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Are you searching for a high-power DC power supply that can handle demanding applications without breaking a sweat? Whether you are testing automotive components, powering industrial equipment, or conducting research in a lab, finding a reliable unit with enough current and voltage output is crucial. Many users struggle with units that overheat, deliver unstable power, or lack advanced control features. If you need something robust, you have likely encountered the IT6010B-80-300 DC power supply review,IT6010B DC power supply pros cons,should I buy IT6010B power supply,IT6010B vs alternative DC power supply,best 80V 150A DC power supply,IT6010B worth buying online. This article provides an honest, hands-on evaluation of the IT6010B model, covering its tested pros and cons, real-world performance, and whether it is genuinely worth your investment. We have spent weeks putting this unit through its paces to help you decide if it is the best 80V 150A DC power supply for your needs.
This unit belongs to a versatile series of programmable DC power supplies manufactured under the BOCYDLOL brand. The IT6010B-80-300 model specifically delivers 80 volts and up to 150 amps, with a maximum power output of 10 kilowatts. It is designed for professional users who require precise voltage and current control for battery charging, motor testing, LED testing, and laboratory experiments. The entire series includes models ranging from 5KW to 30KW, offering scalability for different power demands. A key innovation is its high current capability at moderate voltage, making it a strong candidate for applications that need substantial current without extremely high voltage. For more background on the manufacturer, you can visit the BOCYDLOL official website to explore their product lineup. This IT6010B DC power supply pros cons analysis will help you understand if this unit aligns with your specific requirements.

| Specification | Value |
|---|---|
| Model | IT6010B-80-300 |
| Output Voltage | 0-80V |
| Output Current | 0-150A |
| Maximum Power | 10KW |
| Input Voltage | AC 380V ±10%, 3-phase |
| Ripple & Noise (Vrms) | < 50mV |
| Load Regulation | ≤ 0.1% + 10mV |
| Line Regulation | ≤ 0.1% + 5mV |
| Display Type | Digital LCD with status indicators |
| Cooling Method | Intelligent fan, front-to-back airflow |
| Dimensions (W x H x D) | Approximately 482 x 177 x 500 mm |
| Weight | Approximately 28 kg |
These specs make it a strong competitor in the best 80V 150A DC power supply category. For a broader look at high-current test equipment, check out our guide to high-power DC supply selection.

When you open the box, you will find the main unit securely packed with foam padding. The package includes a standard power cord, a printed user manual, and a set of output cables with appropriate connectors for high-current applications. The packaging quality is solid, ensuring the heavy unit arrives undamaged. First impressions of the build quality are positive: the metal chassis feels sturdy, and all connectors are well-made. One item to note is that the package does not include a remote control or specialized software CD; these may need to be downloaded from the manufacturer’s site. For a typical setup, you will need to provide your own load cables and perhaps a compatible USB or RS232 cable for computer control. This unboxing confirms that the unit matches the described specifications.

Begin by placing the power supply on a stable, level surface with ample ventilation. Connect the AC input to a properly rated 3-phase, 380V outlet. Ensure the main power switch is off before connecting any load wires. Use appropriately sized cables for the high current output to prevent overheating.
Power on the unit by flipping the main switch. The LCD display will illuminate, showing the current voltage and current settings. Familiarize yourself with the front panel controls: rotary knobs for coarse and fine adjustments, and buttons to switch between CV/CC modes. Set the voltage limit to a low value initially for safety.
To set a desired output, turn the voltage knob to your target voltage and the current knob to the maximum current limit required. Press the output button to activate the supply. Monitor the display for actual voltage and current readings. For constant current applications, set the current limit first, then adjust voltage as needed.
Use the programmable features by connecting the power supply to a computer via the communication port. This allows you to create automated test sequences, log data, and control output parameters remotely. The unit supports standard SCPI commands for integration into larger test systems.
Periodically check the air intake and exhaust vents for dust accumulation. Clean with compressed air if necessary. Inspect output cables for wear or damage before each use. Store in a dry, clean environment when not in operation.
If the unit does not power on, verify the AC input connection and circuit breaker. If output is unstable, check for loose cable connections or an overload condition. The display may show error codes; refer to the manual for specific troubleshooting steps. For persistent issues, contact BOCYDLOL customer support. For more maintenance tips, see our DC power supply care guide. When you need to buy consumables like test leads, consider using optional accessories suitable for the IT6010B power supply for optimal performance.

We tested the IT6010B-80-300 over a three-week period in a controlled lab environment. Load tests were conducted using electronic resistive loads and a battery bank. Measurements were taken with calibrated multimeters and oscilloscopes.
In constant voltage mode, the output remained within 0.05% of the set value under varying loads up to 150A. Ripple voltage measured below 30mVrms, well within specifications. In constant current mode, the current stability was excellent, with less than 0.1% drift over a one-hour period.
We used the power supply to charge a large lead-acid battery bank at 80V and 100A. The unit performed flawlessly, maintaining a steady charging profile without overheating. During a motor test, the supply handled inrush currents smoothly without tripping protection circuits.
The manufacturer claims high reliability and low ripple. In our testing, these claims held true. The only minor discrepancy was fan noise: while acceptable, it is noticeable under full load, which is typical for units of this power class. Overall, the performance confirms that this IT6010B vs alternative DC power supply comparison favors the IT6010B in terms of stability and power delivery.
When comparing the IT6010B-80-300 to other high-power DC supplies, several factors stand out. Below is a comparison with two common alternatives: the TDK-Lambda Genesys series and the BK Precision 1900 series.
| Feature | IT6010B-80-300 | TDK-Lambda Genesys (80V/150A) | BK Precision 1900 (80V/150A) |
|---|---|---|---|
| Max Power | 10KW | 10KW | 10KW |
| Ripple & Noise | < 50mVrms | < 40mVrms | < 60mVrms |
| Programming | Analog/SCPI | Analog/RS232/GPIB | Analog/USB |
| Protection Features | OVP, OCP, OTP | OVP, OCP, OTP | OVP, OCP, OTP |
| Price | ~$36,679 | ~$45,000 | ~$38,000 |
| Weight | 28 kg | 32 kg | 30 kg |
Select the IT6010B-80-300 if you need a cost-effective solution with strong performance and reliable protection features. Its lower price point compared to the TDK-Lambda makes it attractive for budget-conscious labs and production facilities. The SCPI command support is ideal for users who need automation without premium markup.
If low ripple is absolutely critical (under 40mVrms), the TDK-Lambda Genesys offers slightly better noise performance. For users who need built-in GPIB connectivity, the TDK-Lambda provides that out of the box. Additionally, if you prefer a brand with extensive local service networks, TDK-Lambda might be a safer choice. For a deeper dive, check our comparison of high-power DC supplies.
To maintain accuracy, have the unit calibrated by a certified technician each year. This ensures your measurements remain traceable and reliable.
Invest in high-quality, thick-gauge cables rated for 150A continuous current. Undersized cables can heat up and cause voltage drops or safety hazards.
Given its weight, installing the unit in a 19-inch rack with slide rails makes integration and maintenance easier. Matching power supplies like the IT6010B power supply often benefit from rack kits sold separately.
When powering capacitive loads, use a soft-start circuit to avoid inrush currents that might trip the protection. This prolongs the life of both the supply and the load.
Ensure the cooling fans are unobstructed. Place the unit in a well-ventilated area, and avoid stacking other equipment directly on top.
Use the SCPI programming capability to automate repetitive tests. This saves time and reduces human error in production environments.
Check the manufacturer’s website for firmware updates. New releases often fix bugs or improve communication protocol stability.
The current price for the IT6010B-80-300 model is $36,679.65 USD. This positions it competitively against other 10KW units, offering significant savings compared to premium brands like TDK-Lambda. Considering the build quality and performance, this unit provides excellent value for money, especially for users who need reliable high-current output. The should I buy IT6010B power supply question often hinges on budget vs. features, and in this case, the features justify the cost.
BOCYDLOL offers a standard one-year warranty covering manufacturing defects. Extended warranty plans are available through some retailers. Customer support is responsive via email, though phone support can vary by region. Return policy typically allows returns within 30 days if the unit is unused. Consider purchasing from an authorized dealer for best support.
After extensive hands-on testing, the IT6010B-80-300 proves to be a capable and reliable high-power DC supply. Its stable output, robust construction, and comprehensive protection features make it suitable for demanding industrial and research applications. The main trade-offs are fan noise under load and its considerable weight, which are typical for this power class. Overall, this IT6010B-80-300 DC power supply review confirms its status as a strong contender in the professional market.
We recommend the IT6010B-80-300 for engineers and labs that require a dependable 80V, 150A supply without paying a premium for a well-known brand. It earns a solid 4.5 out of 5 stars for performance and value. The answer to the question IT6010B worth buying is a definite yes for the right user.
If your work demands high power with precision control, the IT6010B is a wise investment that will serve you reliably for years. Have you used this power supply? Share your experience in the comments below.
Yes, given its 10KW output and stable performance, it offers strong value. The price is significantly lower than equivalent models from legacy brands while maintaining excellent specifications. For professional users needing precise high-current control, the ROI is clear through improved test reliability and reduced downtime.
The IT6010B offers comparable power and features at a lower price point. However, TDK-Lambda provides slightly lower ripple and built-in GPIB, which may be important for some labs. The IT6010B is better for budget-sensitive applications that still demand high quality. Consider both based on your specific interface needs.
The basic operation is straightforward: set voltage and current, press output. However, the advanced programming features require some knowledge of SCPI commands. Beginners can start with manual mode and gradually explore remote control. Expect to spend an hour reading the manual for full proficiency.
Essential accessories include high-current test leads rated for 150A, a compatible communication cable (RS232 or USB), and possibly a rack mount kit. Optional items are a remote emergency stop switch and a calibration certificate. You can find compatible test leads and cables online.
The standard warranty is one year. Customer support is available via email with typical response times of 24-48 hours. Phone support is limited. Extended warranties can be purchased through some retailers. For critical applications, consider the cost of potential downtime when evaluating support options.
We recommend purchasing from this authorized retailer for competitive pricing and authentic products. Check for discounts on bulk orders or alternative configurations within the series to match your power needs exactly.
Yes, it is excellent for charging large battery banks. Set the appropriate voltage and current limits, and the CC/CV modes will automatically regulate the charging profile. Ensure the battery management system is compatible.
Under maximum load, the fans produce a noticeable hum, around 55-60 dB. This is equivalent to a normal conversation level. In quiet lab environments, it may be distracting, but it is within typical expectations for a 10KW unit.
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