Approved with IEC 62368-1 Ed. 3.0 & global safety certifications
Approved with EN55032 and CISPR 32/FCC part 15 Class B
Operating altitude 5000m
Meets CoC Tier2 & DOE Level VI
Built-in OCP/OTP/OVP
Class I (IEC320-C14)
Introduction
FSP240-A2AR3 is a 240W AC to DC USB type-C PD desktop type power supply with a IEC320-C14 AC inlet (Class I power unit). The adapter operates at 90 to 264Vac input voltage with the output rating 5V/9V/15V/20V/28V/36V/48V.
Learn more about the 240W PD3.1 adapter FSP240-A2AR3:
The FSP240-A2AR3 is part of FSP Power Solution's Power Delivery (PD) 3.1 adapter portfolio, a 240 W AC to DC USB-C PD 3.1 desktop adapter with an IEC320-C14 Class I inlet. It supports output profiles from 5 V to 48 V, covering the full Extended Power Range (EPR) for next-generation PD-compatible devices. Operating from 90 to 264 Vac, this PD adapter delivers reliable power for high-performance equipment. Certified to IEC/EN 62368-1 safety, EN 55032/CISPR 32/FCC Class B EMC, and CoC Tier 2 / DOE Level VI efficiency, it is designed for next-generation commercial and industrial applications.
What advantages does the FSP240-A2AR3 provide with PD 3.1?
Compared to PD 2.0 and 3.0, the new USB-C PD 3.1 standard extends the power range from 100 W to 240 W, with higher voltage options at 28 V, 36 V, and 48 V. With Adjustable Voltage Supply (AVS), the PD 3.1 enables an intelligent power negotiation. The precise voltage adjustments function with stable voltage outputs (15V to 48V) in 100mV increments. This ensures optimal performance and enhances device stability for critical applications. With EPR and AVS, a USB PD3.1 Adapter like the FSP240-A2AR3 can power high-performance laptops and monitors, and even e-bikes, power tools, or industrial systems — all with a single standardized connector.
USB Power Delivery Standards Overview
Standard
Connector
Max Voltage / Current
Max Power
USB PD 2.0
USB Type-C
20V / 5A
100W
USB PD 3.0
USB Type-C
20V / 5A
100W
USB PD 3.1
USB Type-C
48V / 5A
240W
With adjustable voltage and dynamic power management USB PD 3.1 enables a power delivery tailored to modern applications. FSP Power Solution PD adapters comply with the latest USB-C PD 3.1 standard. With the FSP240-A2AR3, our PD 3.1 line-up supports up to 240 W for next-generation applications and ensures compliance with global safety and efficiency requirements.
FSP240-A2AR3 with USB 3.1: Data transfer and fast charging over a single cable
As part of the FSP's PD adapter series, the FSP240-A2AR3 features USB 3.1 Type-C Power Delivery. USB 3.1 was the USB standard that first natively integrated the USB Type-C connector and USB PD capabilities, allowing for both high-speed data transfer (up to 10Gbps) and increased power delivery (up to 100W) over a single cable.
Do you want to learn more about USB 3.1 Type-C Power Delivery?
FSP provides a comprehensive selection of USB 3.1 PD adapters. With FSP240-A2AR3 as the highest-capacity PD adapter in the series, the power options range from 45W to 240W. Our product lineup includes both compact wall-mount adapters and desktop power supplies. Additionally, the interchangeable plug-in model provides flexible usage.
Benefits of the FSP240-A2AR3 with USB-C PD 3.1 in real-world applications
The USB PD 3.1 specification supports a maximum output of 240W and allows devices to intelligently negotiate the optimal power level. For example, the 240W FSP240-A2AR3 PD adapter can deliver full power to an e-bike system, while remaining backward compatible with e-tools and USB-C monitors. Similarly, the 180W FSP180-A1BR3 is suited for e-tools and displays, while the 140W FSP140-A1AR3 is optimized for monitors and TVs.
This dynamic power negotiation ensures that each device only draws the power it is designed to handle. Built-in protection features such as OCP, OVP, and OTP further prevent overcharging or overheating, making PD 3.1 adapters safe for both consumer and industrial use.
140W for Displays
180W for Power Tools
240W for E-Mobility
Case Sharing: How E-Bike Battery Makers Accelerate with FSP's Complete PD 3.1 Solution
Battery pack manufacturers benefit from a unified design covering hardware, functional safety (FuSa), and CANopen integration — reducing development time, ensuring certification readiness, and enabling faster mass production for next-generation battery systems.