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Specifications:
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Product parameters | Descriptions | ||
Product name | DC buck- power supply | Model | XY12522 |
Input voltage | 12.00~140.0V | Output voltage | 0 u301c125.0V |
Output current | 0-22.00A | Accuracy of voltage | ±0.5%+l word |
Power output | 2000W | Accuracy of current | ±0.5%+3 word |
Resolution of voltage | 0.01V | Resolution of current | 00.01A |
Storage data group | 10 groups | Soft start | YES |
Screen size | Over 1.8-inch LCD with a viewable area of 38*29mm | ||
Output ripple typical value | VPP-200mv | ||
MPPT function | Support MPPT solar charging | Buzzer | YES |
Efficiency of conversion | About 95% | Number of buttons | 5 |
Bare board size Screen instrument | 119*74*43mm 86*45*50mm | Bare board weight with packaging | 242g 270g |
Bare board package product Package | 142*107*46mm 172*95*60mm | Product weight with packaging | 295g 350g |
Protection mechanism | Descriptions | ||
under-voltage(LVP) | Adjustable 10-145V, default 10V | ||
over-voltage(OVP) | Adjustable from 0 to 130V, default is 130V | ||
over-current(OCP) | Adjustable from 0 to 23A, default 23A | ||
over-power(OPP) | 0 to 2000W, default | ||
over-temp(OTP) | Adjustable from 0 to 110 ℃, default is 95 ℃ | ||
over-time out(OHP) | 1 minute - 99 hours 59 minutes, off by default | ||
over-capacity(OAH) | Adjustable from 0 to 9999Ah, disabled by default | ||
over-energy(OPH) | Adjustable from 0 to 4200KWh, off by default |
Precautions:
1. The input cannot be connected to AC power, nor can it be connected to 220V mains power.2. The maximum input voltage must not exceed 145V. It is recommended to use with in 140V, and the positive and negative terminals must not be connected reversely.3. The output has no reverse current protection. When connecting the battery, ensure that the power supply"s output voltage is always higher than the battery voltage. Alternatively, a diode can be connected in series with the positive output terminal to allow one-way conduction, preventing reverse current from the battery voltage from damagingthe power supply.4. When connecting the battery to the output terminal, pay attention not to connect the positive and negative terminals reversely.5. This product is a DC buck power supply. The maximum output voltage = input voltage * 0.945.
Features:
1. High Precision and Stability:
The DC buck power supply offers outstanding accuracy with a voltage precision of ±0.5% and a current precision of ±0.5%. This ensures reliable and consistent output, making it suitable for precision applications.
2. Advanced Protection Mechanisms:
Equipped with comprehensive protection features including under-voltage, over-voltage, over-current, over-temperature, and over-power protections. The system ensures safe operation under various conditions by providing adjustable thresholds.
3. User-Friendly Interface:
The unit features a large, easy-to-read 1.8-inch LCD screen that provides clear monitoring of voltage, current, and other parameters. The intuitive interface with 5 buttons allows for easy navigation and adjustment.
4. MPPT Solar Charging Support:
The power supply supports MPPT (Maximum Power Points Tracking) solar charging, optimizing the energy harvest from solar panels. This feature makes it ideal for renewable energy applications.
5. Compact and Efficient Design:
Boasting a conversion efficiency of about 95%, this power solution minimizes energy waste. Its compact size (119×74×43mm for the bare board) makes it easy to integrate into various systems where space is a premium concern.
Package Included:
1 x XY12522 DC Buck Power Supply(Board Only)
or
1 x XY12522 DC Buck Power Supply Kit
A part of the review has been auto-translated.
I recently built an adjustable power supply using custom components and materials. Here’s my detailed feedback:
Performance and Features:
The display is clear and of good quality, offering accurate readings with useful multi-function features.
The power supply provides a wide range of output voltages and passed all basic functionality tests without any issues.
It performs reliably and consistently, even under higher loads.
Power Source:
I used two 48V 20A SMPS units connected in series (resulting in 110V output: 55V + 55V). This configuration worked flawlessly within the specified tolerance range (+/- 15%).
Although input sources of this type aren’t readily available locally, the units I used were easy to integrate and performed perfectly.
Enclosure and Build:
Since enclosures for this kind of setup are not easily available, I built a custom enclosure using 5mm thick Bakelite (Hylem) sheets. It is durable, heat-resistant, and well-suited for the application.
The overall design ensures excellent durability and adequate protection for the components.
Cooling:
The cooling system works effectively, with one fan directing airflow towards the SMPS heatsink and another fan acting as an exhaust. This setup prevents overheating and maintains stable operation.
Shipping and Availability:
The key components were shipped quickly to India, which was a major advantage given the limited local availability of specialized parts.
Overall Experience
This project resulted in a highly functional and versatile adjustable power supply. The combination of custom-built and sourced components worked seamlessly. I’m especially pleased with the quality of the display, the wide output range, and the robust performance of the SMPS units.
If you're looking for a custom, cost-effective solution with a wide range of applications, this setup is highly recommended.
Good and accurate as described.
Tips:For questions about your order, place of delivery, product discount, taxation, delivery time, warranty, shipping, payment, exchange rate, and other questions unrelated to the product, please contact customer service.
A part of the QA has been auto-translated.