| 10-403 |
DC to AC Inverters, single phase output, 120 Vac |
|
DC to AC Inverters |
| JV00113 |
DC to AC Inverter, 500 VA, 24 vdc to 120 vac |
| JV00112 |
DC to AC Inverter, 500 VA, 48 vdc to 120 vac |
|
|
| 10-408 |
DC to AC Inverter, 48 vdc to 120 vac |
|
PIV : Stand Alone Inverters |
| PIV300-48 |
DC to AC Inverter, 300 VA, 48 vdc to 120 vac |
| PIV300-48MBS |
DC to AC Inverter, 300 VA, 48 vdc to 120 vac, E/W static transfer
switch |
| PIV500-48 |
DC to AC Inverter, 500 VA, 48 vdc to 120 vac |
| PIV500-48MBS |
DC to AC Inverter, 500 VA, 48 vdc to 120 vac, E/W static transfer
switch |
| PIV750-48 |
DC to AC Inverter, 750 VA, 48 vdc to 120 vac |
| PIV750-48MBS |
DC to AC Inverter, 750 VA, 48 vdc to 120 vac, E/W static transfer
switch |
|
|
|
PIVI: Stand Alone Inverters |
| PIVI1.2K-48 |
DC to AC Inverter, 1.2 KVA, 48 vdc to 120 vac |
| PIVI1.2K-48MBS |
DC to AC Inverter, 1.2 KVA, 48 vdc to 120 vac, E/W static transfer
switch |
| PIVI1.5K-48 |
DC to AC Inverter, 1.5 KVA, 48 vdc to 120 vac |
| PIVI1.5K-48MBS |
DC to AC Inverter, 1.5 KVA, 48 vdc to 120 vac, E/W static transfer
switch |
| PIVI2.0K-48 |
DC to AC Inverter, 2.0 KVA, 48 vdc to 120 vac |
| PIVI2.0K-48MBS |
DC to AC Inverter, 2.0 KVA, 48 vdc to 120 vac, E/W static transfer
switch |
| PIVI3.0K-48 |
DC to AC Inverter, 3.0 KVA, 48 vdc to 120 vac |
| PIVI3.0K-48MBS |
DC to AC Inverter, 3.0 KVA, 48 vdc to 120 vac, E/W static transfer
switch |
| PIVI5.0K-48 |
DC to AC Inverter, 5.0 KVA, 48 vdc to 120 vac |
| PIVI5.0K-48MBS |
DC to AC Inverter, 5.0 KVA, 48 vdc to 120 vac, E/W static transfer
switch |
|
|
|
HPRI : Modular Inverter Systems |
| HPRI-INV-5K-48N |
Inverter Modules, 5.0 KVA, 48 vdc to 120 vac, 60 Hz 1 phase output |
| HPRI-INV-10K-48N |
Inverter Modules, 10.0 KVA, 48 vdc to 120 vac, 60 Hz 1 phase output |
| HPRI-PP-15K-48N |
Inverter Modules, 15.0 KVA, 48 vdc to 120 vac, 60 Hz 1 phase output |
| HPRI-PP-30K-48N |
Inverter Modules, 30.0 KVA, 48 vdc to 120 vac, 60 Hz 1 phase output,
(non-redundant) |
|
(Modular Inverter systems for 3 phase are available - consult
Applications Engineering) |
|
(30 KVA redundant & 60 - 90 KVA systems - consult Applications
Engineering) |
