628009-001 - Asea Power Systems ASEA DBT12 GEN2 Dock Boost Transformer - Smart Isolation

ASEA DBT12 GEN2 Dock Boost Transformer

The Dock Boost Transformer (DBT) is designed to provide smart voltage regulation for marine vessels, ensuring complete protection against common shore power issues such as brownouts, voltage spikes, sags, and both low-line or high-line voltage conditions originating from dock power pedestals. With the capability to boost input voltages that sag by up to 35%, the DBT12 GEN2 ensures reliable power delivery to your vessel.

This transformer boasts a compact and lightweight design, making it an ideal replacement for both new constructions and retrofit applications. It presents a direct replacement for the Charles Iso-Boost, ensuring ease of installation.

The DBT12 accepts input voltages ranging from 167 V-270 V (47-70 Hz) and outputs a Split phase 120/240V or 115/230 V nominal. Additionally, the DBT24 model is available for handling nominal voltages of 230V, 400V, and 480V, each providing a 115/230V Split phase output.

Key Features:

The ASEA DBT12 GEN2 Dock Boost Transformer is a portable tool transformer designed for marine vessel applications. It provides smart voltage regulation to mitigate common shore power issues, including brownouts, voltage spikes, sags, and both low-line or high-line voltage conditions from dock power pedestals. This unit is capable of boosting input voltages that sag by up to 35%, ensuring consistent power delivery to connected equipment. With a compact and lightweight design, it is suitable for both new marine constructions and retrofit applications. The DBT12 GEN2 serves as a direct replacement for the Charles Iso-Boost, featuring an industry-recognized mounting pattern for straightforward installation. It accepts input voltages from 167 V-270 V (47-70 Hz) and outputs a Split phase 120/240V or 115/230 V nominal. The part number for this specific model is 628009-001. This transformer is intended for IT and marine professionals seeking reliable power conditioning for vessels.