ABB LXN1604-6 DIN rail power supply module

Functional Features

• Convenient installation
  • Adopt standard DIN rail installation method, no complex installation steps and additional accessories are required, which simplifies the installation process and saves space inside the control cabinet.
  • Compact and lightweight design, easy to install and maintain.
• Wide adaptability
  • Support a wide input voltage range, which can flexibly adapt to power supply standards in different regions around the world, avoiding the risk of equipment operation impact caused by input voltage fluctuations.
  • Wide operating temperature range, suitable for a variety of harsh industrial environments.
• Efficient and energy-saving
  • High conversion efficiency reduces energy loss and heat generation during operation, improves energy utilization, and helps extend the service life of components.
  • Adopt advanced calculation technology and IGBT semiconductor manufacturing to ensure efficient energy conversion. Some models support regenerative braking energy feedback to achieve energy-saving applications.
• Comprehensive protection
  • Built-in overload protection (constant current limit), short circuit protection (automatic recovery) and overvoltage protection to effectively protect the power module and connected loads.
  • Low THD design, in line with IEEE 519 standard, can suppress grid harmonics.
• Powerful functions
  • Realize AC/DC or DC/AC conversion, such as wind power converter and photovoltaic inverter.
  • Support motor drive control for industrial frequency conversion speed regulation.
  • Have multi-protocol communication function, support Profibus, Modbus TCP, CANopen and other protocols.
  • With 16 digital inputs and 16 digital outputs, it can process discrete signals.

Application Scenarios

• Industrial automation
  • Provide power for programmable logic controllers, distributed control systems, industrial sensors, transmitters, encoders, relays, contactors and small motor drives.
  • Used in industrial frequency conversion drives, such as energy-saving speed regulation of large motors (pumps, fans, compressors), and high dynamic response applications such as rolling mills and cranes.
  • Control and monitor industrial processes, collect and process sensor data, and execute logical operations and decisions.
• Renewable energy field
  • As a wind power converter, it is used for grid-connected control of doubly-fed or full-power wind turbines.
  • As a photovoltaic inverter, it realizes DC-AC conversion and supports maximum power point tracking.
• Other fields
  • In the traction system of rail transit (subway, high-speed rail), it is used for DC power conversion; in the ship electric propulsion system, it is used for frequency conversion drive.
  • Used in battery energy storage systems for power conversion and energy management in black start and island modes.
  • Provide power for various control units, sensors and actuators in intelligent buildings and building management systems.