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Sola HS Buck–Boost Transformer

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Sola HS Buck–Boost Transformer
Manufacturer: Sola

Buck-Boost transformers are small, single phase, dry type distribution transformers designed and shipped as insulating/isolating transformers. They have a dual voltage primary and a dual voltage secondary. These transformers can be connected for a wide range of voltage combinations. The most common use is to buck (lower) or boost (raise) the supply voltage a small amount, usually 5 to 27%. Buck-Boost transformers are in compliance with NEC Article 210-9, Exception 1 when field connected as an autotransformer.

The major advantages of Buck-boost transformers are their low cost, compact size and light weight. They are also more efficient and cost less than equivalent isolation transformers. When connected as an autotransformer, they can handle loads up to 20 times the nameplate rating. A buck-boost transformer is the ideal solution for changing line voltage by small amounts.

When a buck-boost has the primary and secondary windings connected, per recommended instructions, it becomes an autotransformer. Now only the secondary windings are transforming voltage and current. The majority of the KVA load passes directly from the supply to the load. This is why buck-boost transformers can supply a load with a much larger KVA rating than the nameplate indicates.

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Features Model
  • Input Line Voltage
  • Measure the supply voltage with a voltmeter.
  • Voltage Required for the Load
  • Check the load equipment to determine the voltage requirement.
  • KVA or Ampere Rating of the Load
  • Find either the load KVA or the load amperage requirements. This information is listed on the nameplate of the load equipment.
  • Frequency
  • Either 50 or 60 Hz. The frequency of the transformer must match the frequency of the load.
  • Number of Phases
  • Single or three phase line and load must match. (A transformer cannot convert single to three phase.) A common application is to make a single phase connection from a three phase supply by using one phase of the three phase supply circuit. Be careful not to overload that phase of the three phase supply. For buck-boost applications the supply must provide load KVA - not just the nameplate rating of the buck-boost.
Mfr. Part No. Description
HS19B50 Maximum Secondary Voltage Amperage, 12V, 4.16
HS19B100 Maximum Secondary Voltage Amperage, 12V, 8.33
HS19B150 Maximum Secondary Voltage Amperage, 12V, 12.5
HS19B250 Maximum Secondary Voltage Amperage, 12V, 20.8
HS19F500B Maximum Secondary Voltage Amperage, 12V, 41.6
HS19F750B Maximum Secondary Voltage Amperage, 12V, 62.5
HS19F1B Maximum Secondary Voltage Amperage, 12V, 83.3
HS19F1.5A Maximum Secondary Voltage Amperage, 12V, 125
HS19F2A Maximum Secondary Voltage Amperage, 12V, 166.6
HS19F3A Maximum Secondary Voltage Amperage, 12V, 250
HS19F5A Maximum Secondary Voltage Amperage, 12V, 416.5
HS19F7.5A Maximum Secondary Voltage Amperage, 12V, 625
HS20B150 Maximum Secondary Voltage Amperage, 12V, 9.38
HS20B250 Maximum Secondary Voltage Amperage, 12V, 15.6
HS20F500B Maximum Secondary Voltage Amperage, 12V, 31.2
HS20F750B Maximum Secondary Voltage Amperage, 12V, 46.8
HS20F1B Maximum Secondary Voltage Amperage, 12V, 62.5
HS20F1.5A Maximum Secondary Voltage Amperage, 12V, 93.7
HS20F2A Maximum Secondary Voltage Amperage, 12V, 125
HS20F3A Maximum Secondary Voltage Amperage, 12V, 187.5

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