SUGON 3005PM Laboratory Power Supply - 30V/5A with Color Graphical Monitoring

Description

The SUGON 3005PM is the go-to stabilized power supply for technicians specialized in motherboard diagnostics. Combining power (150W) and surgical precision, it can power a wide range of devices, from smartphones to laptops. Its large color LCD screen is a true innovation: not only does it display voltage and current values with 4-digit precision, but it also offers a graphical mode that plots the consumption curve in real time. This feature is crucial for identifying "boot loops" or component failures that only manifest through fleeting current spikes.

Designed with the workshop in mind, the 3005PM features 4 memory channels to instantly switch between your favorite test voltages. Its safety is enhanced by an ultra-fast short-circuit protection system, preventing further damage to an already faulty board. Whether injecting current to detect a heating component or simulating a battery during a complex startup, the SUGON 3005PM provides the stability and technical visibility essential for high-level professional repairs.

Technical Specifications

• Model: SUGON 3005PM (Precision Series)
• Total Power: 150W
• Voltage Range: 0 - 30V (adjustable in precise steps)
• Current Range: 0 - 5A
• Display: High-definition color LCD with dynamic curve mode
• Memories: 4 programmable channels (M1, M2, M3, M4)
• Protections: OCP (overcurrent), OVP (overvoltage), Short-circuit protection
• USB Port: Dedicated output for USB load test and quick diagnostics
• Power Supply: 220V AC

Workshop Tip & Usage

The graphical mode of the SUGON 3005PM is your best ally for "blind" diagnostics. Technical tip: When testing a non-starting iPhone, compare its consumption curve with that of a functional device. If the graph abruptly stops at 80mA, you know the issue lies with the NAND communication. Also, use the voltage lock function to prevent accidentally changing the voltage and injecting 30V into a line that only supports 1.8V. Lastly, keep the power cables as short as possible to avoid voltage drops that could distort your consumption readings during current surge peaks.