General-Purpose Transformer, Dry Type Distribution, DT-3, Three-phase, PV: 208V, Taps: 2 at +2.5% FCAN, 4 at -2.5% FCBN, SV: 480Y/277V, 150°C, 112.5 kVA, Al windings , Frame: 916A, uses WS19
SKU: #169204
Part: #V29M47T12
UPC: 786680094729
General-Purpose Transformer, Dry Type Distribution, DT-3, Three-phase, PV: 208V, Taps: 2 at +2.5% FCAN, 4 at -2.5% FCBN, SV: 480Y/277V, 150°C, 112.5 kVA, Al windings , Frame: 916A, uses WS19
SKU: #169204
Part: #V29M47T12
UPC: 786680094729
Description
General-Purpose Transformer, Dry Type Distribution, Three-phase, 112.5 kVA – Electrical Transformer
This Eaton General-Purpose Transformer is a dry type distribution transformer designed for three-phase electrical power applications. It operates with a primary voltage (PV) of 208V and a secondary voltage (SV) of 480Y/277V, suitable for commercial and industrial electrical distribution. The transformer features aluminum windings and a 150°C insulation rating, ensuring reliable performance in demanding environments. The unit is housed in a 916A frame and includes multiple taps for voltage adjustment: 2 taps at +2.5% FCAN and 4 taps at -2.5% FCBN, allowing for precise voltage regulation. This product is ideal for electrical distributors and switchgear suppliers looking for efficient lighting solutions, wire and cable compatibility, and dependable power distribution.
Specifications
- Manufacturer: Eaton
- Manufacturer Part #: V29M47T12
- Frame: 916A
- Number of Phases: 3
- Primary Voltage (PV): 208V
- Secondary Voltage (SV): 480Y/277V
- Power Rating: 112.5 kVA
- Coil Material: Aluminum
- Insulation Temperature Rating: 150°C
- Dimensions (W x H x L): 28.22 in x 48.56 in x 23.42 in
- Product Weight: 772 lbs
- UPC: 786680094729
Features
- Dry type construction for safe and maintenance-friendly operation
- Multiple voltage taps for flexible voltage regulation
- Aluminum windings for lightweight and efficient electrical conductivity
- Robust frame (916A) for durability in commercial distribution environments
- High temperature insulation (150°C) for enhanced thermal performance