A. Grid Failure
B. Human Error
C. Hurricanes
D. Blackouts
A. Rack
B. Server
C. Hub
D. Switch
A. It creates potential issues with the existing fire suppression system(s).
B. Equipment will get too hot at the rear (back) of the rack potentially resulting in more ICT hardware failures.
C. It will be more difficult to install power and network cabling in the contained area.
D. The delta-T of the equipment will increase too much causing reliability issues.
A. Class A
B. Class D
C. Class C
D. Class B
A. None of the above
B. Increasing Sales
C. Reducing the Deficit
D. Reducing Costs
A. > 10 Volt measured at the rack level
B. > 5 Volt measured at the rack level
C. Preferred to be < 1 Volt with a maximum of 3 Volt
D. CMN has r>o effect on ICTequipment so any level is ok
A. Reducing the temperature in computer room to 18° C / 64= Fahrenheit
B. Create a distance between the EMF source and the ICT equipment / copper network cabling
C. Reducing the voltage in the computer room
D. Install TUVapp'oved shielding material
A. Yes, but only if you oversize the battery bank with 10%.
B. No
C. Yes, but only if they install it with a 12-pulse rectifier.
D. Yes
A. Pressure relief valves are required in the room that needs protection.
B. Install the gas containers (tanks) close to the data centre.
C. To use Inergen only for fires which are not related to electrical power.
D. Install protective covers around the nozzles to avoid accidental gas dumps.
