250W Medical Desktop AC Adapter 24V 10.4A 48V 5.2A Power Supply for Medical Automation System

250W Max Medical Desktop AC Adapter: 24V 10.4A / 48V 5.2A High-Efficiency Power Solution

Product Overview

The 250W Max Medical Desktop AC Adapter is a high-density, clinical-grade power conversion solution designed to drive the complex electromechanical requirements of modern healthcare automation. Delivering an industry-leading 24V 10.4A or a stable 48V 5.2A, this adapter is the premier power source for Automated Pharmacy Systems, Robotic Laboratory Analyzers, and Smart Hospital Logistics Robots.

Strictly compliant with global medical safety standards (IEC 60601-1, 2 x MOPP), it features a high-efficiency architecture that minimizes heat dissipation, allowing for a compact and fanless design suitable for sterile laboratory and clinical environments. The desktop form factor provides a secure, grounded connection that effectively suppresses electromagnetic interference (EMI), ensuring that the precision stepper motors, high-speed micro-controllers, and sensitive analytical sensors within medical automation systems operate with zero-fail precision. Whether integrated into a high-throughput diagnostic line or a mobile surgical assistant, this 250W unit delivers the sustained reliability and medical-grade protection required for mission-critical automation.

Key Specifications

Our high-power medical series combines massive wattage with redundant safety layers to protect both the sophisticated automation hardware and the clinical environment.

• Input Voltage: 100-240V AC, 50/60Hz (Universal Global Compliance).

• Total Output Power: 250W Continuous Maximum.

• Common Output Configurations:

  • 24V Series: 24V 10.4A (250W Max - Standard for medical robotics and actuators)

  • 48V Series: 48V 5.2A (250W Max - Ideal for PoE++ infrastructure and imaging arrays)

  • 12V Series: 12V 20A (Specialized ultra-high current version)

  • 19V/19.5V Series: 19.5V 12.8A (250W Max - For high-end medical-grade AI PCs)

• Medical Safety Compliance: Fully compliant with IEC/EN/ANSI/AAMI ES 60601-1 (3.1 Edition).

• Isolation Protection: 2 x MOPP (Means of Patient Protection) for superior electrical isolation.

• Leakage Current: Ultra-low leakage current (< 100µA) to ensure safety in patient-proximity zones.

• AC Inlet: IEC320-C14 (Grounded Class I for maximum EMI shielding).

• Efficiency: Meets DoE Level VI and CoC Tier 2 energy efficiency standards (Up to 94% efficiency).

• MTBF (Reliability): > 100,000 Hours, ensuring multi-year clinical uptime.

• Global Certifications: UL/cUL (Medical), CE (MDR), TUV-GS, CB, FCC, RoHS, REACH.

Ideal Applications

The 250W medical-grade output is optimized for power-intensive automation and diagnostic electronics:

• Medical Automation Systems: Automated medication dispensers, smart medical storage units, and hospital logistics robots.

• Laboratory Automation: High-throughput blood analyzers, DNA sequencers, and automated liquid handling stations.

• Surgical Robotics: Robotic surgical assistants, multi-axis control modules, and automated operating tables.

• Advanced Imaging: High-performance ultrasound consoles and mobile CT/X-ray processing units.

• Clinical Computing: Medical-grade AI servers and high-capacity nursing workstations-on-wheels (WOW).

Professional Safety Suite

• Reinforced 2 x MOPP Isolation: High-voltage 4000VAC primary-to-secondary isolation for absolute patient protection.

• Automation-Grade EMI/EMC: Optimized to handle the inductive back-EMF from precision motors without interfering with sensitive physiological monitors.

• Anti-Bacterial & Flame-Retardant Casing: UL94 V-0 rated high-impact housing, designed to withstand frequent disinfection with clinical-grade chemical agents.

• High-Current DC Connection: Equipped with Locking 4-Pin Power DIN or High-Current Aviation Connectors to safely manage 10.4A+ currents without terminal overheating or voltage drop.

• Comprehensive Protection: Active OVP, OCP, and SCP with intelligent auto-recovery to maintain system operation during electrical transients.