Network Technologies Rackmux-D15/17, Rackmux-V15/17 Installation, Rack Mounting Instructions

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NTI RACKMUX-V15/17 RACKMOUNT LCD MONITOR WITH KEYBOARD AND MOUSE

INSTALLATION

Rack Mounting Instructions

The RACKMUX was designed to be mounted to a rack and includes mounting flanges to make attachment easy.

1.Determine the mounting height in the rack for the drawer. It should be a height comfortable to use the keyboard and see the LCD display. Mark holes in each of the 4 corner cabinet rails at points all level with each other.

2.Secure the rear brackets to the rear rack cabinet rails. Apply the top screws (supplied) for each bracket to the holes marked in step 1.

3.Lift the keyboard into position and line the studs on the left and right sides up with the slotted openings in the rear bracket. Apply the nuts (supplied) to the studs but do not tighten the nuts yet.

FYI: There are 4 mounting studs provided on each side of the RACKMUX. Depending on the depth of the rack and distance apart of the cabinet rails, the position of the rear bracket may make all 4 studs available for use. In this case, apply the 2 nuts to the studs furthest apart from each other on each side.

4.Slide the drawer in until the top holes in the front bracket flanges line up with the holes marked in step 1. Secure the front brackets on the drawer to the front cabinet rails with two screws per bracket. Be sure to tighten the screws securely. Then tighten the nuts applied in step 3.

5.Apply one more screw to each of the rear brackets to finish.

 

 

Front Cabinet

 

 

 

Front bracket

Rail

 

Stud on drawer

 

 

flange on drawer

Drawer

Rear bracket

overlapping

 

 

 

 

 

drawer

(Rear edge

 

 

 

 

 

 

 

 

 

 

 

of drawer)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Secure bracket

Apply nuts (supplied) to studs and

to rail using two

secure rear brackets to drawer.

screws and nuts (supplied)

Rear Cabinet

Rail

Rear bracket flange

Secure bracket to rail using two screws and nuts (supplied)

Figure 1- Mount RACKMUX to a standard rack

Note: To provide sufficient room for the LCD monitor to be opened to a proper viewing angle (a minimum 90 degree position from the keyboard), ensure that all devices mounted above the RACKMUX extend no more than 1.75” from the rack frame. (See Fig. 2)

"X" must be less than 1.75" for LCD to open to full 90

X

Server mounted

above RACKMUX

 

in the same rack

90

Side View of RACKMUX

Figure 2- Position RACKMUX with clearance to open

3

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Contents RACKMUX-V15/17 Trademark Table of Contents Table of Figures Option IntroductionMaterials Included with this kit ~or~Features and Functions Rack Mounting Instructions InstallationOptional Telco 2-Post Mounting Connect to a CPUNTI Power Up Connect PowerConnect Extra Device OSD Main Menu Display FunctionsStandard Controls OSD Control Menu- VGA modelsColor Menu Brightness/Contrast MenuPosition Menu OSD Image can be moved to different points on the display Setup MenuFunction Key Operation Keyboard Functions RACKMUX-V15OFF Number PadKeys of the Number Pad Other Uses of the Function KeyFunction Key Numeric Keypad OptionTo toggle keyboard mouse mode when Numeric Keypad is present PS/2-USB Keyboard/Mouse Mode36-72VDC Present on DC Power Input DC Power OptionSafety Display Controller VGA -15 RACKMUX-KVM Drawer Standard SpecificationsGeneral Specs LCDTouchpad DC Power optionOSD Control Board KeyboardWarranty Information TroubleshootingIndex

Rackmux-V15/17, Rackmux-D15/17 specifications

The Rackmux-D15/17 and Rackmux-V15/17 are cutting-edge network technologies designed to optimize data center management and enhance operational efficiency for organizations of all sizes. These versatile devices serve as robust and highly reliable rack-mountable multiplexers, providing substantial improvements in network performance, speed, and capacity.

One of the standout features of the Rackmux series is its exceptional scalability. With support for up to 15 or 17 ports, depending on the model, users can easily expand their network capabilities without the need for extensive hardware overhauls. This flexibility allows businesses to adapt to ever-evolving technology demands without significant investment.

Another key characteristic is the high data throughput capacity. Both the Rackmux-D15/17 and Rackmux-V15/17 are engineered to handle multiple types of data streams simultaneously. This capability is crucial for businesses looking to support high-bandwidth applications, such as video conferencing, cloud computing, and big data analytics. The ability to efficiently aggregate and route data ensures that users experience minimal latency and maximum throughput.

Power efficiency is also a prominent feature of the Rackmux series. Designed with energy-saving technologies, these devices consume less power compared to traditional multiplexing solutions, resulting in lowered operational costs and a reduced carbon footprint. Their cooling features further contribute to energy efficiency, as they effectively dissipate heat generated during operation.

Security is paramount in today’s networking environments, and the Rackmux-D15/17 and Rackmux-V15/17 address this by incorporating advanced security protocols. These include encryption technologies that safeguard sensitive data during transmission while also offering user authentication features to prevent unauthorized access. This makes them suitable for industries where data integrity and security are critical.

Another notable aspect is the user-friendly management interface. Both models come equipped with intuitive dashboards and monitoring tools that allow network administrators to easily oversee network performance, troubleshoot issues, and configure settings in real-time. This contributes to reduced downtime and improved service quality.

In conclusion, the Rackmux-D15/17 and Rackmux-V15/17 present an integrated solution that combines scalability, high throughput, energy efficiency, security, and ease of management. For organizations seeking to enhance their networking capabilities, these devices stand out as ideal choices, ensuring robust performance and reliability in a rapidly changing technological landscape.