Need more current than a standard bench supply delivers? The SUGON 3010PM provides 30V at 10A—300W of programmable power for demanding electronics repair and testing. The three-phase design ensures stable, reliable output even under heavy loads.
Whether you’re powering laptop motherboards, testing high-current devices, or running extended diagnostics on power-hungry electronics, this supply handles work that pushes smaller units to their limits. Programmable control lets you set precise voltage and current parameters for repeatable testing.
At a Glance
| Output | Features |
|---|---|
| 0-30V DC adjustable | Programmable control interface |
| 0-10A DC adjustable | Stabilised voltage regulation |
| 300W maximum power | Three-phase design |
| Universal 220V/110V input | Digital display |
✓ High current for demanding loads ✓ Stable output under varying conditions ✓ Precision voltage and current control ✓ Programmable settings for repeatable testing
300W High-Current Output
The 10A current capability handles work that smaller supplies can’t:
| SUGON 3005PM | SUGON 3010PM |
|---|---|
| 5A maximum | 10A maximum |
| 150W power | 300W power |
| Standard repair work | Heavy-duty applications |
When you need 10A:
→ Laptop motherboard testing under load → High-power LED arrays → Motor testing and control → Amplifier circuits → Multiple devices simultaneously → Devices with high inrush current
Don’t be limited by current. The 3010PM delivers what demanding applications require.
Three-Phase Design
The three-phase power supply architecture provides enhanced performance:
What three-phase delivers:
→ Better efficiency under heavy loads → More stable output voltage → Reduced ripple and noise → Improved thermal management → Reliable extended operation
When you’re running high-current tests for extended periods, the three-phase design maintains stable output without the thermal stress that affects single-phase supplies.
Programmable Control
Set precise parameters for your testing requirements:
Programmable features:
→ Custom voltage settings → Custom current limits → Repeatable test configurations → Precise parameter control
Why programmable matters:
→ Consistent testing conditions → Repeatable diagnostics → Custom profiles for different devices → Professional-grade control
Set your parameters once, run the same test reliably every time. Essential for quality diagnostics and batch testing.
Stabilised Voltage Regulation
The voltage regulator maintains stable output regardless of load changes:
| Load Condition | Output Behaviour |
|---|---|
| Light load | Stable at set voltage |
| Heavy load | Stable at set voltage |
| Changing load | Stable at set voltage |
| Inrush current | Quick recovery |
Why stability matters:
→ Accurate device behaviour during testing → No voltage sag affecting diagnostics → Clean power for sensitive circuits → Reliable results you can trust
When you set 12V, you get 12V—whether the load draws 100mA or 8A.
Universal Voltage Input
Works with both 220V and 110V mains power:
→ UK 220V compatibility → International use capability → Flexible deployment → No transformer needed for different regions
One supply works wherever you need it.
What You Can Power and Test
Laptop Repair Power motherboards during diagnostics. Test under realistic load conditions. Handle the current demands of laptop circuits.
High-Power Electronics Test amplifiers, motor controllers, and power circuits. The 10A capacity handles equipment that smaller supplies can’t.
LED Testing Power high-brightness LED arrays. Test LED drivers under load. Handle the current demands of lighting equipment.
Automotive Electronics Test 12V systems with realistic current capacity. Power ECUs and modules during diagnostics. Handle starter and accessory circuits.
Phone Repair All standard phone repair tasks plus capacity for powered test fixtures and multiple simultaneous tests.
Industrial Equipment Power control boards during testing. Handle industrial voltage and current requirements. Reliable for extended diagnostic sessions.
Development and Prototyping Power projects during development. Test at various voltages and currents. Handle whatever your prototype demands.
Current Limiting Protection
Set your maximum current and the supply won’t exceed it:
How current limiting works:
- Set desired current limit
- Connect device under test
- Supply delivers power up to limit
- Excess demand triggers limiting
- Device and supply protected
Protection benefits:
→ Prevents damage to devices under test → Catches shorts before damage occurs → Protects the supply itself → Safe testing of unknown circuits
Test with confidence. The supply stops before damage happens.
Comparison: When to Choose 3010PM
| Application | 3005PM (5A) | 3010PM (10A) |
|---|---|---|
| Phone repair | ✓ Sufficient | ✓ More headroom |
| Laptop testing | Limited | ✓ Full capability |
| High-power LEDs | Limited | ✓ Full capability |
| Motor testing | Not suitable | ✓ Capable |
| Multiple devices | Limited | ✓ Sufficient |
| Heavy loads | Not suitable | ✓ Designed for |
Choose the 3010PM when: → You regularly test high-current devices → You need headroom for demanding loads → You’re powering equipment, not just testing → You want capacity for future needs
Digital Display
Clear display shows your output parameters:
→ Voltage — Current output voltage → Current — Real-time current draw → Status — Operating mode indication
Monitor your tests in real time. See exactly what’s happening with your connected device.
Technical Specifications
| Specification | Value |
|---|---|
| Model | SUGON 3010PM |
| Output Power | 300W maximum |
| Voltage Range | 0-30V DC |
| Current Range | 0-10A DC |
| Input Voltage | AC 220V / AC 110V |
| Design | Three-phase power supply |
| Control | Programmable interface |
| Regulation | Stabilised voltage output |
| Display | Digital |
What’s in the Box
| Quantity | Item |
|---|---|
| 1x | SUGON 3010PM power supply unit |
| 1x | Output cables/leads |
| 1x | Power cord |
| 1x | User manual |
Ideal For
| User | Why 3010PM Works |
|---|---|
| Laptop repair techs | 10A handles motherboard loads |
| Electronics workshops | High-capacity for varied work |
| Development labs | Programmable, stable output |
| Industrial repair | Power for demanding equipment |
| Automotive electronics | 12V systems with real current |
| LED testing | High current for arrays |
