Product image for SHD K13E2H112S 112.5KVA 480D-208Y K
Email

SHD K13E2H112S 112.5KVA 480D-208Y K

Manufacturer: Sola Electric | Catalog # K13E2H112S | Cooper Electric Part # 1727760
$8,999.46 /ea
ea
Log in or register to view your price, purchase history, and more!
Out of stock, please contact your sales representative for availability, pricing and lead times
Product Spec Sheet Product Catalog Page Product Brochure
K-Factor Transformers feature conductors capable of carrying the harmonic currents of non-linear loads without exceeding the temperature rating of the insulation system. The basic design takes into account the increase in naturally occurring .stray. losses caused by non-linear loads that can cause standard transformers to dramatically overheat and fail prematurely. The core and coil design manages the DC flux caused by triplen harmonics.

Technical Information

Applications
Any Situation where the Available Voltage must be Changed to Accommodate the Voltage Required by the Specific Electrical Circuit or Connected Equipment
Efficiency
98.74
Enclosure
NEMA 1
Number of Phases
3 Phase
Primary Voltage
480 V
Secondary Voltage
208 V
Standard
CSA,E2186,UL
Temperature Rating
150 degrees C
Type
Compact, Short-Circuit-Proof, Internally Fused, 1-Phase

Manufacturer Information

Brand
Emerson Electric Co.

General Product Info

12-Digit UPC
783472149285
GTiN
00783472149285
Product UPC
78347214928

Dimensions

Height
44 Inch
Length
33 Inch
Width
21 in
Features
  • UL
  • Energy Efficient Compliant to DOE 2016. Made in the USA
  • Conductors to carry harmonics of a K-rated load without exceeding insulation temperature ratings
  • UL 1561 Listed up to K-20 rated protection
  • Rated temperature rise of +150°C, +220°C insulation
  • Shielded for quality power
  • Basic design takes stray losses into account and functions within safe operating temperatures
  • Core and coil design engineered to manage the zero sequence flux caused by triplen harmonics
  • Provides 100% rated current without overheating the windings or saturating the core
Compare