A VxRail rack is being installed in a facility that has a history of power fluctuations. The facility manager wants to ensure the rack is protected from power surges and short outages. What is the most appropriate solution?

Rely on the facility's existing power conditioning equipment.

Install a standby generator only.

Install an uninterruptible power supply (UPS) and surge protectors.

Use a power distribution unit (PDU) with surge protection only.

A VxRail rack is being installed on a concrete floor. The rack weighs 2,000 kg and has a footprint of 0.6 m × 1.2 m. The floor has a load rating of 2,500 kg/m². Is the floor adequate to support the rack?

No, because the load is 2,778 kg/m², which exceeds the rating.

Yes, because the load is 2,778 kg/m², which is below the rating.

Yes, because the total weight is below the floor's total capacity.

No, because the rack is too heavy for any concrete floor.

A VxRail rack is being deployed with a 10GbE network. The network team is deciding between using copper (10GBASE-T) or fiber (SFP+) for the uplinks to the core. The distance is 80 meters. Which option should be chosen to minimize cost while meeting the distance requirement?

Use SFP+ with direct-attach copper cable.

Use SFP+ with single-mode fiber.

A VxRail rack is being installed in a data center that has a fire suppression system using water sprinklers. What is the most appropriate action to protect the equipment?

Install a pre-action or gas-based fire suppression system.

Ensure the rack is sealed to prevent water from entering.

Rely on the sprinkler system as it is code-compliant.

Place the rack in a waterproof enclosure.

A VxRail rack is being installed in a facility that is located in a seismic zone. What is the most appropriate action to ensure the rack is safe during an earthquake?

Install the rack in a corner of the room for additional support.

Use seismic bracing or anchoring kits to secure the rack to the floor.

Place the rack on casters to allow it to move with the seismic activity.

Rely on the building's structural design to protect the rack.

Dell VxRail Deploy v2

Domain 1Objective 2

Describe VxRail Rack Requirements VXRAIL-DEPLOY-V2 Practice Questions (Page 1)

Part of the VxRail Physical Components domain, which accounts for 4% of the VXRAIL-DEPLOY-V2 exam.

9questions here

2free pages

5concepts

4%of the exam

Questions 1–5

1expert · hard
A VxRail rack is being installed in a facility that has a history of power fluctuations. The facility manager wants to ensure the rack is protected from power surges and short outages. What is the most appropriate solution?
Select an answer first
2expert · hard
A VxRail rack is being installed on a concrete floor. The rack weighs 2,000 kg and has a footprint of 0.6 m × 1.2 m. The floor has a load rating of 2,500 kg/m². Is the floor adequate to support the rack?
Select an answer first
3expert · hard
A VxRail rack is being deployed with a 10GbE network. The network team is deciding between using copper (10GBASE-T) or fiber (SFP+) for the uplinks to the core. The distance is 80 meters. Which option should be chosen to minimize cost while meeting the distance requirement?
Select an answer first
4application · medium
A VxRail rack is being installed in a data center that has a fire suppression system using water sprinklers. What is the most appropriate action to protect the equipment?
Select an answer first
5expert · hard
A VxRail rack is being installed in a facility that is located in a seismic zone. What is the most appropriate action to ensure the rack is safe during an earthquake?
Select an answer first

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