO 09.xx.08 DS CMM 040/00 - EN - 10/15

5 GLOBAL EVO: Technology Inside compass Gaining speed without compromise The patent-pending Compass technology is the foundation of GLOBAL EVO s performance. Compass is an advanced and innovative system which uses physical hardware components and enhanced firmware algorithms to reduce and compensate for the CMM s intrinsic vibrations and any impact on results. Elastic joints between the drive system and the frame prevent the transmission of the machine s vibrations, while advanced firmware algorithms mitigate any residual effects from the machine motion. Users can therefore achieve optimum throughput during scanning measurements, without compromising on accuracy. Although Compass technology was designed to ensure that GLOBAL EVO maintains optimum accuracy at the highest scanning speeds, its integration also results in improved performance for all kinds of inspection including point-to-point touch trigger measurements. scan PILOT Guiding the CMM through the unknown Scanning of unknown paths can often be challenging and time-consuming. The advanced firmware algorithms of Scan Pilot offer greater motion control capabilities that ensure robust scanning performance however complex the geometry or abrupt the surface changes. Performance Verification Gliding smoothly through the measurements Fly2 Mode further optimises machine motion and minimises idle times so that the machine glides smoothly through its movement trajectories. As a result, program execution times are decreased considerably. MPE(E0) : maximum permissible error of length measurement MPL(R0): maximum permissible limit of the repeatability range MPE(E150): maximum permissible error of length measurement 5 gauges have to be measured 3 times with one probing at each end, in 7 different directions. All measuring results must be within MPE(E0). Extreme value of the repeatability range of the length measurement error, calculated by three repeated measurements on each size for a total of 35 values. The 35 repeatability range results must be within MPL(R0). 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. All measuring results must be within MPE(E150). MPE(PFTU) : maximum permissible single stylus form error Maximum permissible scanning probing error RONt (MZCI) maximum permissible form measurement error (2D) A precision sphere has to be measured with 25 probings. PFTU is the range of all radii. The range of all radii must be within MPE(PFTU). MPE(THP)/MPT(t) : A precision sphere has to be scanned with 4 defined lines. THP is the range of all radii with the predefined path. MPE(THN)/MPT(t): A precision sphere has to be scanned with 4 defined lines. THN is the range of all radii with the non-predefined path. The range of all radii and the scanning time must be within MPE(THP/THN) and MPT(t). A ring gauge is measured in scanning mode, with high points density. The range of radial distances from two concentric circles enclosing the roundness profile and having the least radial separation, is then evaluate. The range of radial distances must be within RONt. NOTE: ISO test with maximum part weight performed as an option upon request only. 5 GLOBAL EVO 09.xx.08 DS CMM 040/00 - EN - 10/15

6 PRECISION MEASURING INSTRUMENTS PORTABLE MEASURING ARMS LASER TRACKERS & STATIONS WHITE LIGHT SCANNERS SENSORS BRIDGE CMMS MULTISENSOR & OPTICAL SYSTEMS ULTRA HIGH ACCURACY CMMS HORIZONTAL ARM CMMS GANTRY CMMS AUTOMATED APPLICATIONS SOFTWARE SOLUTIONS Hexagon Metrology offers a comprehensive range of products and services for all industrial metrology applications in sectors such as automotive, aerospace, energy and medical. We support our customers with actionable measurement information along the complete life cycle of a product from development and design to production, assembly and final inspection. Hexagon is a leading global provider of information technologies that drive productivity and quality across industrial and geospatial applications. Hexagon s solutions integrate sensors, software, domain knowledge and customer workflows into intelligent information ecosystems that deliver actionable information. They are used in a broad range of vital industries. With more than 20 production facilities and 70 Precision Centres for service and demonstrations, and a network of over 100 distribution partners on five continents, we empower our customers to fully control their manufacturing processes, enhancing the quality of products and increasing efficiency in manufacturing plants around the world. For more information, visit Hexagon (Nasdaq Stockholm: HEXA B) has more than 15,000 employees in 46 countries and net sales of approximately 2.6bn EUR. Learn more at Hexagon Metrology. Part of Hexagon All rights reserved. Due to continuing product development, Hexagon Metrology reserves the right to change product specifications without prior notice. Printed in Germany. October 2015