Native resolution—The resolution of a digital flat panel display that actually describes how many pixels are in each row and column of the display, and which is the resolution that the display is optimized for. Your 12" Aspen touch monitor has a native resolution of 800x600, which means that the LCD panel has 800 pixels on each row, and has 600 rows. Each element of video information received from the computer/display electronics is assigned to and displayed by a specific location on the display panel—a pixel. At resolutions other than native (see emulation) there is not a one to one correspondence between the video information elements and the available pixels on the display. The display electronics must compensate for this and cannot do a perfect conversion, thus emulation modes never look as good as images displayed at the native resolution.

Nit—The standard unit of luminance is the candela per square meter (cd/m2), or Nit.

Pixel—Abbreviation for “picture element.” In an electronic display, the smallest complete element of the picture that contains all possible colors and proper brightness. In your Aspen Touch Monitor, one pixel of the LCD panel is a square “window,” with an area of about 0.3x0.3mm, containing three smaller windows that pass red, green or blue light at the appropriate brightness in response to the video signal from the computer.

Polarizer—A thin glass or plastic sheet that filters out light rays of all but a specific orientation. Light passing through such a sheet is thus polarized.

POS—Acronym for Point Of Sale.

Serial—A data transmission method where each bit (a “1” or “0”) of data is passed sequentially (or serially) over a single data path (a wire…). The most common standard for this method is called RS232. This is a very common method of interfacing peripheral equipment to older computers. Today this method is increasingly replaced by another method called USB (see below).

USB—Acronym for Universal Serial Bus. A common method for interfacing peripheral equipment to computers. It has the advantages over other serial data transmission standards of higher speeds and the ability to connect many devices to the same port on a computer.

VESA—Acronym for Video Electronics Standards Association. An industry trade group that promotes interoper- ability standards within the video and computer industry. The VESA mounting pattern (75 mm) for displays is used by your Aspen Touch Monitor on the base and chassis, allowing the monitor to be quickly attached to standard swing arms and mounting plates.

Mounting Template:

A full-sized image of the metal base plate for the touch monitor is included with this manual, and may be used as a template for creating mounting holes in a countertop, etc. Electronic versions of this manual include a file that may be printed to create the same template. Ensure that your printed version is scaled correctly. You may check the accuracy of your printed template by verifying that the center-to-center distances of the VESA mount pattern are exactly 75mm or 2.95".

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Aspen Touch Solutions ATM-123R Series manual Mounting Template
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ATM-123R Series specifications

Aspen Touch Solutions has established itself as a leader in the development of advanced ATM technologies with its ATM-123R Series. This state-of-the-art automatic teller machine is designed to optimize functionality and user experience, making it a preferred choice for financial institutions and retail environments.

One of the standout features of the ATM-123R Series is its robust touch screen interface. This high-resolution display not only provides exceptional clarity but also supports multi-touch functionality, allowing users to navigate effortlessly and perform transactions more intuitively. The screen is engineered to be durable and responsive to various environmental conditions, ensuring reliable operation under different circumstances.

The ATM-123R Series is equipped with advanced security features that are paramount in today’s banking world. It includes an anti-skimming device, encrypted card reader, and biometric fingerprint scanner, which significantly enhances transaction security. These security mechanisms work in tandem with the machine's embedded software to safeguard user data and prevent unauthorized access.

In terms of connectivity, the ATM-123R utilizes modern communication technologies. It supports both Ethernet and wireless connectivity, allowing for real-time transaction processing and updates. This flexibility is crucial for financial institutions that are looking to maintain seamless operations and provide excellent customer service.

Energy efficiency is another key characteristic of the ATM-123R Series. Equipped with state-of-the-art energy management systems, this machine complies with industry standards for energy consumption, reducing operational costs for businesses while contributing to sustainability efforts.

Additionally, the ATM-123R Series is modular in design, allowing for easy upgrades and maintenance. This architecture means that as technology evolves, financial institutions can adapt quickly without needing to replace entire machines, making the ATM-123R an economical long-term investment.

Moreover, the ATM-123R features customizable branding options, enabling banks and retailers to tailor the machine's appearance to reflect their corporate identity. This enhances brand visibility and customer loyalty, making every transaction a cohesive part of their overall branding strategy.

In summary, the Aspen Touch Solutions ATM-123R Series is a convergence of innovation, security, and efficiency, designed to meet the evolving needs of the banking sector. Its advanced features and technologies set a new benchmark for ATMs, ensuring that users enjoy a safe, efficient, and user-friendly experience every time they access their funds.
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