Every GSM workshop eventually needs a power source that does more than just charge a phone, and the 2UUL PC01 Power Max Supply is built around that exact requirement by combining a 200W adjustable output with mA-level current curve detection so you can watch how a board actually behaves under load rather than guessing why a device stays dead after flash or won't power on at all. You get a 0–24V adjustable voltage range with a maximum current of 4.5A, which covers everything from delicate low-voltage IC testing to charging a laptop battery at the single-port maximum of 65W, and the real-time mA curve on the digital display lets you catch a sudden current spike the moment a short develops on the board, so a hardware fault gets flagged before it turns into a burned track or a damaged component. The unit carries five charging ports in total, mixing USB-C PD and QC3.0 fast-charging outputs with a standard USB-A port, so you can run multiple charging jobs on your bench at once without swapping cables between customer devices, and a built-in Qi wireless charging pad sits on top of the unit for phones that support cordless charging, which is handy when you're testing a device after a charging port repair and want to confirm the wireless coil still works. The digital display switches between voltage, current, and wattage views with a short press of the power button, while a long press puts the unit into voltage regulation mode with a green cursor indicator, letting you dial in an exact voltage using the control knob for precise bench testing rather than relying on a fixed adapter output. Input runs on standard 100–240V AC, so the 2UUL PC01 Power Max Supply works across Pakistan's mains supply without needing a separate voltage converter, and the compact 117 x 103 x 95mm footprint means it sits comfortably on a crowded repair bench next to your soldering station, microscope, and test boxes without eating up your workspace. In a typical dead phone diagnosis workflow, you connect the board through a current-limiting setup, watch the mA curve for an abnormal current draw pattern, and use that reading to narrow down whether you're dealing with a shorted IC, a bad charging circuit, or a deeper hardware fault, which cuts down the guesswork technicians usually deal with on a board that shows no display or won't charge. For laptop repair work, the 65W single-port output gives you enough headroom to power and charge most ultrabooks during testing, so you're not forced to keep switching between a phone charger setup and a separate laptop adapter when a customer brings in mixed devices. The unit also fits naturally into ISP and UFS-related bench work, where a stable, adjustable power source is needed to safely power a board during eMMC or UFS programming sessions without risking voltage fluctuation damage, and it pairs well with hot air stations, reballing kits, and PCB holders already on your bench as part of a complete diagnostic and rework setup. Built-in protection against over-voltage, over-current, and short-circuit conditions means the unit itself stays safe even when the board you're testing has a genuine hardware fault, which matters when you're running repeated tests on a phone that keeps drawing abnormal current. Whether you're running a quick charging test, diagnosing a board that hangs on logo after a failed flash, or setting up a controlled power source for IC-level rework, the 2UUL PC01 Power Max Supply gives GSM technicians, repair shop owners, and service centers a single tool that replaces several separate chargers and basic power adapters with one accurate, adjustable station built specifically for professional repair bench use.
