Siemens A5E45127004 Power Conversion Module for Sinamics G220 Inverters & Medium-Power Motor Drives
Brand: Siemens (Confirmed via Siemens industrial component coding standards: The "A5E" prefix is exclusive to Siemens’ industrial drive accessories, consistent with Sinamics G220 series power module coding, and validated through Siemens G220 Technical Documentation and Product Catalogs). Purpose: A high-capacity power conversion module designed specifically for Siemens Sinamics G220 inverters, targeting medium-power industrial applications (2.2kW–250kW). Its core function is to convert 3-phase AC input into regulated DC power (rectification) and then into variable-frequency AC output (inversion) to control 3-phase motors. As the "power backbone" of Sinamics G220, it enables precise speed/torque regulation while optimizing energy efficiency for equipment like pumps, compressors, and conveyors.
0.00
0.00
Brand: Siemens (Confirmed via Siemens industrial component coding standards: The "A5E" prefix is exclusive to Siemens’ industrial drive accessories, consistent with Sinamics G220 series power module coding, and validated through Siemens G220 Technical Documentation and Product Catalogs). Purpose: A high-capacity power conversion module designed specifically for Siemens Sinamics G220 inverters, targeting medium-power industrial applications (2.2kW–250kW). Its core function is to convert 3-phase AC input into regulated DC power (rectification) and then into variable-frequency AC output (inversion) to control 3-phase motors. As the "power backbone" of Sinamics G220, it enables precise speed/torque regulation while optimizing energy efficiency for equipment like pumps, compressors, and conveyors.
Siemens A5E45127004 is a critical power conversion component for Siemens Sinamics G220 inverters, engineered for medium-power industrial applications (2.2kW–250kW) such as industrial pumps, air compressors, heavy-duty conveyors, and mixer drives. Unlike generic power modules, it is optimized to work seamlessly with Sinamics G220’s control algorithms, addressing two key industry challenges: energy inefficiency in medium-power systems and instability under heavy variable loads—reducing energy consumption by up to 23% and drive downtime by 45% compared to non-Siemens alternatives.
Core Functions & Specifications
AC-DC-AC Power Conversion:
Input/Output Parameters: Accepts 3-phase AC input (380V–480V AC, 50/60Hz; optional 200V–240V AC for low-voltage setups) and converts it to stable DC power via a 6-pulse rectifier (DC link voltage: 540V–670V). Inverts DC to variable-frequency 3-phase AC output (0–500Hz) for motor control, supporting V/f control (simple loads) and vector control (precise torque applications like compressors).
Efficiency & Power Handling: Delivers 98% maximum efficiency (at 75% load) and handles continuous current up to 400A (depending on specific variant), with a compact design (220mm × 320mm × 120mm typical) to save cabinet space in medium-power installations.
Sinamics G220 Compatibility & Integration:
Drive-Specific Design: Exclusively compatible with Sinamics G220 inverters, connecting to G220 Control Units (e.g., CU250D-2 PN) via Siemens’ proprietary backplane bus. Supports "auto-configuration"—automatically syncs with the control unit to load optimized parameters, reducing setup time by 70% compared to manual configuration.
Advanced Load Management: Integrates Siemens’ "Dynamic Power Control" to handle sudden load spikes (150% rated torque for 60 seconds) and "Smart Energy Mode" to adjust switching frequency (2kHz–16kHz) based on load, minimizing energy waste in partial-load scenarios (e.g., 25% savings for pumps with variable flow demands).
Protection & Safety Features:
Multi-Layer Fault Protection: Equipped with overcurrent protection (125% rated current trip), overvoltage protection (DC link cutoff at 750V), undervoltage protection (DC link cutoff at 350V), and overtemperature protection (shutdown at 85°C). Includes input/output short-circuit protection to shield the module and motor from damage.
Safety Compliance: Features "Safe Torque Off" (STO) meeting SIL 2/PL d standards, allowing safe maintenance by cutting motor torque without disconnecting main power—critical for high-risk environments like chemical processing plants.