"The following table gives typical thermal dissipation as a function of mode of
operation. The models listed below are 120V and 230V versions of PowerStack
250 and 450. On-battery thermal dissipation is given at full rated load over
the entire battery discharge period. Note that on-battery thermal dissipation
is limited in duration according to available battery capacity and output
loading.
"
operation. The models listed below are 120V and 230V versions of PowerStack
250 and 450. On-battery thermal dissipation is given at full rated load over
the entire battery discharge period. Note that on-battery thermal dissipation
is limited in duration according to available battery capacity and output
loading.
| Model | Operating On-line Watts [BTU/Hr] | Operating On-battery Watts [BTU/Hr] |
|---|---|---|
| 250 | 16[55] | 35[120] |
| 450 | 10[34] | 75[256] |
Publicado para:Schneider Electric Brasil
"The following table gives typical thermal dissipation as a function of mode of
operation. The models listed below are 120V and 230V versions of PowerStack
250 and 450. On-battery thermal dissipation is given at full rated load over
the entire battery discharge period. Note that on-battery thermal dissipation
is limited in duration according to available battery capacity and output
loading.
"
operation. The models listed below are 120V and 230V versions of PowerStack
250 and 450. On-battery thermal dissipation is given at full rated load over
the entire battery discharge period. Note that on-battery thermal dissipation
is limited in duration according to available battery capacity and output
loading.
| Model | Operating On-line Watts [BTU/Hr] | Operating On-battery Watts [BTU/Hr] |
|---|---|---|
| 250 | 16[55] | 35[120] |
| 450 | 10[34] | 75[256] |
Publicado para:Schneider Electric Brasil
