A. The efficiency can be up to 96%.
B. The efficiency can be up to 95% at 20% loads.
C. The efficiency can be up to 96% at 40% loads.
D. The efficiency can be up to 94% at 20% loads.
A. 1.2
B. 2
C. 1.6
D. 3
A. A battery suffers from obvious bulge and leakage.
B. The voltage increase of a battery is faster than the other batteries.
C. The temperature of the battery string during discharge is 2 ℃ higher than the surrounding ambient temperature.
D. The voltage drop of a battery is obviously faster than the other batteries.
A. FALSE
B. TRUE
A. 14.1V
B. 10.02 V
C. 14.52 V
D. 13.5 V
A. North America
B. Middle East and North Africa
C. China and Asian-Pacific region
D. The Commonwealth of the Independent States and Europe
A. 3U, 96%
B. 2U, 95.5%
C. 3U, 95.5%
D. 2U, 96%
A. 1+0/1+1/2+0/2+1
B. 1+0/1+1
C. 2+0/2+1
A. IP21 component
B. ECM extended subrack
C. Dry contact card socket
A. 1 U
B. 4 U
C. 2 U
D. 3 U
A. The efficiency is 94%.
B. The output power factor is 1.
C. The number of batteries cannot be adjusted.
D. The input power factor is 0.99.
A. Adjustable number of batteries
B. Support battery temperature compensation
C. Support switchover between equalized charging and float charging
D. Support battery hibernation
A. The input voltage of the UPS ranges 138-485 V AC.
B. The UPS5000-A has two control units.
C. The UPS5000-A-400/500K supports the upflow mode.
D. The UPS5000-A-400/500K has built-in components for parallel operation.
A. Top and bottom pipe routing
B. Bottom pipe routing
C. Top pipe routing