BICSI Data Center Design Consultant - DCDC - DCDC-003.1 Exam Practice Test

A. In the computer room

B. Anywhere with easy access to the outside

C. In a separate building on the campus

D. Adjacent to or in a secured space within the computer room

A. Airflow Efficiency Ratio (AFER)

B. Power Usage Effectiveness (PUE)

C. Temperature-Humidity Index (THI)

D. Computational Fluid Dynamics (CFD) modeling

A. 30F and 59F

B. -10°F to +85°F

C. 42F and 65F

D. 40F and 55F

A. Transferring control between utility and generator

B. Transforming voltage

C. Delivering power directly to the server racks

D. Managing cooling systems

A. 0.05-0.1 inches water gauge

B. 0.1-0.15 inches water gauge

C. 0.15-0.2 inches water gauge

D. 0.01-0.05 inches water gauge

A. 5 feet

B. 4 feet

C. 2 feet

D. 3 feet

A. 7-8 feet

B. 3-4 feet

C. 1-2 feet

D. 5-6 feet

A. 10 inches

B. 7 inches

C. 9 inches

D. 8 inches

E. 6 inches

A. 63 degrees

B. 72 degrees

C. 54 degrees

D. 45 degrees

E. 36 degrees

A. 8 AWG

B. 4 AWG

C. 6 AWG

D. 2 AWG

A. H = 150/1 + (L * 0.0007)

B. H = 100/1 + (L * 0.0007)

C. H = 200/1 + (L * 0.0007)

D. H = 50/1 + (L * 0.0007)

A. Do not exceed 20 racks in length and dead-end rows not to exceed ten racks long

B. All

C. None

D. Maximum twenty-five racks in each row only

E. Ten Racks in Length

A. -20°F/-28° C minimum and up to a maximum of104 ° Fahrenheit/40° Celsius

B. Up To140 Degrees Fahrenheit /60 Degrees Celsius

C. -30°F to +110°F (-34°C to +43°C)

D. -25°F to +125°F (-32°C to +52°C)

A. Loads due to snow, wash

B. Static loads due to force of gravity on fixed building elements (correct)

C. Temperature fluctuations leading to expansion and contraction

D. Dynamic loads due to external forces like suction winds and rain

A. Enables greater energy efficiency

B. None of the above

C. maintenance. activities are not taking place inside critical computer roomspace

D. Allows for easier access by IT staff during maintenance tasks