3 Phase Delta Buck/Boost Step-Up Transformer 208V Primary 222V Secondary 9.38 Amps 50/60Hz J2676

The MT-BBT-208D-222D-3P-9.38A Three Phase Energy Efficient Buck and Boost 50/60Hz Transformer from Larson Electronics is powerful reliable and designed with the environment in mind. Suitable for both indoor and outdoor applications the MT-BBT-208D-222D-3P-9.38A provides increased reliability protection against critical equipment failures and an extra level of protection by isolating the power source from the connected device. The lower operating costs lower heat emissions and lower cost of ownership make this transformer ideal for a wide range of applications and businesses. *PLEASE NOTE: ANY FREE SHIPPING OFFERS DO NOT APPLY TO POWER DISTRIBUTION PANELS TRANSFORMERS OR SUBSTATIONS* Transformer Features: The MT-BBT-208D-222D-3P-9.38A buck and boost transformer is a three phase unit with a 3.6kVA rating and a primary voltage of 208V AC with 10.01 amps available on the primary side. It also provides a secondary voltage of 222V and has 9.38 amps available on the secondary side. Featuring robust construction this unit`s cores are manufactured with non-aging cold-rolled silicon steel laminations using state of the art technology. This unit boasts a low cost of ownership and is highly energy efficient. Lower heat emissions mean less cooling is needed as well. The NEMA 3R painted steel enclosure makes the unit suitable for both indoor and outdoor applications and it can be either floor or wall mounted. The unit features a 180C insulation with a 115C temperature rise. Benefits: The MT-BBT-208D-222D-3P-9.38A buck and boost transformer offers many benefits to the consumer. Precision cut aluminum transformer winding material help to improve performance. The close tolerances used during manufacturing also eliminates burrs which hinder performance. Each core is specially coated to prevent the ingress of moisture and are electrically balanced to minimize axial forces during short circuit situations. Buck and boost transformers are designed to maximize the performance a