Datasheet

Flexible Arm Wall Mount Arm Panel Protector
Dual Height
Adjustable Stand
FP
-
2202W
FP
-
2101
FP
-
702
FP
-
505
(
MX300W
-
C
:
Built
-
In Panel Protector
)
Monitor Cleaning Kit
LA
-
131
-
DLA
-
030
-
WLA
-
011
-
WLS
-
HM1
-
D PANEL PROTECTOR
FP
-
2400W
Accessory Compatibility
09
By using the UX1 sensor (sold separately) with the
bundled RadiCS LE software, more precise calibra-
tion compliant with the DICOM Part 14 standard
can be performed.
More Precise Calibration with UX1 Sensor
Quality control tool RadiCS UX1 (sold separately) enables you to
perform basic quality checks necessary for clinical review monitors.
In addition, high-performance calibration compliant with the
DICOM Part 14 standard corrects the fluctuation in monitor quality.
Monitor Quality Control Standards Compliance
Quality Control Solutions
The presence sensor feature unites convenience with savings by
ensuring that the monitor conserves power when it is not in use. The
presence sensor prompts the monitor to switch to power save mode
when it detects the user away from the monitor, and then resume
normal operation when the user returns.
Presence Sensor for Power Savings
The presence sensor on the front of the Clip-On Swing Sensor G2
determines whether to start QC tasks such as calibrations automati-
cally at scheduled times. If the user is working, the QC task stays in
stand-by mode, and when the user is away from the monitor the task
is performed.
Presence Sensor for Convenience
Switch to power save at
user’s absence
Screen activates at
user’s presence
QC task in stand-by mode
while seated
QC task performed
while away
Easy calibration compliant with the DICOM Part 14 standard can
be performed with the Clip-On Swing Sensor G2 (sold separately).
Once attached to the top of the monitor, it can remain in place and is
ready for use. This saves
the time and trouble of
attaching and removing
it when performing QC
tasks.
Clip-On Swing Sensor
Centralized Management of All Monitors
RadiNET Pro (sold separately) enables centralized
management of calibration tasks, history data
of multiple RadiCS clients via a network, and
remote QC functions.
The development, implementation, and revision of the EIZO Eco Products internal environmental label stems from EIZO’s
longstanding commitment to manufacturing environmentally sound products and its desire to provide consumers with an
instantly recognizable means to assess their environmental performance. Based on the 3Rs (Reduce, Reuse, Recycle) and
energy savings, EIZO has introduced four versions of this label with EIZO Eco Products 2009 being the most recent.
EIZO Eco Products — A Commitment to Environmental Preservation over the Product Life Cycle
Environment Awareness
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EIZO Eco Products 2009 Requirements
User’s manual made with chlorine-free, recycled paper.
Subject to an internal product environmental assessment.
Partial use of recycled plastic.
Partial use of soy ink with supplied printed materials.
Use or partial use of plastic containing raw plant materials.
Use of recycled Styrofoam or paper in packaging
cushioning materials.
Meets VOC (volatile organic compounds) guidelines for
PCs as established by JEITA*.
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Complies with the RoHS directive.
Power consumption of zero watts when turned off.
Power consumption of less than 1.5 watts in power-save mode.
Satisfy the requirements of the International Energy Star Program
when in normal operation.
Eco profile available on website.
*JEITA is the Japan Electronics and Information Technology Industries Association. JEITA established guidelines to limit emission levels of VOCs from PCs. The guidelines are a
countermeasure against health hazards caused by VOC contaminants released from furniture, everyday objects, and building materials that accumulate indoors. EIZO carries out
evaluations based on these guidelines.
Previous versions of this label are EIZO Eco Products 2006 which covers the first eight requirements.
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