
| Brand | VERTIV |
|---|---|
| Manufacturer Part Number | VRA6029 |
| Part Type | RACK PANEL |
The Vertiv VRA6029 VR Rack Pass-Through Panel is a versatile and essential component for data center cooling and power distribution systems. This panel is designed to provide a seamless integration between the hot and cold aisles of a data center rack, allowing for efficient airflow and optimized cooling performance.
The VRA6029 Pass-Through Panel is engineered to accommodate Vertiv's VR Rack systems, specifically those with a depth of 24 inches. Its dimensions are 36 inches (height) x 32 inches (width) x 11 inches (depth), making it suitable for standard rack configurations.
The key feature of this panel is its pass-through design, which enables the transfer of power and data cables between the hot and cold aisles without compromising the airflow or requiring additional cable management solutions. This pass-through design not only improves the overall efficiency of the data center but also simplifies the installation and maintenance of the rack-mounted equipment.
The VRA6029 Pass-Through Panel comes with a removable blanking panel, providing flexibility for configuring the rack as needed. The blanking panel also helps in minimizing the bypass airflow and maintaining the desired temperature within the data center.
The panel is constructed of high-quality materials, including powder-coated steel for durability and corrosion resistance. It also features a locking mechanism on the blanking panel to secure it in place and prevent accidental removal.
In terms of power and data distribution, the VRA6029 Pass-Through Panel includes a vertical power busbar system and a vertical data busbar system. These systems allow for easy and efficient distribution of power and data cables to the rack-mounted equipment, eliminating the need for horizontal cable management and reducing the risk of cable damage.
Additionally, the panel is equipped with a grounding bar, ensuring proper grounding of the equipment and ensuring electrical safety. The pass-through design also includes a cable management tray, which helps in organizing and securing the cables, improving the overall appearance and functionality of the data center.
The Vertiv VRA6029 VR Rack Pass-Through Panel is an essential component for any data center or IT infrastructure, offering efficient cooling, simplified cable management, and streamlined power and data distribution. Its robust design, ease of installation, and flexibility make it an ideal choice for a wide range of applications.
The Vertiv VR A6029 VR Rack Pass-Through Panel is a power distribution solution designed for data centers and other critical environments. This panel allows for the transfer of power from the main distribution bus to the IT equipment racks while providing various safety features. Let's explore the pros and cons of purchasing this Vertiv product.
Pros:1. Enhanced Safety: The VR A6029 panel comes with a variety of built-in safety features such as ground fault detection, overcurrent protection, and short circuit protection. These features help prevent potential electrical hazards and ensure the safety of the equipment.
2. Redundancy: The panel supports N 1 redundancy, which means that if one power source fails, another source can take over without any interruption in power supply to the IT equipment. This feature is especially important in mission-critical environments.
3. Flexibility: The VR A6029 panel offers flexibility in terms of power distribution. It supports various power configurations, including 2N 1, 3N 1, and 2N 2. This flexibility allows organizations to tailor their power distribution infrastructure to their specific needs.
4. Easy Installation: The panel is designed for easy installation, with a modular design that allows for quick and straightforward assembly. This saves time and labor costs during installation.
5. High Efficiency: The VR A6029 panel is energy-efficient, with a power factor of 0.95 or greater. This helps reduce energy waste and lower operating costs.
Cons:1. Cost: The VR A6029 panel is a premium product, and its price point may be a significant barrier for some organizations. However, the safety features, redundancy, and flexibility it offers may justify the investment for mission-critical applications.
2. Complexity: The panel may be more complex to configure and manage compared to simpler power distribution solutions. This may require additional training and resources for IT staff.
3. Size: The panel is relatively large and heavy, which may require additional space and resources for transportation and installation.
Conclusion:The Vertiv VR A6029 VR Rack Pass-Through Panel is a high-performance power distribution solution designed for mission-critical applications. Its built-in safety features, redundancy, flexibility, easy installation, and high efficiency make it an excellent choice for data centers and other critical environments. However, its cost and complexity may be a barrier for some organizations. Ultimately, the decision to purchase this panel depends on the specific needs and budget of the organization.
Recommendation:If your organization requires a high-performance power distribution solution for a mission-critical application, the Vertiv VR A6029 VR Rack Pass-Through Panel is a solid choice. Its safety features, redundancy, flexibility, and energy efficiency make it an investment worth considering, despite its cost and complexity. However, it's essential to carefully assess your organization's specific needs and budget before making a purchase decision. If the VR A6029 panel is too expensive or complex for your needs, there may be other power distribution solutions that better fit your organization's requirements and budget.
The Vertiv VRA6029 is for 45u racks and measures 1100mm. Brush strips included. Image is an illustration, may not reflect the exact product sold.: manufacturer Vertiv, mfr part VRA6029, weight 72.00 UPC 7.
Vertiv - VRA6029 vr rack accessory vra pass-through side panel 45u 1100 equipment: 933.66: panels can replace existing side panels and allow for cabling between racks, while also keeping them thermally separated.
