Y.XST225-VF 1 XYLON MG225VF - 0509- RX0905007PDS 1
Table of contents Y.XST225-VF High detail visibility - examples Y.XST225-VF vs. conventional X-ray systems Y.XST225-VF vs. µ-focus X-ray systems Unique benefits of Y.XST225-VF Technical data 2 XYLON MG225VF - 0509- RX0905007PDS 2
Y.XST225-VF variable, fast, high resolution 3 XYLON MG225VF - 0509- RX0905007PDS 3
Y.XST225-VF variable obtain the best image by optimizing the focal spot to your application fast reduce inspection time by using the maximum power available at the required focal spot size high resolution better detail visibility than with fixed focal spot X-ray tubes 4 XYLON MG225VF - 0509- RX0905007PDS 4
Y.XST225-VF high detail visibility Y.XST225-VF conventional X-ray system 5 XYLON MG225VF - 0509- RX0905007PDS 5
Y.XST225-VF high detail visibility Y.XST225-VF conventional X-ray system small crack? 6 XYLON MG225VF - 0509- RX0905007PDS 6
Y.XST225-VF high detail visibility Y.XST225-VF conventional X-ray system Does the crack touch the hole? No! Does the crack touch the hole? Not visible 7 XYLON MG225VF - 0509- RX0905007PDS 7
Y.XST225-VF vs. conventional X-ray 8 XYLON MG225VF - 0509- RX0905007PDS 8
Y.XST225-VF vs. conventional X-ray Y.XST225-VF conventional X-ray system 9 XYLON MG225VF - 0509- RX0905007PDS 9
Y.XST225-VF vs. conventional X-ray Calculation of the total unsharpness in the sample by evaluation of EN462-5 Duplex-Wire. The interpolated value at 20% contrast in the line profile is the result for the total unsharpness horizontal resolution DW >20% DW <=20% Resolved Duplex Wire D10 D11 Resolution in [%] 36,4 15,2 Resolved Wire Resolution [µm] 100,0 80,0 Total unsharpness [µm] Resolution 84,53 10 XYLON MG225VF - 0509- RX0905007PDS 10
Y.XST225-VF vs. conventional X-ray 2000 Power (W) 1500 1000 Vario focus tube Fixed focus tube 700 500 50 75 84 100 125 150 175 200 225 250 Total unsharpness (µm) 11 XYLON MG225VF - 0509- RX0905007PDS 11
Y.XST225-VF vs. conventional X-ray + Better detail visibility due to a minimum focal spot of 250 µm. + Reduced inspection time, because the user can use an optimized focal spot with more power. E.g. for the required detail visibility a focal pot of 600µm is needed. With Y.XST225-VF the maximum power is 1050 W. A standard system with a focal spot of 800 W / 400µm needs 20% longer integration time. + Circular shape focal spot for the same image quality in and perpendicular to the tube axis. 12 XYLON MG225VF - 0509- RX0905007PDS 12
Y.XST225-VF vs. µ-focal spot system fixed focus tube Vario focus tube µ-focus tube Standard µ-focal spot tube: At 125 µm ( approx. 250 µm acc. EN12543) is the Target-Power smaller than 200 W 13 XYLON MG225VF - 0509- RX0905007PDS 13
Y.XST225-VF vs. µ-focal spot system + Reduced inspection time due to more power than a defocused µ-focal spot system. Y.XST225-VF: 290 W at 250 µm µ-focus: max. 200 W at 250 µm (acc. EN12543) 540 W at 300 µm Attention: focal spots of µ-focal spot system are often NOT measured acc. EN12543 and therefore they seems to be smaller compared to EN12543 values! + More uptime and less need for service due to closed tube design. + No additional hardware like vacuum system is needed. + Y.XST225-VF consists of industry proven components. + X-ray tube in a standard 225 kv housing 14 XYLON MG225VF - 0509- RX0905007PDS 14
Unique benefits of Y.XST225-VF Focal spot size can be optimized for the application and provide a maximum in detail visibility The focal spot size can be adapted to the detector unsharpness and the magnification in order to optimize the spatial resolution (SR) and the signal to noise ration (SNR) and therefore obtain a maximum in detail visibility. High resolution with 250 µm focal spot and 292 W Magnification up to 10 Reduced inspection time due to optimized focal spot size Circular Focal spot for best image quality More Power than a µ-focal spot tube up to 1600 W Closed Design in a standard 225kV housing with standard H.V.-cable 15 XYLON MG225VF - 0509- RX0905007PDS 15
Load characteristic Y.XST225-VF Focal spot measured acc. EN12543 800 µm 1600 W 500 µm 1020 W 300 µm 540 W 250 µm 292 W 16 XYLON MG225VF - 0509- RX0905007PDS 16
Focal spot Y.XST225-VF 1800 1600 Power at 225 kv (W) 1400 1200 1000 800 600 400 200 Four predefined focal spots 0 200 300 400 500 600 700 800 900 Focal spot size (µm) EN12543 17 XYLON MG225VF - 0509- RX0905007PDS 17
Technical data Max. high voltage: 225 kv Focal spot size (EN12543): 250 µm 800 µm Power (W): 292 W 1600 W Footprint of Y.XST generator and power supply: 634mm x 514mm Height of generator and power supply: 672 mm Weight of generator and power supply: approx. 200 kg Controlled by PC - no control unit needed. 18 XYLON MG225VF - 0509- RX0905007PDS 18
Scope of supply Y.XST225-VF Y.XST225-VF 225 kv X-ray system with variable focal spot and predefined characteristic curves at 250 µm / 290 W, 300 µm / 540 W, 500 µm / 1020 W, and 800 µm / 1600 W. Constant- potential generator with 40 khz technology and 2 kw maximum generator power output. Control via RS232 computer interface. Software or an operational control panel are not included. Mains connection: three phase 400 V AC, 50/60 Hz. Including instruction manual in German and English. 9421-174-00002 1 Y.XST225-VF01 high-voltage unit 225 kv for use with Y.TU225-V01, without operational control panel, control via RS232, including connection flange for high-voltage cable 9421-172-31603 1 Y.TU225-VF, 225 kv X-ray tube with focal spot variable from 250µm / 290 W to 800 µm / 1600 W, including connection flange for high-voltage cable 9421-173-34052 1 225kV-160kV H.V. cable, 5m (16ft) without connections, for operation of 160kV (320kV) and 225kV Y.TU tubes at MGG46/(47) and HMB225 9421-167-16313 1 Water cooler WL-3012 for Y.XST, including connection parts and 5 m coolant hose for Y.XST power output electronics 9421-166-29003 20 Cooling water hose, per 1m (3ft) 19 XYLON MG225VF - 0509- RX0905007PDS 19
Thank you for your attention! Y.XST225-VF Thank you for your attention! variable, fast, high resolution 20 XYLON MG225VF - 0509- RX0905007PDS 20