Power Entry Modules Power Entry Modules provide the safe, reliable entry point for mains power in equipment. They are designed to mount directly in a panel or enclosure and may include mounting features and optional protective components in a compact, single package. Designed for consistent electrical performance and ease of integration, they help meet common safety and installation standards across applications. Key benefits Safe and compliant mains entry for equipment, with secure wiring and mounting Simplified assembly and reduced panel wiring through standardized footprints Compact, robust housings available in multiple sizes to fit standard enclosures Broad compatibility with common IEC power connectors and global market requirements Material and finish options to suit indoor and moderate environment use Reliable electrical performance with modelspecific current and voltage ratings Attributes to consider Function: power inlet for equipment, with mounting and optional protective features Compatibility: standard panel mounting footprints and connector interfaces Size: multiple footprints and enclosure options to fit various panels Material: housing options vary by model (plastic or metal) Performance: designed for dependable operation within rated ranges; refer to model specifications Use scenarios In a consumer electronics enclosure, providing a clean mains inlet and space for optional fusing or switching In an industrial control panel, delivering mains power to drives and controllers with a compact, easytoservice entry point In a laboratory instrument or test bench, enabling a neat, panelready power inlet with reliable mounting Rectifiers Rectifiers convert AC input to DC output to power DC circuits and supplies. They are designed to provide stable DC rails for electronics and systems that require a DC power source, with configurations and protection options that vary by model. Key benefits Efficient AC to DC conversion to support DCpowered electronics and systems Compact, modular designs that simplify integration into power supplies, chassis, or PCBs Flexible input and output options to match a range of applications Rugged housings and mounting options (metal or plastic; DIN rail, chassis, or PCB mount) for versatile installation Reliability with modeldependent protection features and thermal performance Broad applicability in telecom, industrial controls, instrumentation, and similar domains Attributes to consider Function: DC power generation from AC input for internal circuits and external power supplies Compatibility: suitable across different enclosure types and mounting schemes Size: available in multiple form factors to fit space constraints Material: metal or plastic housings depending on model Performance: current and voltage ratings, ripple characteristics, and efficiency vary by model; consult specifications Use scenarios In a power supply for industrial automation controllers, providing DC rails from AC mains In a laboratory instrument, supplying a stable DC voltage for precision measurement circuits In a small CNC or motor drive system, delivering a DC bus for control electronics and drives