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Thursday, November 14, 2019
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90 Amps 480-600 Volt Grounding Reactor 90C1600E6/E1

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Availability: Available for order. Production Time: 6 weeks

US$ 4,876.00

Quick Overview

Catalog No.: 3C500HD-JD.3RT
500 kVA • Three Phase • Primary: 480 Volt • Secondary: 600 Volt
Conductor: Copper

Please select check box below to request documents and certification, if require.

US$ 4,876.00


Three phase Totally Enclosed Isolation Transformer 3C500HD-JD.3RT has primary and secondary windings that are physically separated from each other. Secondary neutral to ground bonding eliminates common mode noise, providing an isolated neutral-ground reference for sensitive equipment.


Totally Enclosed Isolation Transformer 3C500HD-JD.3RT Winding Schematic:

Delta-Delta(Dd0) Three phase connection

Preliminary General Drawing. (Dimensions in inches).


Totally Enclosed Isolation Transformer general dimensions

*All information and images presented here is based on preliminary data or design and may be changed without prior notice.
Request Drawing Proof to confirm dimensions from Optional Feature tab, if it is critical.

Full Specification

Catalog No. 90C1600E6/E1
Product Type Line Reactor
Phase Three
Maximum Current N/A
Voltage range N/A
Reactor Power Rate N/A
Frequency, Hz 60
Inductance, mH N/A
Impedance 3%
Current over load capability 150% for 1 min
Saturation Level 250% of rated current (50% rated inductance minimum at 350% rated current).
Vector Group Delta-Delta(Dd0)
Winding Conductor Copper
Temperature Rise, °C 150
Insulation Class 220 (R)
Insulation Level, (B.I.L), kVA 10
Sound Level, dB 60
Standards and Certifications Seismic Qualified SDS=1.60g 2/h=1.0 OSHPD OSP-0109-10.
UL Listed., cUL Listed.
Enclosure Type Nema 3R. Outdoor Non-Ventilated Weather resistant steel enclosure
Weight, Lbs 670.0
Country of Manufacture Mexico

Transformer Calculator

Help: To calculate required kVA of the transformer enter Load Amps, Load Volt and press "Required kVA" button. Also you can calculate Current from other two parameters.
Note: Recommended add up to 20% to the calculated kVA