Installing Equipment

WARNING

TIP HAZARD

This cabinet is easily tipped. Follow the precautions below during and after equipment installation.

Make sure you have secured the cabinet to the floor before installing equipment.

Install the heaviest equipment first toward the bottom of the cabinet to prevent the cabinet from becoming top-heavy.

Do not extend equipment on sliding rails until you have installed 158 kg (350 lbs) of equipment into the bottom of the cabinet for stability or until you have installed the bolt-down brackets. Do not extend more than one piece of equipment on sliding rails at a time.

Failure to follow these instructions can result in death, serious injury, or equipment damage.

To install rack-mount equipment in the cabinet:

1.Review the equipment manufacturer’s installation instructions.

2.Locate the top and bottom U-space on the vertical mounting rails. Every third hole on the mounting rail is numbered to indicate the middle of a U-space.

3.Install the cage nuts on the interior of the vertical mounting rail; then install the equipment. (To remove a cage nut, squeeze the sides to release it from the square hole.)

Vertical Mounting Flange Cutouts

NetShelter SV 800 mm (31.5 in.) wide cabinets have removable vertical mounting flange cutouts along the sides. When removed, side airflow is increased. Other airflow and cable management options exist. Please visit the website (www.apc.com) for other options and more information.

ns2017a

NetShelter SV User Manual

17

Page 23
Image 23
APC AR2400 user manual Installing Equipment, Vertical Mounting Flange Cutouts

AR2400 specifications

The APC AR2400 is a sophisticated and robust solution in the realm of IT infrastructure, particularly designed for the management and protection of critical electronic devices. It is part of APC by Schneider Electric's extensive lineup of power management systems, aimed at ensuring reliability and efficiency in power supply and distribution.

One of the standout features of the APC AR2400 is its high-density power management capabilities. This unit is equipped to handle multiple outlets, allowing for the efficient distribution of power to various devices. Its modular design enables users to customize their configurations according to specific needs, enhancing both flexibility and scalability. The AR2400 supports a wide input voltage range, making it suitable for diverse environments and ensuring compatibility with various electrical systems.

Equipped with advanced monitoring technologies, the APC AR2400 provides real-time insights into power consumption and system performance. This is enabled through an intuitive graphical user interface that allows users to track energy usage, identify trends, and optimize performance. The device includes smart monitoring features, such as automatic alerts for potential issues or anomalies, allowing for proactive maintenance and reduced downtime.

Another notable characteristic of the APC AR2400 is its emphasis on energy efficiency. It is designed to minimize energy loss and reduce operational costs, benefiting both the environment and the bottom line. The unit is compliant with international energy efficiency standards, ensuring that users not only get optimal performance but also contribute to sustainable practices.

The APC AR2400 also incorporates robust security features to protect against power anomalies. Surge protection, battery backup, and voltage regulation ensure that connected devices are safeguarded against power surges and outages. This is critical for businesses that rely on continuous uptime and cannot afford even brief interruptions.

Furthermore, the compact design of the AR2400 allows for easy installation in various settings, including data centers, telecom facilities, and commercial environments. Its well-thought-out ergonomics ensure that it can be seamlessly integrated into existing systems, further enhancing usability.

In summary, the APC AR2400 is a cutting-edge power management solution tailored to meet the dynamic needs of modern businesses. With its comprehensive feature set, advanced monitoring technologies, energy efficiency, and robust protection capabilities, it stands out as an essential component for any organization looking to secure and optimize their electrical infrastructure.