CRX0034AC

CRX0034AC

Alt: Centurion R Series

$245.00

Line Reactor, Three Phase, 34 Amp, 25hp, 480V, 60Hz, 3% Impedance, 0.68mH Inductance, 80 Watts Loss, Open Core and Coil, Terminal Block

Weight:
13.00 LBS
Minimum Purchase:
1 unit
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Description

Our Hammond HPS Centurion™ R reactor offers improved performance and reliability while reducing the product footprint.  HPS Centurion™ R reactors deliver protection for your motors and drives.  They are available in standard ratings from 0.5 HP (373 Watts) to 1000 HP (745 kilowatts), up to 600 V (690 V with de-rating) and are fully compliant with UL, CSA, CE, IEC, and NEMA standards.

The efficient and cost effective HPS Centurion™ R reactors are built to address both line-side and load-side issues associated with demanding AC drive applications.

  • Minimization of harmonic distortion
  • Mitigation of nuisance tripping
  • Reduced line notching
  • Extended life of switching components and motors
  • Reduced audible motor noise and motor operating temperature

Features Include:

  • Inductance (mH): 0.68
  • Watts Loss: 80
  • Amps: 34
  • System Voltage Ratings: 480 V @ 60Hz
  • Altitude (de-rating): Comply with NEMA ST20
  • Inductance Tolerance: +15/-10%
  • Inductance Curve [% Nominal Inductance (L) @ % Rated Current (l)]: 100% at 100% Current; 95% at 110% Current; 80% at 150% Current; 50% at 200% Current
  • Dielectric strength to ground: 4000 volts for 1 minute or equivalent
  • Cooling Method: Natural Convection
  • Enclosure: Core and Coil or Type 1 (Type 3R available upon request)
  • Insulation Class: 70 deg. C rise over average 50 deg. C ambient for 130 deg. C Temperature Class; 115 deg. C rise over average 50 deg. C ambient for 180 deg. C and 220 deg. C Temperature Classes
  • Compliance & Approvals: UL 508, CSA C9, CSA C22.2 No. 47 standards, CE Mark (IEC 61558-2-20:2000), UL listed (up to 600V), file No. E61431, CSA Certified file No LR3902, IEC 61558-2-20

Reactor Benefits:

  • Minimization of harmonic distortion
  • Mitigation of nuisance tripping
  • Reduced line notching
  • Extended life of switching components and motors
  • Reduced audible motor noise and motor operating temperature