1. Power Entry Modules Purpose and benefits Provides safe mains entry for equipment with options for fuse holders and local switches Reduces wiring complexity and simplifies installation in enclosures Enables reliable power protection and local control for equipment Function and performance Designed to support standard mains entry needs for electronic devices and systems Offers dependable electrical contacts and modular configurations for consistent performance Built to handle typical operating voltages and currents used in industrial and commercial equipment Compatibility and integration Fits standard enclosure cutouts and mounting patterns Compatible with common IEC inlets, fuse types, and switch variants Easy to integrate with power distribution boards and DC power paths Size and material Available in a range of sizes to suit different enclosure footprints Housings offered in plastic or metal, with suitable finishes for industrial environments Compact variants for tight panel spaces and larger variants for higher current applications Applications and use scenarios Control cabinets in industrial automation requiring safe mains entry and protection Enclosures for test equipment or instrumentation needing reliable power entry with local control Compact power entry solutions for medical devices or laboratory equipment in compliant, tidy enclosures 2. Rectifiers Purpose and benefits Convert AC power to DC to power DC circuits and supply DC rails in systems Provide stable DC output and reliable regulation for sensitive electronics Support scalable configurations to match varying load requirements Function and performance Available in single phase and modular configurations to suit different power needs Designed for efficient conversion with attention to thermal performance and ripple control Suitable for continuous operation with predictable DC output quality Compatibility and integration Works with standard DC bus architectures and common power supplies Situates easily in equipment racks, control panels, and benchtop test setups Mounting and wiring footprints aligned with common enclosure designs Size and material Offered in compact to rugged enclosures to fit diverse applications Housings may be metal or plastic, chosen for durability and thermal management Form factors available to accommodate various input voltages and current ratings Applications and use scenarios Supplying DC rails for industrial automation controllers, drives, and sensors Providing power for lab instrumentation, test benches, and research equipment Supporting DC power needs in telecom, broadband, or battery charging subsystems Safety and standards Designed to meet common electrical safety standards applicable to power conversion components Built with considerations for reliable operation in typical industrial and commercial environments