Tridev Traders Adjustable Voltage Power Supply DC (05-30Volt) Max 33A 1000W with LED Display Max 30V Power Supply Variable AC to DC Converter (AC 220V /240V) to (DC 05V /30V) Max 33Amps 1000Watts

Features

• {Adjustable Power Supply with LED Display} Want to easily adjust the voltage? Try our knob-controlled 30V dc power supply variable, just gently rotate the knob and the output voltage can be freely switched between 05-30V. Featuring a clear and bright digital display, it shows you the exact voltage you've set, making operation simple and intuitive.The rated power is up to 1000W, with a maximum current of 33A, and the actual current is automatically adjusted according to the load.
• Adjustable Universal switching mode power supply. Input: AC 220V / 240V, 50 / 60Hz ; Output: DC (05-30V) Max 33A 1000W. Three output ports. Each port automatically outputs 0~33A to match your device, 33A max in total for 3 ports. The default output voltage is 30V, but it can be regulated from 05V to 30V.
• It can supply with all currents less than 33A, such as 10A, 15A, 20A, 25A, 30A, 33A. For example, if your device draws 25A, then 25A will be supplied. If draws more than 33A, only 33A will be supplied and power supply will be damaged soon. NEVER OVERLOAD
• It is widely use to driving 05-30Volt LED strip light, flood light, commercial lighting project, wireless router, ADSL cats, HUB, home security cameras, audio/ video devices, 3D printer, CCTV DVR NVR Surveillance System, LCD/LED monitor screen, webcam router, speaker or other 05-24Volt devices less than 1000W.
• High Efficiency and Reliability: Smart device surge protection for Short-circuit Protection, Overload Protection, Over Voltage, Over Temperature Protection. Low Temperature Rise. Voltage consistency: There is no voltage fluctuations to speak of at power on, during transmit, receive, or at power off. Built-in EMI filter, low output ripple, noise, Rugged heavy duty enclosure, 100% Full load burn-in Tested. Parallel/Redundancy Operation is possible.
• Considering large power and safety, we build in a cooling fan to improve heat dissipation efficiency. The power supply fan does make a noise and the speed of the fan is load based. So the higher the load, the faster the fan runs, the louder the noise.