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| Input: | 100-240Vac, 50/60Hz | Output: | 230W Max |
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| Isolation Protection: | 2 X MOPP | Leakage Current: | < 100µA |
| Medical Safety: | IEC/EN/ANSI/AAMI ES 60601-1 (3.1 Edition) | Efficiency: | DoE Level VI And CoC Tier 2 Energy Standards |
| MTBF: | > 100,000 Hours | Certifications: | UL/cUL (Medical), CE (MDD/MDR), TUV-GS, CB, FCC, RoHS, REACH |
230W Max Medical Desktop AC Adapter: 24V 9.58A / 19V 12.1A Ultra-Safe Power Solution
Product Overview
The 230W Max Medical Desktop AC Adapter is a high-performance, clinical-grade power conversion unit engineered for the heavy-duty energy requirements of next-generation medical systems. Delivering a robust 24V 9.58A or a massive 19V 12.1A, this adapter is the premier power choice for High-End Surgical Systems, Advanced Diagnostic Imaging, and Integrated Medical Workstations.
Strictly compliant with global medical safety standards (IEC 60601-1), it features reinforced insulation and an ultra-low leakage current architecture to ensure maximum safety for both patients and clinical operators. The desktop form factor provides a secure, grounded connection that effectively suppresses electromagnetic interference (EMI), ensuring that high-speed medical processors and sensitive diagnostic sensors operate with absolute precision and data integrity. Whether integrated into a robotic surgical suite or a high-throughput laboratory analyzer, this 230W unit delivers the sustained power and medical-grade protection required for mission-critical healthcare.
Key Specifications
Our medical series incorporates redundant safety layers and advanced thermal management to ensure fail-safe performance in 24/7 clinical environments.
Input Voltage: 100-240V AC, 50/60Hz (Universal Global Compliance).
Total Output Power: 230W Continuous Maximum.
Common Output Configurations:
19V/19.5V Series: 19V 12.1A / 19.5V 11.8A (230W Max - For high-end medical PCs)
24V Series: 24V 9.58A (230W Max - Standard for clinical automation and actuators)
12V Series: 12V 19.1A (230W Max - Ultra-high current for multi-rail logic)
48V Series: 48V 4.8A (230W Max)
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 prevent micro-shocks in patient-proximity areas.
AC Inlet: IEC320-C14 (Grounded Class I for maximum EMI shielding).
Efficiency: Meets DoE Level VI and CoC Tier 2 energy efficiency standards.
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 230W medical-grade output is optimized for high-performance diagnostic and therapeutic electronics:
Advanced Medical Devices: Robotic surgical assistants, automated operating tables, and surgical navigation systems.
High-End Imaging: Portable CT/X-ray processing units, 4K/8K surgical displays, and high-performance ultrasound consoles.
Clinical Computing: Medical-grade AI diagnostic servers, mobile nursing workstations-on-wheels (WOW), and laboratory automation hubs.
Therapy Systems: High-power therapeutic lasers and advanced life-support ventilators.
Laboratory Automation: High-throughput blood analyzers and precision DNA sequencing platforms.
Professional Safety Suite
Reinforced 2 x MOPP Isolation: High-voltage 4000VAC primary-to-secondary isolation for absolute patient protection during invasive procedures.
Clinical-Grade EMI/EMC: Optimized to prevent interference with wireless hospital infrastructure (WLAN) and high-frequency surgical tools.
Anti-Bacterial & Flame-Retardant Casing: UL94 V-0 rated high-impact housing, designed to withstand frequent disinfection with clinical-grade chemical agents.
Ultra-High Current DC Connection: Equipped with 4-Pin Power DIN or High-Current Aviation Connectors to safely manage 12A+ currents without terminal overheating or voltage drop.
Comprehensive Protection: Active OVP, OCP, and SCP with intelligent auto-recovery to maintain device operation during electrical transients.