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Monitor Dahua Technology LM27-F400 27" Quad HD LED display 3840 x 2160 pixels
The Dahua Technology LM27-F400 is a 27" Quad HD (3840 x 2160) LED IPS monitor designed for clear, high-resolution images. It offers 4K Ultra-HD resolution, a 178° horizontal and vertical viewing angle, built-in speakers, and support for multiple signal inputs including 2 HDMI and 1 DP. The monitor has a slim bezel and is suitable for VESA mounting, combining a compact, black design with features for continuous operation.
The IPS panel provides wide viewing angles and consistent colour reproduction while the 5 ms response time reduces motion blur. With 350 cd/m² brightness and a 1000:1 contrast ratio, the display delivers legible images in typical indoor lighting. Energy consumption is specified as 25 kWh per 1000 hours (SDR) and the unit includes built-in speakers and multiple input ports for flexible connectivity.
Place the monitor on a stable desk surface or mount it using a compatible VESA bracket. Connect the video source using HDMI or DisplayPort cables and plug the power cable into a suitable outlet. Use the monitor’s on-screen display (OSD) controls to adjust brightness, contrast, input selection and audio volume. For multi-monitor configurations, align and secure each unit to the mounting system before powering on.
For long-term reliability in continuous operation environments, maintain adequate ventilation around the monitor, avoid direct sunlight on the screen, and use recommended cable types (HDMI/DP) for stable signal transmission. Regularly update connected device drivers where applicable.
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iagonal of the visible part of the screen expressed in centimeters and inches.
Energy efficiency class is a standard classification that is used all over Europe and which is understandable at first sight. Products can be efficiently compared according to classes, starting from A (the most energy efficient class), and ending with G (the most energy-intensive class). The classification of energy efficiency is based on annual energy consumption which is being calculated on the basis of several different parameters.
Power consumption in switched-on state expressed in W.