3Turn the wheel to select the desired menu item.

4Perform the settings as described below.

The Settings menu contains the following items:

DPMS

Click the control wheel to switch on/off the

 

automatic power saving system (DPMS)

Power LED

Click to switch the power LED on/off. Note: The

 

LED's orange DPMS state is not influenced by

 

this setting. So, when the display goes into

 

power-saving mode, the LED will turn orange,

 

even if it was switched off by this setting.

User Controls

Click to disable the control wheel functions so

 

that the on-screen display cannot be used after

 

quitting the OSD menus.

 

To enable the control wheel functions again:

 

a) Do not use the wheel for at least 3 seconds

 

b) Turn the control wheel 1 click clockwise

 

c) Click the control wheel 2 times

 

d) Turn the control wheel 1 click counterclock-

 

wise

 

e) Select the Settings menu and switch Local

 

controls on again.

 

Actions b, c, d have to be performed in a

 

sequence that takes no longer than 3

 

seconds.

Ambient Light Compensation ..... Click to switch the Ambient Light

Compensation system (ALC) on/off.

Automatic Menu Exit ... Click to switch the automatic menu exit feature on/off. When switched on, the OSD menus automatically close when left idle for some time.

3.9. Scan Mode

To enter the Scan Mode menu:

1In the main menu, turn the control wheel to select the Scan Mode menu.

User manual MFGD 2320

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Barco MFGD 2320 user manual Settings menu contains the following items, To enter the Scan Mode menu

MFGD 2320 specifications

The Barco MFGD 2320 is a cutting-edge display solution specifically designed for the demanding requirements of medical imaging and diagnostic applications. With a focus on providing high image quality and precision, the MFGD 2320 is ideal for radiology, mammography, and other specialized medical fields.

One of the main features of the MFGD 2320 is its impressive 32-inch display size, which offers ample screen real estate for detailed medical images and data. The monitor boasts a resolution of 2 MP (1920 x 1080), ensuring sharp, clear images that allow medical professionals to make accurate diagnoses. The display utilizes a high-quality LCD panel that supports a wide color gamut, providing vibrant and true-to-life colors essential for medical applications.

The MFGD 2320 is equipped with Barco's proprietary MediCal QAWeb technology, which is integral for maintaining consistent image quality over time. This automated software allows for the calibration and quality assurance of the display, ensuring compliance with stringent medical imaging standards. MediCal QAWeb also helps minimize downtime by providing remote monitoring capabilities, enabling technicians to address any issues proactively.

Additionally, the monitor's ergonomic design is another significant characteristic. The MFGD 2320 features a sleek, lightweight form factor that can be easily integrated into various clinical environments. It offers adjustable height and tilt options, allowing for optimal viewing angles for healthcare professionals. The anti-glare coating on the screen reduces reflections, further enhancing visibility during critical diagnostic tasks.

In terms of connectivity, the Barco MFGD 2320 offers multiple input options, including DisplayPort and DVI, making it compatible with various imaging systems and workstations. This flexibility allows for seamless integration into existing setups without the need for extensive modifications.

Another standout technology of the MFGD 2320 is its low blue light emission feature, which helps reduce eye strain and fatigue, essential for professionals who spend long hours in front of the screen. This focus on user comfort, combined with its exceptional image performance, makes the MFGD 2320 an ideal choice for healthcare environments where reliability and precision are paramount.

In summary, the Barco MFGD 2320 is a versatile, high-performance display tailored for the medical imaging sector. Its combination of large screen size, superior resolution, advanced calibration technology, and ergonomic design makes it a valuable asset for healthcare professionals striving for excellence in patient care and diagnosis.