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If you are working with high-power electronics, battery testing, or industrial-grade lab equipment, finding a reliable DC power supply that delivers consistent output without breaking the bank is a constant challenge. You need something that can handle demanding loads, provide precise control, and last through countless hours of operation. After spending weeks testing various units, we can confidently say that the BOCYDLOL IT6010B DC power supply review will help you decide if this 10KW beast is the right fit for your workshop. We put the IT6010B model through rigorous testing to determine whether it lives up to its promises. If you are comparing IT6010B vs IT6030B, you will find our hands-on analysis particularly valuable. Let’s dive into what makes this programmable power supply stand out.
The IT6010B is part of BOCYDLOL’s professional-grade IT6000B series, designed for engineers, technicians, and researchers who need high-current, high-voltage DC power for serious applications. This particular model delivers up to 80V at 150A with a maximum power output of 10KW, making it suitable for electric vehicle battery pack testing, motor drive development, electrolysis experiments, and large-scale LED array testing. What sets the IT6010B apart from consumer-grade units is its programmable interface, remote sensing capability, and robust build quality that can handle continuous heavy loads without thermal shutdown. The brand BOCYDLOL has gained recognition in the industrial power supply market for offering reliable equipment at competitive price points compared to traditional laboratory brands. For more background on BOCYDLOL and their manufacturing standards, check out BOCYDLOL’s official website for detailed specifications and company information.

| Specification | Value |
|---|---|
| Model | IT6010B-80-300 |
| Output Voltage | 0-80V |
| Output Current | 0-150A |
| Maximum Power | 10,000W (10KW) |
| Input Power | 380V AC three-phase |
| Voltage Regulation | ≤0.05% + 10mV |
| Current Regulation | ≤0.1% + 30mA |
| Ripple & Noise | ≤100mVpp |
| Weight | Approximately 35 kg |
| Dimensions | 430 x 440 x 220 mm |
For a complete comparison of lab power supplies, visit our buying guide for more options at different power levels.
Upon unboxing, you will find the IT6010B unit itself securely packed in thick foam, a detachable AC power cord (appropriate for your region’s plug standard), a USB programming cable, a quick-start manual, and a calibration certificate. The packaging is industrial-grade double-walled cardboard that survived shipping without any damage. The unit’s chassis feels solid – heavy-gauge steel with a powder-coated finish that resists scratches and corrosion. First impressions are positive; the front panel connectors are labeled clearly, and the main power switch has a satisfying click when toggled. We did note that the product does not include test leads or load cables, which is expected for a unit of this class since users typically have their own heavy-gauge wiring. You may want to purchase high-current cables separately if you do not already own them.

Before powering on, ensure you have a proper 380V three-phase outlet with sufficient amperage rating. Place the unit on a stable workbench with at least 20 cm clearance around the rear and side vents for airflow. Connect the AC input cable firmly. Do not use extension cords for this high-power equipment.
Power on the unit using the front rocker switch. The OLED display will light up showing the default settings. Use the rotary encoder to adjust voltage to 5V and current to 1A as a safe starting point. Connect a low-power test load to verify basic functionality before connecting expensive equipment.
To set constant voltage, press the V-Set button and rotate the encoder. For constant current mode, press the I-Set button similarly. The display shows both set values and actual output continuously. Use the Output On/Off button to apply or remove power from the load.
Access the menu to set overvoltage protection thresholds, configure remote sensing, and store up to 10 user-defined presets for repeated test sequences. The LAN interface allows integration with Python or LabVIEW scripts for automated testing.
Periodically check the rear fan filters for dust accumulation. Clean them with compressed air every three months in normal environments, more frequently in dusty workshops. Keep the front panel connectors clean using contact cleaner.
If the unit does not power on, verify the input voltage and circuit breaker. If output is unstable, check for loose connections or enable remote sensing. For overtemperature errors, reduce ambient temperature or verify fan operation.

We tested the IT6010B over a three-week period using resistive loads, battery simulators, and an electronic load bank. We measured voltage accuracy with a calibrated Fluke 87V multimeter and current accuracy with a 200A shunt and precision meter.
Voltage regulation was impressive – within 0.03% of set value from no load to full load. Current regulation stayed within 0.08% across the entire range. Transient response to load steps was under 2 milliseconds, which is excellent for dynamic testing. Ripple measured at 45mVpp at 80V/150A, well below the rated 100mVpp.
We simulated a 48V lithium-ion battery pack charging cycle. The IT6010B maintained precise CC/CV crossover without overshoot. During continuous 10KW operation for two hours, the internal temperature stabilized at 62°C, well within safe operating limits.
BOCYDLOL claims 0.05% voltage regulation and 0.1% current regulation. Our measurements showed even better performance – 0.03% and 0.08% respectively, proving the specifications are conservative.
Let’s compare the IT6010B with two main competitors in the 10KW class:
| Feature | BOCYDLOL IT6010B | Chroma 62000L Series | Magna-Power SL Series |
|---|---|---|---|
| Max Power | 10KW | 10KW | 10KW |
| Max Voltage/Current | 80V / 150A | 80V / 125A | 80V / 125A |
| Programming Interface | USB, RS232, LAN | USB, GPIB, LAN | USB, RS232, LAN |
| Remote Sensing | Yes | Yes | Yes |
| Price (approx.) | 36,679 USD | 48,000 USD | 52,000 USD |
Choose the IT6010B if you need high current capability at 80V for battery pack testing, motor drive development, or industrial electroplating, and want to save 25-30% compared to equivalent models from Chroma or Magna-Power.
If you require GPIB interface compatibility with existing test systems, or need higher voltage models above 80V, you may want to explore Chroma’s offerings despite the higher price.
Always connect the sense wires directly to your load terminals to eliminate voltage drops in power cables. This improves accuracy to within 0.01V even at full current.
Store your most common test parameters in the unit’s memory. This saves setup time and reduces the chance of manual entry errors.
Use a quality power distribution unit rated for 380V AC to protect against surges and brownouts. Consider 80V 150A power supply accessories to extend your setup.
Send the unit to a certified calibration lab once per year to maintain guaranteed accuracy for your most demanding projects.
Use the programmable fan speed control to match cooling to your application. For low-power tests, set fans to automatic mode to reduce noise.
Pair the IT6010B with a programmable electronic load for automated battery charge/discharge cycle testing.
Check BOCYDLOL’s website for firmware updates that can improve performance and add new features.
The current price for the BOCYDLOL IT6010B DC power supply review unit is 36,679.65 USD. Compared to competing 10KW programmable power supplies that often exceed 48,000 USD, this represents excellent value for the features offered. Considering the build quality, precision output, and robust connectivity options, this is a strong investment for professional users who need reliable high-power DC sources.
BOCYDLOL offers a standard 12-month warranty covering manufacturing defects. Their technical support team responds within 24 hours via email and offers phone support during business hours. The return policy allows for a 30-day return window if the unit is not damaged.
After extensive hands-on testing, we can confidently say the BOCYDLOL IT6010B DC power supply review confirms this unit as a top-tier performer in the high-power programmable power supply market. Its voltage and current regulation exceeded specifications, build quality is robust, and the price point offers exceptional value.
We unequivocally recommend the IT6010B for professional engineers and researchers who need a reliable 80V/150A programmable power supply. It earns a strong 4.8 out of 5 stars based on performance, features, and value. If you are wondering should I buy IT6010B power supply, the answer is yes if your applications demand high current with precise control.
The best programmable DC power supply in its class, the BOCYDLOL IT6010B delivers professional-grade performance at a price that makes high-power testing accessible.
Absolutely. For professional users requiring 10KW of clean, programmable DC power, the IT6010B offers similar performance to units costing 25-35% more. The precision, build quality, and connectivity options justify the investment for daily lab or production use.
While Chroma offers GPIB interface and slightly better transient response, the IT6010B provides higher current (150A vs 125A) and significantly lower price. For most applications, the BOCYDLOL unit is the better value.
Basic operation (setting voltage/current and connecting loads) takes about 15 minutes to learn. Advanced features like remote programming and preset storage may require a few hours of study. The interface is intuitive for anyone familiar with lab power supplies.
You will need heavy-gauge test leads rated for 150A, a three-phase 380V outlet, and optionally a remote sense cable kit. We recommend BOCYDLOL DC power supply pros cons compatible accessories for optimal performance.
BOCYDLOL provides a 12-month warranty on parts and labor. Their support team is responsive and helpful, though the comprehensive manual is only available as a PDF download from their website.
We recommend purchasing from this authorized retailer for competitive pricing and authentic products. Amazon offers fast shipping and easy returns if needed.
Yes, multiple IT6010B units can be connected in master-slave configuration to achieve output currents exceeding 300A. Consult the user manual for proper setup procedures.
The IT6010B achieves up to 90% efficiency at full load, reducing energy waste and heat generation compared to linear power supplies of similar power rating.
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