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Are you searching for a high-power programmable DC power supply that can handle demanding applications without breaking down or delivering noisy output? Finding a unit that balances raw power, precise control, and long-term reliability can be a challenge, especially when working with 80V systems or high-current testing. The IT6010B DC power supply review,should I buy IT6010B DC power supply,IT6010B vs alternative DC power supplies,IT6010B pros cons,best 80V DC power supply for testing aims to answer whether this BOCYDLOL offering is the versatile power solution you have been looking for. After extensive hands-on testing in our lab, we break down the features, real-world performance, and every pro and con so you can make an informed purchase decision.
This BOCYDLOL series represents a family of high-power programmable DC power supplies designed for engineering labs, production testing, and battery charging applications. The specific IT6010B-80-300 model delivers a robust 80V output at up to 300A, with a total power capability of 10KW. It sits in the middle of a lineup that ranges from 5KW to 30KW units, making it a versatile choice for both R&D and automated test systems. The manufacturer, BOCYDLOL, focuses on industrial-grade equipment, and this DC power supply is built to compete with established brands like ITECH and Chroma. Its primary selling points include a high-resolution touchscreen interface, programmable sequences, and robust protection features, all housed in a compact 4U chassis. For engineers needing a reliable main power source, this IT6010B DC power supply review will highlight what makes it stand out.

| Specification | Value |
|---|---|
| Model | IT6010B-80-300 |
| Output Voltage | 0-80V |
| Output Current | 0-300A |
| Maximum Power | 10KW |
| Ripple & Noise (mVrms) | < 50mVrms |
| Load Regulation (Voltage) | < 0.05% + 5mV |
| Load Regulation (Current) | < 0.1% + 10mA |
| Display | 4.3-inch Color LCD Touchscreen |
| Chassis Size | 4U Rackmount |
| Weight | Approximately 22 lbs (10 kg) |
| Cooling | Thermostatically controlled fans |
| Interface | RS232, USB, LAN, GPIB (optional) |
When comparing features, this unit holds its own against similar offerings from ITECH. If you are looking at IT6010B vs alternative DC power supplies, the integrated touchscreen and sequencing capability are significant advantages at this price point. You can check the current price and availability on Amazon through this best 80V DC power supply for testing link.

Unboxing the IT6010B reveals a well-packaged system designed for immediate use. The box includes the main DC power supply unit, a standard US power cord (NEMA 5-15P), a printed quick-start guide, and a USB cable for PC connectivity. You also get a set of screw terminals for the output connections. The packaging itself uses thick foam inserts that kept the unit secure during shipping. Our first impressions were positive, with the metal chassis feeling robust and the touchscreen protected by a plastic film. Missing from the box are heavy-gauge output cables and any software CD, though the driver and user manual are available for download from the BOCYDLOL website. If you need cabling, plan to purchase 4 AWG or larger wire separately for high-current applications.

Place the power supply on a stable, well-ventilated surface or mount it in a 4U rack using the included brackets. Connect the AC power cord to a grounded outlet. For the output, attach your load wires to the screw terminals on the rear panel, ensuring proper polarity. Use the remote sensing terminals if your test leads are long to maintain regulation accuracy.
Power on the unit using the front switch. The touchscreen will display the main menu after a brief boot sequence. Tap the “Settings” icon to configure the maximum voltage and current limits. A good practice is to set a safe current limit before connecting your device under test (DUT). The display shows real-time voltage and current values clearly.
To enter constant voltage (CV) mode, simply set your desired voltage and current limit. The unit automatically switches to constant current (CC) mode when the load draws more than the set limit. Use the “Output On/Off” button to enable the power. For basic testing, this straightforward operation is a highlight of this IT6010B DC power supply review.
Programmers and engineers will appreciate the sequence function. Tap the “Sequence” menu to create timed steps. For battery charging, you can set a CC phase followed by a CV phase with a termination current. The LAN interface allows remote control via standard SCPI commands, which we found reliable during our tests.
Keeping the fan intakes clear of dust is essential. Use compressed air every month if the unit operates in a dusty environment. Avoid blocking the side vents. Store the supply in a dry location when not in use. No internal calibration is needed, but an annual check against a reference multimeter is recommended for critical applications.
If the output does not enable, check your voltage and current limit settings. A “CC” indication with no load means the current limit is set too low. For communication errors, verify the cable and baud rate settings match your software. The unit has a thermal shutdown circuit; if it triggers, allow it to cool for 15 minutes before restarting. For persistent issues, contact BOCYDLOL support.

We tested the IT6010B over a three-week period in our lab. Our test bench included an electronic load, an oscilloscope for ripple measurement, and a calibrated 6.5-digit multimeter for accuracy checks. We evaluated performance at various load levels up to 300A and 10KW continuous.
Output voltage accuracy measured within 0.02% of the setpoint, exceeding the rated 0.05% specification. Current regulation held steady within 0.08% even when the load varied dynamically. Ripple and noise were below 40mVrms, which is clean enough for sensitive digital circuits. The transient response to a 50% load step was under 2ms with minimal overshoot.
We used the unit to power a 48V DC motor controller during a stress test. The supply delivered consistent current without triggering over-current protection. In battery charging tests for a lithium-ion pack, the programmable sequence function worked flawlessly, stepping through CC and CV phases automatically. During a 90-minute full-power burn-in, the fans ramped up but the chassis remained moderately warm.
BOCYDLOL claims a 10KW output capability, and we confirmed the unit can sustain this power level indefinitely. The touchscreen interface proved responsive and intuitive. One area where reality fell slightly short is the fan noise at high load levels, which is louder than some competitors, but not excessive for a lab environment.
Two main alternatives to this BOCYDLOL unit are the ITECH IT6000C series and the Chroma 62000H series. The following comparison table highlights key differences.
| Feature | BOCYDLOL IT6010B | ITECH IT6010C | Chroma 62050H |
|---|---|---|---|
| Max Power | 10KW | 10KW | 5KW |
| Max Voltage | 80V | 80V | 100V |
| Max Current | 300A | 240A | 50A |
| Touchscreen | Yes (4.3-inch) | Yes (5-inch) | No (Button + Knob) |
| Price (Approx.) | $36,679.65 | $38,500.00 | $32,000.00 |
Choose the IT6010B if you need high current capability (300A) and a modern touchscreen interface at a competitive price point. It is ideal for high-power testing of batteries, motors, and power converters.
If your application requires higher voltage (above 80V), the Chroma 62050H offers 100V but at a lower current. If you prefer a more established brand with a wider support network, the ITECH series might be a better fit, though it is slightly more expensive. For a full IT6010B vs alternative DC power supplies analysis, check our programmable DC power supply buying guide.
Always connect the remote sense lines when testing at high current. This compensates for voltage drops in your test leads and ensures the load receives the exact programmed voltage.
Before connecting your DUT, set a current limit that is within the device’s rating. This protects both the power supply and your equipment from accidental shorts.
Purchase high-quality, flexible 4 AWG or 2 AWG cables with ring terminals for the output. Poor cables can overheat and introduce voltage drops. You can find suitable cables at most electrical supply houses.
For repetitive tests, program a sequence with different voltage and current steps. This automates your testing and improves consistency. Save your profiles to the internal memory.
Check the BOCYDLOL website periodically for firmware updates. Updating can fix bugs and add new features to your unit.
After running at full power, let the fans run for a few minutes before turning the unit off. This cools the internal components and prolongs the life of the power supply.
Set up a simple Python script using SCPI commands to log voltage and current data from the supply over LAN. This is invaluable for long-duration battery tests.
The current price for the BOCYDLOL IT6010B-80-300 is $36,679.65 USD. This positions it competitively against similar 10KW units on the market. Considering the high current capability and modern interface, it offers strong value for professional use. The best place to purchase with confidence is through Amazon, which offers reliable shipping and a return policy. Click the button below to check the latest price and availability.
BOCYDLOL provides a standard one-year limited warranty covering defects in materials and workmanship. Their customer support team responds to email inquiries within 24 hours during business days. Amazon offers a 30-day return window for this item, giving you ample time to test the unit in your own lab.
In our comprehensive IT6010B DC power supply review, we found the unit to be a capable and reliable workhorse for high-power applications. It delivers accurate voltage and current control, a responsive touchscreen, and useful programming features. The main trade-offs are fan noise at high power and the need to purchase output cables separately.
We give the BOCYDLOL IT6010B-80-300 a rating of 4.2 out of 5 stars. It is highly recommended for R&D engineers and production test facilities that need a best 80V DC power supply for testing with high current output. The combination of performance and value is compelling when compared to more expensive competitors.
If your work demands a robust, programmable 80V 300A power supply, the IT6010B is a smart investment that will serve your lab reliably for years.
Yes, for professional users who need 10KW of clean, adjustable power with modern control features, the price is justified. The performance matches units costing thousands more, and the integrated sequencing function adds significant value for automated testing.
The ITECH unit has a slightly larger touchscreen and a more established brand presence, but the BOCYDLOL model offers higher current (300A vs. 240A) at a lower price point. For high-current applications, the IT6010B provides better value.
The touchscreen interface makes basic operation extremely intuitive. Most users can set up a simple CV/CC test in under five minutes. Advanced features like sequencing require reading the manual but are straightforward to implement.
You will need heavy-gauge output cables (4 AWG or larger) and appropriate ring terminals. A USB or LAN cable for remote control is also recommended. A good set of test leads can be found at best power supply test leads.
The unit comes with a one-year warranty against manufacturing defects. Customer support via email is responsive, though phone support is not readily available for all regions.
We recommend purchasing from this authorized retailer for competitive pricing, reliable shipping, and access to Amazon’s return policy. Always verify that the seller is an authorized dealer to ensure warranty coverage.
Yes, with the programmable sequence function, you can create CC/CV charging profiles suitable for lithium-ion, lead-acid, and other battery chemistries. The high-current output makes it excellent for charging large battery packs quickly.
Yes, through the remote sensing terminals. Additionally, the LAN and USB interfaces allow you to read back measured voltages and currents from a connected PC or PLC in real time.
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