Transformers

Unleash uncompromising power with our Commercial Grade Power Adapter, constructed with robust Heavy Duty Commercial Plastic. Engineered for durability and efficiency, this adapter is designed to meet the demands of modern connectivity.

Durable Build: Crafted from Heavy Duty Commercial Plastic, this power adapter guarantees durability, ensuring a reliable performance in diverse environments.

Universal Voltage Compatibility: Embrace global versatility with an input range of 100-240v~, making this adapter your go-to solution for devices across various regions.

Optimal Temperature Control: Operating within the temperature range of Ta:25°C to Tc:75°C, this power adapter prioritizes both safety and optimal performance for your connected devices.

High Power Factor: With a Power Factor (PF) exceeding 0.9, this adapter maximizes energy efficiency, converting electrical power into usable output with minimal waste.

Powerful Output: Delivering a robust output of 12V, 4A Max, and 48W, this adapter ensures a high-powered and stable supply to your devices, catering to the demands of modern gadgets.

Frequency and Amperage Management: Operating seamlessly at both 50/60Hz frequency and drawing a maximum current of 0.55A, this adapter adapts effortlessly to various electrical environments.

Per Port Output Precision: Each port offers a consistent output of 12V, 2.5A Max, supporting devices with a combined maximum power consumption of 30W per port, providing precise and reliable power delivery.

Specifications:

• Body Material: Heavy Duty Commercial Plastic
• Input: 100-240v~
• Ta (Ambient Temperature): 25°C
• Tc (Case Temperature): 75°C
• PF (Power Factor): >0.9
• Output: 12V, 4A Max, 48W
• Frequency: 50/60Hz
• Max Current: 0.55A per port
• Per Port Output: 12V, 2.5A Max, 30W

Elevate your power solutions with our Commercial Grade Power Adapter. Tailored for high-powered devices, this adapter delivers a seamless and reliable energy supply. Upgrade your connectivity experience and embrace the future of efficient power delivery.