Wanptek DC Power Supply Lab PSU

Wanptek DC Power Supply Lab PSU

Wanptek DC Power Supply Lab PSU — Precision lab power where you control every volt. The Wanptek adjustable DC supply gives you stable 0–30V output and smooth current tracking. Fast encoder knobs and built-in memory save your favorite settings . Digital screens show readings down to ten millivolts and one milliamp. Auto switch between constant voltage and constant current keeps circuits safe. Compact switching design runs on 110 or 220 volts worldwide. Reliable protection guards against overloads and heat. Ideal for bench testing, repair work, and component aging. Upgrade your workflow today.

1.Wanptek DC Power Supply Lab PSU

For Wanptek DC Power Supply Lab PSU, check the selected variant and product specifications. Wanptek Bench DC Power Supply with Encoder Control, Memory Storage, and Dual Voltage Input

2. Key Features

• Dual encoder controls separate voltage and current tuning for faster calibration.
• Built-in memory locks your custom ranges and restores them with one press.
• LED multi-window screens track voltage, current, and live power draw simultaneously.
• Auto CV/CC transition prevents component stress when load demands drop rapidly.
• Thermal fan management delivers quiet cooling only when internal temperature rises.

3. Product Description

You receive a miniature switching supply built for disciplined bench workflows. The front panel uses dedicated variable resistors to isolate voltage adjustment from current limitation. That isolation cuts setup time and reduces dial confusion. Real-time digital readouts render measurements at 0.01V and 0.001A accuracy. The system remembers your working parameters so you never chase numbers again. Overvoltage, overcurrent, and overtemperature safeguards trigger silently when limits approach. You choose worldwide AC input flexibility without buying adapters.

4. Product Overview — What it is and who it’s for.

This unit is a regulated DC source engineered for electronics testing and educational labs. Service technicians, assembly operators, and classroom instructors rely on its predictable output. You use it when you need repeatable calibration or safe component aging. The chassis fits neatly beside workstations without taking floor space.

5. Key Benefits — What it helps the customer do.

You stop wasting hours retuning dials because memory saves your exact preferences. You protect fragile boards by letting the regulator drop voltage automatically when current peaks. You spot drift immediately thanks to millivolt resolution on three separate displays. You keep your lab quiet since the cooling fan only spins during heavy loads. You reduce scrap rates because constant parameters stay locked during long test cycles.

6. Features — Its main functions.

Rough and fine rotary knobs deliver smooth output steps across the full range. Load and line stability hold deviations under 0.2 percent for reliable tracing. Ripple suppression stays strictly below 0.5 percent peak-to-peak. Circuit recovery responds in under 500 microseconds when conditions shift. Temperature coefficients remain flat between 0 and 40 degrees Celsius.

7. Specifications — Size, materials, power, compatibility, and other known details.

品牌: Wanptek
系列型号: EPS series (EPS3210 example)
输出电压: 0至额定最大值(典型0~32V配置)
输出电流: 0至额定最大值(最高支持10A)
额定功率: 最高约320W/套系
输入电压: AC 110V或220V (±10%), 50Hz/60Hz自动兼容
显示精度: 电压0.01V, 电流0.001A
工作环境温度: 0℃～40℃
相对湿度: 小于80%RH

8. What’s Included

The shipment arrives with the calibrated bench power unit and a standard power cord. You mount your own test leads to the screw terminal block. Manufacturer documentation covers safety warnings and operational guides.

9. What’s Included — Items in the package.

You receive the mains adapter-ready chassis mounted safely in a protective box. No third-party cables are included, which keeps shipping costs lower. Everything meets CE and EU LVD certification standards before leaving the factory.

10. How to Use — Brief setup or use instructions.

Insert the AC plug into a matching wall socket. Turn the voltage encoder until the left display reaches your target value. Rotate the current encoder until the center display hits your trip point. Hold the memory key to archive the combination. Attach your device and monitor the right screen for live wattage confirmation.

11. Customer Benefits

Your troubleshooting becomes faster when parameters stay frozen across days. You avoid destructive shorts by setting tight current caps upfront. You teach learners confidence because the readouts match textbook calculations. You expand your repair capacity since the unit handles continuous duty without lag. You budget smarter because one platform replaces multiple single-mode supplies.

12. Ideal Uses

Schedule battery charge cycles with adjustable amp limits. Run mobile phone logic board diagnostics under controlled rail voltage. Stress-test LEDs, relays, and resistors during quality checks. Demonstrate Ohm's law in university sessions with visible real-time math. Support light electroplating baths that demand steady direct current.

13. Who It’s For

Certified repair technicians need dependable bench tools. R&D engineers require programmable racks for prototype validation. Quality assurance teams demand repeatable aging stations. Vocational schools seek durable gear for student practice. Independent makers want portable power that survives transport.

14. 5 Frequently Asked Questions

Does this unit require specialized grounding equipment?
No. The dual AC input accepts standard wall outlets directly. Standard insulated test leads complete the electrical loop safely.

Can I store multiple power profiles for different projects?
Absolutely. The memory module retains independent voltage and current combinations. A single button press recalls your chosen profile .

What happens if my connected device draws more power than expected?

How accurate is the digital readout during rapid load shifts?

Does the cooling fan run constantly during operation?

• Output Power — 160W/320W/360W
• Output voltage — 0~32V/62V/120V
• Output current — 0~3A/5A/10A
• working environment
• — input voltage:AC 230V/115V ±10% ;50Hz/60Hz
• Working temperature:0℃～40℃;relative humidity:<80%RH
• Storage temperature:-10℃～70℃;relative humidity:<70%RH
• Constant voltage CV
• — Voltage stability:0.1%±3mV
• Load stability: 0.2%±3mV
• Ripple voltage:≤0.5% Vp-p
• 0 to rated voltage continuously adjustable
• constant current CC
• — Current stability:0.1%±3mA
• Load stability: 0.2%±3mA
• Ripple current:≤0.5% Vp-p
• Recovery time:≤500μS
• Temperature coefficient:≤100ppm/℃
• 0 to rated current continuously adjustable
• display
• — LED digit display
• Display accuracy:0.5%±digits
• Display resolution: voltage 0.01V, current 0.001A

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