The Power-One MAP55-1024 represents a pinnacle in compact switching power supply design. As a member of the established MAP55 series, this unit is engineered to provide reliable DC power from a wide range of AC inputs. The design focuses on maximizing power density while maintaining low thermal signatures, a critical requirement for enclosed industrial control panels where airflow may be restricted. The MAP55-1024 utilizes advanced switching topologies to achieve high efficiency, reducing energy waste and extending the life of internal components.
This model is particularly notable for its quad-output configuration. By providing four distinct voltage rails from a single AC input, it eliminates the need for multiple discrete power supplies, thereby reducing system complexity, wiring time, and overall costs. This makes it an ideal choice for complex electronic assemblies that require different voltages for logic circuits, analog sensors, and peripheral drivers.
Stability is the hallmark of the MAP55-1024. Each output rail is meticulously regulated to ensure that voltage fluctuations on the input side do not affect the sensitive electronic loads on the output side. The power supply features excellent line and load regulation, ensuring that the DC output remains within strict tolerances even as the industrial environment's electrical conditions shift. Furthermore, the unit is designed with low ripple and noise characteristics, which is essential for maintaining the signal integrity of high-resolution analog circuits.
The MAP55-1024 includes comprehensive protection features to safeguard both the power supply and the connected equipment. These include overvoltage protection, short-circuit protection, and thermal shutdown. In the event of a fault, the unit is designed to fail safely, preventing catastrophic damage to expensive downstream components like PLCs or industrial computers.
Designed for the global market, the Power-One MAP55-1024 complies with rigorous international safety and EMI standards, including UL, CSA, and VDE certifications. Its robust mechanical construction allows it to withstand the vibrations and temperature extremes found in industrial settings. The use of high-quality electrolytic capacitors and semi-conductors ensures a high Mean Time Between Failures (MTBF), providing peace of mind for operators of mission-critical systems.




