SUGON 3005D Laboratory Power Supply - Precision 30V/5A with Programmable Memory

Description

The SUGON 3005D is the essential diagnostic tool for any electronic repair and micro-soldering workshop. This 150W stabilized power supply combines industrial robustness with exceptional measurement precision. With its 4-digit display, it allows to detect micro-current leaks often responsible for complex failures on smartphones and laptops. Its intuitive interface allows configuring up to 4 voltage and current settings in memory, allowing you to switch from diagnosing an iPhone (4.2V) to testing a MacBook (19.5V) in a fraction of a second.

The safety of your components is at the heart of the 3005D design. It features Overcurrent Protection (OCP) with automatic cut-off, essential to avoid injecting unnecessary current into a short-circuited circuit. The key lock system prevents any accidental voltage changes during delicate manipulation. Stable, silent, and with excellent heat dissipation, the SUGON 3005D provides a clean and reliable power source for all your current injection or battery simulation operations.

Technical Specifications

• Reference: SUGON 3005D (High Precision DC Power Supply)
• Output Range: Voltage 0-30V / Current 0-5A
• Display: Triple 4-digit LED screen (Volts, Amps, Watts)
• Memory: 4 programmable shortcut buttons (M1 to M4)
• Protection: Adjustable Overcurrent Protection (OCP) with alarm
• Adjustment: High precision rotary encoders for fine tuning
• Safety: "Lock" function to lock the control panel
• Power Supply: 220V / 110V switchable

Workshop Advice & Usage

For effective motherboard diagnostics, use the Overcurrent Protection (OCP) mode: set the current limit slightly above the device's normal consumption. If the current exceeds this limit, the power supply will cut off, protecting the CPU from fatal overheating. Technical Tip: Use memory function M1 to set 4.2V (standard battery voltage); this will save you from adjusting settings every time and reduce the risk of human error. Finally, make sure to use high section output cables (AWG18 or higher) to avoid voltage drops during high amperage tests on laptops.