Oraimo OCW-U65S+C53 Power Adapter
The Oraimo Type-C Charger Kit functions as a high-efficiency power delivery solution for mobile hardware and peripheral devices. This unit utilizes a standard USB-A interface to provide a stabilized 5V DC output. The internal architecture integrates a high-frequency transformer and synchronous rectification technology. Consequently, the device maintains energy efficiency while minimizing thermal dissipation during high-load cycles. The kit includes a dedicated Type-C cable designed for low-impedance power transmission. It supports global voltage standards ranging from 100V to 240V AC. Therefore, technical users can deploy this hardware across various international power grids without requiring additional transformers.
Key Features
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Multi-Protection Safety Suite
The integrated circuit provides active monitoring for over-voltage, short-circuit, and over-temperature conditions to prevent hardware failure. -
Fire-Retardant Housing
The external casing utilizes V0-grade polycarbonate materials to ensure high thermal resistance and structural integrity under continuous load. -
Optimized Copper Core Cable
- High-purity oxygen-free copper wires reduce signal attenuation.
- Reinforced SR joints prevent mechanical fatigue at terminal points.
- TPE outer jacket provides flexibility and chemical resistance.
Specifications
| Feature | Specification |
|---|---|
| Model Number | OCW-U65S+C53 |
| Input Voltage | 100-240V AC, 50/60Hz |
| Output Voltage | 5.0V DC |
| Output Current | 2.1A (10.5W Max) |
| Interface Type | USB-A to Type-C |
| Cable Length | 1.0 Meter |
What’s in the Box
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1 x Oraimo 10.5W Power Adapter
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1 x Type-C to USB-A Charging Cable
Why Choose Oraimo Charging Systems
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The charging unit incorporates smart identification logic to negotiate optimal current levels for connected hardware.
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Additionally, the compact form factor allows for high-density placement on power strips and rack-mounted PDU units.
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The C53 cable exceeds standard bend-test benchmarks, ensuring longevity in high-usage environments.
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However, the primary benefit remains the stable ripple voltage, which protects sensitive battery chemistry from premature degradation.
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Consequently, procurement managers receive a reliable, cost-effective solution for large-scale device deployments.







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