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  • High current, high power reactor ideal for AC filtering in grid tied solar inverter and HVAC inverter systems
  • Compact size compared with traditional toroidal designs
  • Eliminates acoustic noise issue common in lamination core designs
  • High energy storage capability
  • Available mounted in enclosure with thermally conductive materials for superior heat dissipation
PX1391 Series Reactors for Inverter Systems
Unit of Measure
Items PX1391 Series Reactors for Inverter Systems
PX1391-100
4 Megaohm (mOhm) Maximum Direct Current (DC) Resistance PX1391 Series Reactor for Inverter Systems
PX1391 Series Reactors for Inverter Systems
PX1391-181
7 Megaohm (mOhm) Maximum Direct Current (DC) Resistance PX1391 Series Reactor for Inverter Systems
PX1391 Series Reactors for Inverter Systems
PX1391-241
10 Megaohm (mOhm) Maximum Direct Current (DC) Resistance PX1391 Series Reactor for Inverter Systems
PX1391 Series Reactors for Inverter Systems
PX1391-321
7 Megaohm (mOhm) Maximum Direct Current (DC) Resistance PX1391 Series Reactor for Inverter Systems
PX1391 Series Reactors for Inverter Systems
PX1391-401
16 Megaohm (mOhm) Maximum Direct Current (DC) Resistance PX1391 Series Reactor for Inverter Systems
Inductance N/A 99 µH N/A 176 µH N/A 240 µH N/A 317.5 µH N/A 397 µH
Maximum Direct Current Resistance (DCR) N/A 4.0 mOhm N/A 7.0 mOhm N/A 10.0 mOhm N/A 7.0 mOhm N/A 16.0 mOhm
Isat (Typ) 10% drop N/A 51 A N/A 38.5 A N/A 33.0 A N/A 32 A N/A 25.5 A
Isat (Typ) 20% drop N/A 76 A N/A 56.5 A N/A 48.5 A N/A 47 A N/A 38 A
Isat (Typ) 30% drop N/A 97 A N/A 72.5 A N/A 62.5 A N/A 62 A N/A 48.5 A
Irms (Typ) 40ºC rise N/A 56.5 A N/A 43.5 A N/A 35.5 A N/A 36.5 A N/A 40 A
Irms (Typ) 60ºC rise N/A 72 A N/A 55.5 A N/A 45.5 A N/A 46.5 A N/A 50.5 A
Length N/A 100 mm
Width N/A 65 mm
Height N/A 65 mm N/A 65 mm N/A 65 mm N/A 85 mm N/A 65 mm
Standard Operating Temperature Range N/A -40 to +180 ºC
Note N/A
  • Inductance measured at 10 KHz, 0.1 Vrms
  • Isat is the DC current where the inductance drops the specified amount from its original value.
  • Irms is the DC current that causes the specified temperature rise of the winding from 25 ºC ambient
Current Rating N/A 53 A N/A 42 A N/A 33 A N/A 53 A N/A 26 A