Energy Tech Laboratories 105E manual Technical information, General, II Compatibility

Page 11

Technical information

(I) General:

: 15 inch (38.1 cm), 90° deflection, non-

Picture tube

 

glare, black matrix,light transmission

 

57%, phosphor P22 medium short,

 

dotted pitch 0.28 mm.

Screen area

 

Recommended Display Area: 260 mm (H) x 195 mm (V)

Maximum Display Area

:

283 mm (H) x 215 mm (V)

Line (Horizontal) frequency

:

30 - 54 KHz (automatically)

Raster (Vertical) frequency

:

50 - 120 Hz (automatically)

Mains voltage

:

100 - 240 VAC; 60 - 50 Hz

Power consumption

:

70 watt nominal, 100 watt max.

Maximum dot rate

:

65 MHz

Video input signal

:

0.7 Vp-p linear / 75 Ohm

Sync type

: Separate H,V, TTL level

Sync Polarity

: Positive or Negative

Pedestal

: Tilt - 5° forward, 15° backward;

 

 

swivel - 90° leftward or rightward.

Unit dimension (W x H x D) :

360 x 364 x 385 mm

Net weight

:

12.5 Kg

Operating condition

 

0° C to 40° C

Temperature

:

Humidity

:

20% to 80%

Storage condition

: -25°C to 70° C

Temperature

Humidity

:

10% to 85%

DDC1/DDC2B

:

VESA standard

Mains cord

:

Shielded

(II)Compatibility:

. Intel based platform (386, 486, Pentium) and other compatibles.

. VESA Guide lines and Standards.

E N

11

Image 11
Contents 85Hz refresh rate Feature HighlightsIntroduction Page End of life disposal Safety precautions and maintenancePackage Positioning / Ventilation InstallationConnection Connection to the mains Connecting to the mainsFront Control locations and functions How to use Digital controlPage User mode 12 modes AdjustmentVesa Dpms Power Saving States Power Management SignallingII Compatibility Technical informationGeneral III Pin assignment 15E4220T Digital Auto Scan Colour Monitor ContentsOther Language Versions

105E specifications

Energy Tech Laboratories 105E is an advanced energy management system designed to optimize energy consumption for both residential and commercial applications. This state-of-the-art system brings together cutting-edge technology and robust features to create an efficient energy solution that adapts to the evolving needs of its users.

One of the main features of the 105E is its real-time energy monitoring capability. Users can track and analyze their energy consumption patterns through a user-friendly interface that displays data in easily digestible graphs and metrics. This feature empowers users to make informed decisions regarding their energy usage, ultimately leading to cost savings and a reduced carbon footprint.

The 105E employs advanced machine learning algorithms to predict energy consumption based on historical usage data. By analyzing trends and patterns, the system can suggest optimal energy-saving practices and adjustments, ensuring that users are always aware of their energy efficiency prospects. This predictive capability not only enhances energy management but also improves comfort levels within a living or working space as it adjusts heating, cooling, and lighting according to real-time needs.

Another significant characteristic of the Energy Tech Laboratories 105E is its compatibility with various renewable energy sources. The system seamlessly integrates with solar panels, wind turbines, and other alternative energy solutions, allowing users to maximize their green energy usage. This integration also supports net metering, which enables users to earn credits for excess energy fed back into the grid.

Energy Tech Laboratories prioritizes security and privacy in the design of the 105E. Employing advanced encryption protocols and secure data storage practices, the system ensures that user information remains protected against unauthorized access.

Additionally, the 105E features an intuitive mobile application that allows users to control their energy management system from anywhere in the world. Whether at home or traveling, users can monitor their energy usage, adjust settings, and receive alerts regarding unusual consumption patterns.

In summary, Energy Tech Laboratories 105E stands out due to its real-time monitoring, machine learning capabilities, renewable energy compatibility, security features, and mobile accessibility. By embracing innovative technology, the 105E fosters a more sustainable future while offering users the tools needed for effective energy management.