Core Features Compact Low-Current Design for 5V DC Sensitive Loads: Functions as a precision industrial-grade power supply optimized for North American 120V AC grids, converting input to stable 5V DC output. It delivers 1A rated current (5W power rating) with ultra-low output ripple (<15mVpp), ensuring clean, interference-free power for 5V DC sensitive devices like micro-controllers, small IoT modules, or low-power sensors that require strict voltage stability. The "GN" designation indicates compliance with global safety and EMC standards for general industrial use. High Efficiency & Minimal Energy Waste: Equipped with compact switch-mode technology to achieve ≥80% efficiency (at full load), minimizing heat generation—critical for crowded control cabinets or energy-sensitive setups. The ultra-low no-load power consumption (<0.3W) further reduces standby energy use, aligning with global industrial efficiency standards (e.g., EN 61000-3-2) for low-power equipment. Targeted Protection for 5V DC Gear: Integrates essential protection mechanisms to safeguard delicate 5V DC components: Overload protection: Limits output current to ~1.5x rated value to prevent damage during temporary load surges (e.g., module startup). Short-circuit protection: Current-limited shutdown with automatic recovery once faults are resolved—avoiding permanent damage to microelectronics (e.g., sensor chips). Overvoltage protection: Clamps output voltage to ≤6V DC to shield 5V DC devices from 120V AC grid spikes—critical for components with narrow voltage tolerance. Wide Input Tolerance & Industrial Durability: Designed to handle unstable 120V AC inputs, supporting an input range of 85–132V AC (compatible with North American grids and voltage fluctuations). It operates reliably in temperatures from -20°C to +60°C, suitable for cold warehouses or warm production floors. The IP20 protection rating (IEC 60529) shields internal components from dust and accidental contact, while vibration resistance (10–500Hz, 30m/s²) ensures performance in mobile setups. Ultra-Slim Form & Easy Installation: Features an ultra-compact, DIN-rail mountable design (35mm standard DIN rail) with a width of only 22.5mm—ideal for space-constrained control cabinets. Tool-free terminal blocks enable quick, secure wiring (accepts 0.5–2.5mm² cables), and a bright LED status indicator (green: normal; red: fault) allows instant visual monitoring—reducing installation time and simplifying troubleshooting for light-duty systems. Typical Applications The Phoenix Contact CM 62-PS-120AC-5DC-1-GN-2941277 is engineered for low-current 5V DC power delivery in North American 120V AC systems—ideal for light-duty scenarios where precision low-voltage supply and global compliance are key—with core use cases including: Micro-Controller & IoT Module Power: Supplies 5V DC to industrial micro-controllers (e.g., Arduino Uno Industrial, Raspberry Pi Pico W) or low-power IoT edge modules (e.g., Wi-Fi/Bluetooth sensor nodes) in automation networks. The ultra-low ripple ensures stable processing, while global compliance supports multi-region deployment—complying with IEEE 802.15.4 standards for low-power IoT. Small Sensor & Transmitter Power: Powers 5V DC micro-sensors (e.g., tiny temperature sensors, light-dependent resistors) or low-power transmitters in manufacturing lines (e.g., electronics assembly, lab automation). The precise output avoids sensor data distortion, ensuring accurate measurement—complying with IEC 60947-5-2 standards for industrial control devices. Industrial Test & Measurement Auxiliary Power: Serves as a power source for 5V DC test instruments (e.g., portable logic analyzers, small data loggers) in factory quality control stations. The stable output ensures consistent test results, and the slim design integrates into test bench setups—complying with IEC 61010-1 standards for electrical test equipment. Low-Power LED & Indicator Power: Provides 5V DC to small LED arrays (e.g., debug indicators, compact status lights) in control cabinets or equipment panels. The 1A output supports dozens of LEDs in parallel, while low ripple avoids flicker—complying with IEC 60598 standards for lighting equipment.