MU2000-D_Brochure_en-LR.pdf - 第6页
Ad jus t me nt o f th e sy s tem f or m easu rem en t tas ks 6 T o support our customers’ success, we created our Service Engine 4 . 0 including first-class technical problem- solving combined with high economic efficiency…
1 Inside view of shielded
cabinet
2 Manipulation axes
3 Loading and unloading
outside the cabinet
3
1
The MU2000-D is future-proof. Its interface provides
data that you can utilize in the frame of of Industry 4.0,
such as Machine Learning, Big Data, Internet of Things,
and machine-to-machine communication. It also
complies with important standards such as ASTM and
DICONDE, as well as individual testing requirements
from automotive manufacturers.
MU2000-D IN A NUTSHELL
- Proven, robust, reliable digital X-ray inspection system
for harsh environments
- Brilliant, high-resolution image quality for spot checks
and serial inspection
- Fast switchover to computed tomography (CT) at the
touch of a button (option)
- Intelligent ergonomics for easy operation
- Customized configuration for wheels and tires
- Compliance with ASTM standards and individual
inspection requirements of automotive manufacturers
THE MU2000-D IS PARTICULARLY
SUITABLE FOR
- Aluminum castings such as engine blocks,
cylinders, cylinder heads, pistons, hinge
joints, etc.
- Turbine blades
- Wheels and tires (special part manipulator
with additional rotation axis)
- Fiber composites
- Ceramics
- Additively manufactured components
Ready for Industry 4.0
2
5
Adjustment of the system for measurement tasks
6
To support our customers’ success, we created our
Service Engine 4.0 including first-class technical problem-
solving combined with high economic efficiency. This
engine drives our service, our processes and our partners
to detect and correct failures quickly and reliably by
remote access and during on-site visits. Our service
centers and our service partners worldwide are at your
disposal and can be contacted by phone, e-mail or via
our website.
YOU BENEFIT FROM
-
guaranteed operational safety
-
maximized system availability
-
minimized repair times
-
full cost control of life-cycle costs
-
extended product lifetime
Our module-based approach such as performance and
feature upgrades enable you to adapt to future require-
ments and safeguard your initial investment by extending
the product lifetime. With our Service Engine 4.0, fast
support for you is provided by the way we network all
service activities with our organization. We not only see
your immediate need but are predictive of your future
needs.
YXLON LIFECYCLE SERVICES
Academy – full performance from day one through
tailored training solutions
SmartExchange – direct replacement of defective
or worn-out components to minimize unscheduled
system downtime
SpareParts – 100% compatibility and safety
through Yxlon qualified spare parts
WarrantyPass – full cost control through our
customizable warranty extension program
ServicePass – predictive maintenance and
servicing, tailored to your requirements
SmartPass – maximum system uptime for
customers with particularly high demands
LifeCyclePass – all-inclusive concept for full
cost control over the entire product lifetime
Support – fully digitalized 1st-line support
organized in a worldwide expert network,
available remote or on-site
Upgrades – performance increase and new
features for your Yxlon system portfolio
YXLON Service Engine 4.0
ADDITIONAL Y.MU2000-D SOFTWARE OPTIONS
ASTM E2737 system tests
-
Automatic creation of standard-compliant system
performance reports
-
User-defined system performance tests and
process checks
ASTM E2339/E2699 DICONDE
-
Image compatibility with other manufacturers’ systems
using standardized archiving
ASTM reference images
-
Currently available for aluminum (ASTM E2422),
investment steel (ASTM E2660), titanium (ASTM E2669),
magnesium (ASTM E2869), and steel (ASTM 2868 Vol. I)
-
Support for two monitors (recommended)
-
Convenient choice of resolution and types of defects
Check out these facts
ASTM reference images for aluminum according to ASTM E2422
Y.MU2000-D Standard Y.MU2000-D XL
160 kV 225 kV 320 kV 450 kV 160 kV 225 kV 320 kV 450 kV
Inspection envelope/insp. item
Inspection envelope, radioscopy
(diameter x height)
600 mm x 900 mm 800 mm x 1,500 mm
CT measuring cylinder
(diameter x height), approx.
170 mm x 150 mm 180 mm x 160 mm
Inspection item weight
60 kg (optional 200 kg) 60 kg (optional 200 kg)
Object carrier
– Rotary plate
400 mm / 600 mm 400 mm / 600 mm
– Three-jaw chuck
160 mm / 200 mm 160 mm / 200 mm
Tilt angle beam path*
± 30° (opt. ± 45°) ± 20° ± 30° (opt. ± 45°) ± 20°
Radiation-shielded cabinet
Width, approx.
2,200 mm 2,250 mm 2,400 mm 2,900 mm 2,650 mm 2,700 mm 3,000 mm 3,500 mm
Height (incl. mainstays), approx.
2,700 mm 2,750 mm 2,750 mm 2,800 mm 3,300 mm 3,350 mm 3,500 mm 3,550 mm
Depth, approx.
1,800 mm 1,850 mm 1,950 mm 2,500 mm 2,050 mm 2,100 mm 2,200 mm 2,750 mm
Weight, approx.
4 t 6.5 t 10 t 19 t 6 t 10 t 15 t 25 t
Cabinet door
Width x height, approx.
from 760 mm x 1,150 mm from 1,100 mm x 1,700 mm
Open, close (motor-driven)
~ 2 s ~ 3 s ~ 4 s ~ 5 s ~ 2 s ~ 3 s ~ 5 s ~ 6 s
Detector
Active area
200 mm x 200 mm 200 mm x 200 mm
Pixel size
200 µm / 400 µm 200 µm / 400 µm
Frame rate (14-bit detector)
15 fps / 30 fps 15 fps / 30 fps
Distance X-ray tube – detector
695 mm – 995 mm 945 mm – 1,245 mm
Control console
Width x height x depth, approx.
1,200 mm x 1,800 mm x 1,300 mm
Power supply
1 x 230 V, 50 Hz / 60 Hz
Power input
max. 5 kW
Weight, approx.
250 kg
7