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Supplier: WorldWide Electric Corporation
Description: CT (intermittent-1 Hour) / 10:1 VT Inverter shield insulation and inverter grade magnet wire meets or exceeds NEMA MG-1 Part 31 for exceptional corona and transient protection Cast iron frame and conduit box Suitable for part winding start on low voltage (1-125 HP)
- Other Output Power: 5 HP
- Continuous Current: 7.4 amps
- Gearbox Efficiency: 89.5 %
- Shaft Speed: 1,200 rpm
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Supplier: WorldWide Electric Corporation
Description: / 10:1 VT Inverter shield insulation and inverter grade magnet wire meets or exceeds NEMA MG-1 Part 31 for exceptional corona and transient protection Cast iron frame and conduit box Suitable for part winding start on low voltage Suitable for wye-delta start (15-100 HP)
- Other Output Power: 75 HP
- Continuous Current: 85.1 amps
- Gearbox Efficiency: 95.4 %
- Shaft Speed: 1,800 rpm
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Supplier: WorldWide Electric Corporation
Description: duty, 10:1 CT / 20:1 VT (1.0 service factor) Dual rated for 50/60 Hz Oversized bearings Metal clad V type sealing rings Inverter grade spike resistant magnet wire per NEMA MG1 Part 31
- Other Output Power: 3 HP
- Continuous Current: 4.4 amps
- Gearbox Efficiency: 89.5 %
- Shaft Speed: 1,200 rpm
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Supplier: Deca Vibrator
Description: Deca Rotary Electric Vibrator Features: • Class H Windings • Severe Duty TEFC • 3 Phase & 1 Phase - 50/60Hz • Dual Voltage Motor • Standard & Foreign Voltages Available • Stator Impregnated with Extra Heavy Varnish System • High Temperature Copper Magnet Wire • Oversized Conduit
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Supplier: DuPont Electronics & Imaging
Description: voltage environments where the potential for corona discharge is present. Kapton® CRC is typically used in industrial motor and generator applications as magnet wire, turn to turn strand, coil, slot liner and ground insulation materials. It has also been used to form laminates with
- Features: Dielectric, Other, Specialty / Other
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The effect of pulsed voltages on dielectric material properties
D.Metzlr and J. Hake, "The effect of mechanical deformation and ivire size on the ozone erosion resistance of inverter duty magnet wires ", Proc. IEEE Int. Conf. Elec.
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A theoretical approach of partial discharges under square voltage wave forms
Metzler, “The effect of mechanical deformationon the ozoneresistance of inverter duty magnet wires ”, Proc. of the .
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Lifetime of conventional and corona resistant enamels
Hake, ‘The effectofmechanicaltMb” on theozoneresistanceof inverter duty magnet wires ”, Proc. ofthe EIC-EMCW 97,389-395,1997 .
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Proceedings: Electrical Insulation Conference and Electrical Manufacturing and Coil Winding Conference
The Effect of Mechanical Deformation and Wire Size on the Ozone Erosion Resistance of Inverter - Duty Magnet Wires .
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Investigations of magnet wire enamels and impregnants especially for inverter-fed motors
[3] Metzler, D.A.; Hake, J.E.: The Effect of Mechanical Deformation and Wire Size on the Ozone Erodion Resistance of Inverter - Duty Magnet Wires , POC.Conf.
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The effect of winding stresses on the pulse endurance of corona resistant magnet wire
Metzler D., and J. Hake, “The Effect of Mechanical Deformationand Wire Sizeon the Ozone Erosion Resistance of Inverter - Duty Magnet Wires ,” Proceedings of EICECMW Conference,Chicago, IL Sept. 1997,p.
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Winding tests for “Drive duty” induction motor stators
Metzler, David A. “The Effect of Mechanical Deformation and Wire Size on the Ozone Erosion Resistance of Inverter - Duty Magnet Wire ”, EICEMCW Proceedings 1997, p. 389.
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Using corona inception voltage for motor evaluation
One recently introduced solution that is internal to the motor is the new “ inverter - duty ” magnet wire .
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Study of nano TiO/sub 2/ filler in the corona-resistant magnetic wire insulation performance of inverter-fed motor
Magnet Wire Insulation for Inverter Duty Molors.
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Studies on magnet wire degradation with inverter driven motors
A standardized test for magnet wire insulation intended for inverter duty motor should be developed to evaluate inverter duty motor insulation.