DATA SHEET DEA GLOBAL EXTRA

Transcription

1 DATA SHEET DEA GLOBAL extra

2 Specifications Specifications according to ISO and ISO Standard DEA GLOBAL extra, TESASTAR-m Models Strokes Extended Temperature Range C TESASTAR-m/TESASTAR-p, TESASTAR-mp, TESASTAR-rp, LSP-X1s, LSP-X1h Speed (*) (mm/s) Accel (mm/s 2 ) Max. Part CMM X Y Z MPE E MPE P MPE THP/t L/ L/ L/ L/ 9200 DEA GLOBAL extra, CW43L-mw Models Strokes Extended Temperature Range C CW43L-mw/TESASTAR-p, TESASTAR-mp, TESASTAR-rp, SP25 Speed (*) (mm/s) Accel (mm/s 2 ) Max. Part CMM X Y Z MPE E MPE P MPE THP/t L/ 16 22/ L/ 16 22/ L/ 18 22/ L/ 18 22/ (*) When machine perimeter guarding is not installed, the maximum 3D speed will be reduced to 250 mm/s. Probe Configuration for Performance Test: TESASTAR-p: Standard Force, stylus length 10 mm, tip diameter 4 mm TESASTAR-mp: Standard Force Module, stylus length 10 mm, tip diameter 4 mm TESASTAR-rp: Standard Force, stylus length 10 mm, tip diameter 4 mm SP25: SM25-1 stylus length 50 mm, tip diameter 5 mm LSP-X1s: without extension, stylus length 50 mm, tip diameter 5 mm LSP-X1h: with an extension of 100 mm, stylus length 20 mm, tip diameter 5 mm Performance data are valid if the following specifications are met: Extended Temperature Range: Ambient temperature C Max. air temperature variation 2 C/h - 10 C/24h Max. gradient in space 1 C/m 2 DEA GLOBAL extra DS CMM 019/03 - E - 03/13

3 Strokes, Dimensions and s LY LX DZ Z LZ 140 SY1 SY2 S SX1 SX2 X 5 PY 247 Y PX A B Ø TESASTAR-m 105 CW43L-mw DEA GLOBAL extra DS CMM 019/03 - E - 03/13

4 Strokes, Dimensions and s Strokes Overall Dimensions Surface Plate Supports Models X Y Z LX LY LZ DZ PX PY SX1 SX2 SY1 SY2 SY3 A B Probe Heads and Sensors (*) According to VDI 2617 Part 6.2, October 2005 edition TESASTAR-m CMS106 Laser Sensor Angular rotation Angular rotation step Rotation speed Positioning repeatability Max. applied torque Extensions A axis: +90 / -115 B axis: ± in 2 seconds 0.5 μm 0.6 Nm Max. length 300 mm Laser Standoff and depth of FOV Width of FOV user selectable Line per second (max) Temperature range of sensor for declared accuracy Sensor size L x W x H Visible red, class 2, 690 nm 170 ± 30 mm 24, 60, 4 mm 53 Hz 15 ~ 32 C 134 x 72 x 60,5 mm Sensor weight 382 g Probing Error (*) MPE PF(OT) 60 µm CW43L-mw Useful angular stroke Roll axis: ±180 Pitch axis: ±180 Rotation speed 1 rad/s Acceleration 10 rad/s 2 Resolution 0.14 arc II Positioning repeatability 1 x 10-5 rad 3.5 kg Max. applied torque 2 Nm Extensions Up to 570 mm 4 DEA GLOBAL extra DS CMM 019/03 - E - 03/13

5 Performance Verification MPE E : Maximum permissible Error of indication for size measurement Measurement of a set of 5 sizes, taken through two opposite probing points on two nominally parallel planes. The set of 5 sizes is placed in 7 different positions/directions within the measuring volume. Each size is measured three times for a total of 105 measurements. All 105 measurement results (100%) must be within the specified MPE E. MPE P : Maximum permissible probing error A reference sphere is measured with 25 equally distributed probings. The probing performance shall be verified in one single position, located in the middle of the CMM working volume. Using all 25 measurements, compute the Gaussian associated sphere. For each of the 25 measurements, calculate the Gaussian radial distance, R. Calculate the probing error, P, as the range of the 25 Gaussian distances, R max - R min. The probing error P must be within the stated MPE P. MPE THP/τ : Maximum permissible scanning probing error MPE THP/τ is the maximum permissible scanning probing error of the range of all radii (sphere form error), with high point density and predefined path scanning, where τ is the specified time (in seconds) needed to perform the verification test. The scanning probing performance shall be verified in one single position, located in the middle of the CMM working volume. A reference sphere is measured by scanning four target scan lines to determine the range of the radial distance R. The scanning probing error THP is calculated as the range of radii between the measured centre and all of the assessed scan points. The measured THP and the time needed to perform the scanning test must be within the specified MPE THP/τ. Mechanical Frame: Surface Plate: Sliding System: X: Micromachined anodized light alloy extrusion Y: Integral dovetail guideway, machined into the table Z: 20.yy.15: micromachined anodized light alloy extrusion 20.yy.18: Sinterized Silicon Carbide Material: welded steel Part Locking: tapered insert M8 x 1.25 Flatness: according to DIN 876/III Option: FIVE U-nique flexible fixuring system Air bearings on all axes Measuring System: METALLUR linear scales. System resolution: 0.08 µm Temperature Compensation: Bellows and Covers: Ram Counterbalance: Air Supply: Structural multisensor Bellow on X axis bridge beam; Recess on right-hand Y guideway with bellow covers Pneumatic, adjustable Minimum air supply pressure: 0.5 MPa (5 bar) Air consumption: 250 NL/min Environment: Metrological specification temperature range: C Operating temperature: C Relative humidity: 90 % non condensing Probe Heads and Sensors: TESASTAR-m, CW43L-mw Countinuous Wrist TESASTAR-p, TESASTAR-mp, TESASTAR-rp, SP25, LSP-X1, CMS106 Laser Probe 5 DEA GLOBAL extra DS CMM 019/03 - E - 03/13

6 Laser Trackers & Stations Portable Measuring Arms BRIDge CMMs Horizontal Arm CMMs Gantry CMMs Multisensor & Optical Systems White light scanners Ultra High Accuracy CMMS sensors Precision Measuring Instruments 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. With more than 20 production facilities and 70 Precision Centers 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. Hexagon Metrology is part of Hexagon (Nordic exchange: HEXA B). Hexagon is a leading global provider of design, measurement and visualisation technologies that enable customers to design, measure and position objects, and process and present data. Learn more at For more information, visit 20 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. March 2013