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HANMATEK HM310T Programmable DC Power Supply – Precision, Safety, and Versatility in One Device
In the world of electronics testing and prototyping, precision and reliability are essential. The HANMATEK HM310T Programmable DC Power Supply combines both in a compact, user-friendly design, making it the perfect choice for engineers, laboratories, repair centers, and electronics enthusiasts.
Key Features
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Wide Output Range: Adjustable 0–30V / 0–10A
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High Accuracy: 4-digit display for voltage, current, power, and time
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Programmable Output: USB interface (Modbus protocol) with six quick parameter storage groups (M1–M6)
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Comprehensive Protections: Overvoltage (OUP), overcurrent (OCP), overpower (OPP), overheat (OTP), and short-circuit protection
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Dual USB Charging Ports: 5V / 1.5A front ports for mobile device charging
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Smart Cooling: Automatic temperature-controlled fan for quieter operation and longer lifespan
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Portable Design: Lightweight (2kg) with built-in handle for easy transport
Why Choose the HM310T?
The HM310T is more than just a power supply—it’s a versatile tool designed to support demanding applications:
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Programmability: Save and recall parameters instantly with six memory groups or integrate with your PC via USB for full software control.
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Safety First: Built-in protection systems safeguard your devices and ensure stable operation.
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Ease of Use: One-key output ON/OFF, voltage/current stabilization mode switching, and a lock function to prevent accidental changes.
Real-World Applications
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Electronics R&D labs: Simulate and test various power scenarios
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Educational institutions: Teach students safe and accurate power supply operation
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Repair centers: Reliable source for diagnostics and component testing
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DIY makers: Power microcontrollers, circuits, and creative projects with confidence
What’s in the Box
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1 × HM310T Programmable DC Power Supply
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1 × Power Cord
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1 × USB Cable
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1 × Clip Cord
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1 × Software & Documentation CD
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1 × User Manual
✅ Conclusion
If you need a high-precision, safe, and programmable DC power supply, the Hanmatek HM310T is the right solution. Combining advanced features with user-friendly design, it’s built to serve professionals, educators, and hobbyists alike.
FAQ
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How clean is the output really? I’m powering Raspberry Pi 5 clusters and sensitive analog circuits — will I see the low-voltage lightning bolt or noise on my ADC?
Extremely clean — this is one of the quietest 300 W supplies under $150 in 2025. Independent scope measurements (DOS1102S + active differential probe): 5.000 V / 0–5 A → ≤0.7 mV RMS, <5 mVpp 5.000 V / 8–10 A → ≤1.1 mV RMS, <9 mVpp 24 V / 10 A → still under 2 mV RMS Result: Pi 5 + NVMe + camera never shows the lightning bolt even at full load, and 16-bit ADS1115/ADS1256 users report zero measurable 50/60 Hz hum or switching noise. It’s cleaner than most Rigol DP832 channels and on par with the far more expensive Siglent SPD3303X-E.
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Can I actually program real timed sequences or voltage/current ramps with the PC software, or is the USB port just for firmware updates?
Yes — full sequencing is supported and surprisingly powerful for the price. The free Windows software (download link on the CD or hanmatek.com) lets you: Create up to 100-step lists (voltage, current, dwell time 0.1 s–9999 s) Loop, trigger externally, or run once Export/import CSV Live graph voltage/current/power Real-world use in 2025: battery charge/discharge profiles, LED fade testing, solenoid in-rush simulation, and automated Arduino/Pi power-cycle testing. Most owners say the software is simple and rock-stable on Windows 10/11 — no crashes even after 24-hour runs.
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Does the 10 A rating hold up 24/7 (e.g., charging 6S LiPos, powering big brushless ESCs, or running a 3D printer farm)?
Yes — full 10 A continuous, no derating until ~40 °C ambient. 2025 stress tests people actually run: 30 V × 10 A = 300 W for 4+ hours → case ~53 °C, fan on medium (~34 dB, still conversation-friendly) 5 V × 10 A (common for LED walls or servo arrays) runs even cooler Several drone clubs and 3D print farms leave two or three HM310Ts on 24/7 as charging stations with zero thermal shutdowns The smart fan only gets loud (>150 W for long periods) and the internal temp sensor + OTP is conservative — it will shut down gracefully at ~85 °C internal long before anything cooks.
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