65W–600W Form Factors for OEM Systems
Sinpro supplies rugged switching power supplies engineered for deployment in medical, ITE, and industrial environments.
Our portfolio ranges from 65W external desktop adapters to 600W high reliability open frame configurations. This variance allows design engineers to cross reference system input/output parameters, chassis dimensions, thermal cooling profiles, and medical power supply requirements.
By offering both external and internal form factors, Sinpro supports standard layout configurations and multi-year product lifecycles across diverse OEM applications.
EXTERNAL DESKTOP POWER SUPPLIES
HPA65 / HPA90 / HPA120 Series
These external switching power supplies offload thermal dissipation from the main system enclosure, providing standalone layouts that satisfy ITE, industrial, and medical power supply requirements. The uniform architecture allows OEMs to scale system power configurations from 65W to 120W without altering the enclosure design.
Universal 70–264 VAC input stages interface globally via IEC 320 C14, C8, or C6 AC inlet configurations.
54 - 65W main output power. Compact external adapter for space-constrained medical, communication, and industrial instrumentation.
-40 to+70°C Operating TemperatureMedical / ITE approved 2XMOPP / BF Rated Meet DoE VII
90W main output power. High reliability external adapter providing power expansion without transitioning to an internal open frame module
-40 to+70°C Operating TemperatureMedical / ITE approved 2XMOPP / BF Rated Meet DoE VII
120W main output power. The high output external switching power supply engineered for demanding operational rails in rugged medical and industrial fields.
-40 to+70°C Operating TemperatureMedical / ITE approved 2XMOPP / BF Rated Meet DoE VII
INTERNAL OPEN FRAME POWER SUPPLIES
HBA360 / HBA600 Series
Engineered within a standardized 3"x5" footprint, these high-density internal switching power supplies clear strict medical (60601-1) power supply requirements, ITE (62368-1) safety approvals. To match your system's exact airflow and structural requirements, the platform supports modular Open-Frame, U-Chassis, and Top Fan mechanical configurations featuring low leakage currents.
An ultra-low profile internal power platform delivering 360W continuous main output power with factory-calibrated accuracy parameters and built-in protection pathways.
360W Forced Air Output
Up to 450W Peak 3" × 5" Footprint Open-Frame / U-Chassis Top Fan Option
A high-output internal switching power supply designed for mission-critical OEM systems requiring up to 600W forced-air output backed by heavy-duty grid transient resilience.
600W Forced Air Output
3" × 5" Footprint Open-Frame / U-Chassis Top Fan Option High-Density Design
FAQ:
What is the difference between desktop and open-frame power supplies?
Desktop power supplies are external adapters located outside the equipment, while open-frame power supplies are installed inside an OEM system or enclosure. Desktop solutions are typically easier to replace, while open-frame designs offer more flexibility for internal installation, cooling and high-power applications.
Which series should I choose for compact external equipment?
The HPA65, HPA90 and HPA120 series are designed for external desktop applications requiring 65W, 90W or 120W power output. They are suitable for equipment that benefits from plug-and-play power replacement and external servicing.
Which series is suitable for high-output internal system designs?
The HBA360 and HBA600 series are designed for internal OEM systems requiring high-density power delivery, compact installation and flexible Open-Frame, U-Chassis or Top Fan configurations.
What is a Switching Power Supply and How Does It Work?
A switching power supply, or SMPS, converts AC power into stable DC output using high-frequency switching technology. Compared with linear power supplies, it offers higher efficiency, smaller size, lower heat generation, and wider input flexibility. Key stages include rectification, filtering, PFC, high-frequency switching, voltage transformation, and output smoothing, making it ideal for medical, industrial, EV, and ITE applications.
Learn More About Switching Power SuppliesCan these power supplies be used in medical and ITE equipment?
Selected Sinpro models are designed for medical and ITE applications. Final product selection should always be confirmed according to the applicable safety approvals, output requirement, inlet type, operating condition and end-equipment certification target.
What are the Standard Medical Power Supply Requirements?
Medical power supplies must meet IEC 60601-1 requirements to protect patients, operators, and connected equipment. Key considerations include 2xMOPP or 2xMOOP insulation, controlled leakage current for Type B, BF, or CF applied parts, and IEC 60601-1-2 EMC compliance. Stable output, low noise, thermal management, and built-in fault protection also support safe, reliable long-term operation.
Explore the Full GuideClass 2 Power Supply and How It Differs from Class II
Class 2 and Class II power supplies are often confused, but they refer to different safety concepts. Class 2 focuses on limited output voltage, current, and power to reduce fire and shock hazards. Class II focuses on double or reinforced insulation, allowing safe operation without a ground connection. Understanding both helps select the right power supply for low-voltage, medical, ITE, and industrial applications.
Learn More About Class 2 vs Class IIWhat information should I provide when selecting a power supply?
Please provide your required output power, output voltage, cooling method, installation space, operating temperature, application type and safety requirements. This information helps identify the most suitable desktop or open-frame power platform.
* All safety approvals, input/output ratings, and optional features are subject to model-specific datasheets. Final system integration and component selection should be confirmed directly with a Sinpro technical representative.