Product image for SolaHD HS20F1.5A 1.5 kVa 120 x 240 VAC Primary 16/32 VAC Secondary 1-Phase Non-Ventilated Automation Transformer
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SolaHD HS20F1.5A 1.5 kVa 120 x 240 VAC Primary 16/32 VAC Secondary 1-Phase Non-Ventilated Automation Transformer

Manufacturer: Sola Electric | Catalog # HS20F1.5A | Cooper Electric Part # 933444
$431.23/ea
ea
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Buck-Boost Transformers provide a compact, energy efficient, low cost means for raising or lowering voltage by a relatively small amount . usually 5 to 27 percent. Buck-boost transformers are typically used to power control panels, landscape lighting and other loads with specific voltage requirements that differ from the available line voltage. The proper buck-boost transformer can maximize the performance and life of the connected equipment.

Technical Information

Applications
Buck-Boost Transformers are designed to supply power to low voltage lighting circuits, control panels or other systems requiring 12, 16, 24, 32, or 48 Volts.
Number of Phases
1 Phase
Primary Voltage
120X240 V
Secondary Voltage
16/32 V
Type
Buck-Boost Transformer
Wattage
1500 Watt

Manufacturer Information

Brand
SolaHD

General Product Info

12-Digit UPC
783472132263
GTiN
00783472132263
Product UPC
78347213226

Dimensions

Height
12 Inch
Length
7 Inch
Width
10 in

Certifications and Compliance

Buy American Compliant
Y
Features
  • cULus
  • Small, single phase, dry type distribution transformer
  • Dual voltage primary and a dual voltage secondary
  • Transformers can be connected for a wide range of voltage combinations
  • In compliance with NEC Article 210.9, Exception 1 when field connected as an autotransformer. They can handle loads up to 20 times the nameplate rating
  • More efficient than equivalent isolation transformers
  • When the primary and secondary windings are connected it becomes an autotransformer, allowing it to supply a load with a much larger kVA rating than the nameplate indicates
  • Connected as an insulating transformer, the transformers capacity matches the nameplate kVA rating
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