Square D™ TeSys® LC1F330 3-Phase IEC Contactor With Coil, 600 VAC V Coil, 330 A, 3NO Contact, 3 Poles - 112083

NEMA & IEC Contactors
112083 MFG #: LC1F330
0.00000 / each

Image 1 for Schneider Electric LC1F330
Square D™ TeSys® IEC Contactor, 3-Phase, Series: LC1F, 600 VAC Coil, 330 A Maximum Load Current, 160 kW Coil, 3 Pole, 50/60 Hz Frequency, 44/31 W Wattage, Non-Reversing Contact, 3NO Contact Configuration, 600 VAC, 330 A Inductive, 400 A Resistive Contact, Bolt-On/Lug Terminal, IP20 Enclosure, 10000000 cycles Operating Cycles, -5 to 55 deg C Operating, Panel Mounting, 8.39 in W x 8.62 in D x 8.11 in H Dimensions
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  • Features
  • 8 kv-rated impulse withstand voltage
  • III overvoltage category
  • 400 a at 104 deg f conventional-free air thermal current
  • 2640 a conforming to IEC 60947-4-1 rated breaking capacity
  • 400 a aM at 440 V/500 a gG at 440 V associated fuse rating
  • 0.28 mohm at 50 Hz to 400 a average impedance
  • 1000 V conforming to IEC 60947-4-1/1500 V conforming to VDE 0110 group c rated insulation voltage
  • 88.5 in-lb tightening torque power circuit
  • 100 to 170 ms closing, 40 to 65 ms opening operating time
  • 2400 cycles/hr at 131 deg f operating rate
  • 650 VA at 68 deg f 40 to 400 Hz inrush power
  • 10 VA at 68 deg f 40 to 400 Hz hold-in power consumption
  • 8 W heat dissipation
  • TH protective treatment
  • -40 to 158 deg f permissible ambient air temperature around the device
  • 9842.52 ft without derating in temperature operating altitude
  • Vibrations contactor closed 6 gn, 5 to 300 Hz/shocks contactor open 9 gn for 11 ms/vibrations contactor open 2 gn, 5 to 300 Hz/shocks contactor closed 15 gn for 11 ms mechanical robustness
  • 160 kW at 380 to 400 vac 50/60 Hz AC-3, 200 kW at 500 vac 50/60 Hz AC-3, 180 kW at 415 vac 50/60 Hz AC-3, 200 kW at 440 vac 50/60 Hz AC-3 motor power
  • 220 kW at 660 to 690 vac 50/60 Hz AC-3, 160 kW at 1000 vac 50/60 Hz AC-3, 100 kW at 220 to 230 vac 50/60 Hz AC-3, 59 kW at 400 vac 50/60 Hz AC-4 motor power
  • 44 W (AC-1), 31 W (AC-3) power dissipation per pole