Technical information

UPS RUNTIME
195
For the latest product & technical information, refer to the Information Sources on pages 2 and 3.
Updated 10/02/01
1. Data provided by APC.
2. How-to-Read example for 220-240(208): Input VAC is 220-240 as is the UPS output when electric service is active. When electric service is interrupted and the UPS is on battery the UPS
output is 208 VAC.
3. Battery output may be set to 220, 225, 230, or 240 VAC.
4. Two PDU jumper cables ship with the UPS for attachment from the IEC 320-C19 receptacles to Power Distribution Units (PDU) (P/N 94G7450).
5. SU-5000RMiB (P/N 37L6862) contains a Terminal Block (TB) for direct attachment to an electrical source by qualified personnel.
Total Configuration Runtime Estimator (Time in minutes)
1
Tower Rack Mount
International
Part Number
SU-700iNET
94G4073
SU-1000iNET
94G4074
SU-1400iNET
94G4075
SU-2200iNET
94G4076
SU-1400RMiB
94G6675
SU-3000RMiB
94G6677
SU-
5000RMiB
37L6862
United States
Part Number
SU-700NET
94G3134
SU-1000NET
94G3135
SU-1400NET
94G3136
Not Available SU-1400RMB
94G6674
SU-3000RMB
94G6676
SU-5000RMB
37L6861
Total Load
(Watts)
Runtime
Minutes
Runtime
Minutes
Runtime
Minutes
Runtime
Minutes
Runtime
Minutes
Runtime
Minutes
Runtime
Minutes
200 22 38 62 130 45 104 240
250 17 28 43 10 4 34 84 200
300 12 22 34 85 25 70 166
350 9 18 29 71 22 58 14 5
400 7 14 23 65 18 52 125
450 5 12 20 52 15 45 110
500 - 11 18 43 13 38 97
550 - 9 16 38 11 35 87
600-8133410 3176
650 - 7 12 31 9 29 68
700 - 6 11 28 8 26 63
750 - - 10 25 8 24 59
800 - - 9 23 7 22 55
850 - - 8 21 7 20 51
900- - 719 6 1847
950 - - 6 18 5 17 43
1000 - - - 17 - 16 39
110 0 - - - 15 - 14 34
1200 - - - 13 - 12 31
1300 - - - 11 - 10 28
14 00 - - - 9 - 9 2 5
1500 - - - 9 - 8 22
1600 - - - 8 - 8 20
1700 - - - - - 7 18
1800 - - - - - - 17
1900 - - - - - - 14
2000 - - - - - - 12
2100 - - - - - - 11
2200 - - - - - 11
2300 - - - - - - 10
2400 - - - - - 10
2500 - - - - - - 9
2600 - - - - - 9
2700 - - - - - - 8
2800 - - - - - - 8
1. Data provided by APC.
Steps:
1. Identify the devices contained in the configuration.
2. Sum the load (watts) of all devices in the configuration. Use either Maximum Load for minimum runtime or Typical Load for typical runtime.
3. Find the Total Configuration Load in the table above.
4. Select the most appropriate UPS model to achieve the desired runtime.
NOTE: If the Total Configuration Load is greater than the entries above, split the load across two or more UPS units.