The 1000NX, a bipolar inverter, is specifically engineered to reduce wiring and labor costs by accepting DC inputs from a dual separable array. The DC architecture associated with the 1000NX inverter, when implemented correctly, can save significant conductor material costs compared to a traditional monopolar design. In order to maximize material and labor savings, it is important to understand the differences in DC electrical design for a bipolar architecture compared with traditional monopolar architecture.  Sponsored by: Advanced Energy |
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