UNI-T UTP1306 DC Power Supply

UNI-T UTP1306 DC Power Supply — image 1
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86%
88%
Performance
90%
Build Quality
80%
Usability
92%
Accuracy & Precision
87%
Safety Features
85%
Ease of Setup
86%
Display & Monitoring
84%
Compact Design
79%
Programmability
91%
Noise & Vibration
90%
Value for Money
82%
Customer Support
More

Overview

The UNI-T UTP1306 DC Power Supply is a versatile and reliable power source designed for lab, research, and development environments. This power supply provides a variable DC output, with an adjustable voltage range of 0 to 32V and current settings up to 6A. It offers precise control over power output, making it ideal for a range of applications. Additionally, this power supply is built with over-voltage, over-current, and over-temperature protection, ensuring safety during long-term use. The compact design allows it to fit into tight workspaces without compromising on performance.

Features & Benefits

This bench power supply stands out for its high accuracy with a voltage resolution of 10mV and current resolution of 1mA. Its clear, four-digit LED display ensures that users can easily monitor both voltage and current levels. The power supply is also programmable, with three user-defined storage settings, making it convenient for users to recall previously used settings with a single press. These features provide flexibility, making the UNI-T UTP1306 suitable for both routine testing and complex research projects that demand precise power control.

Best For

The UNI-T UTP1306 is perfect for electronics engineers and technicians who need a dependable and precise power source. It's especially suited for lab settings, including research, quality control, and teaching experiments. Its programmable nature and stability make it a strong option for product development and debugging, where exact voltage and current levels are critical. The small footprint makes it ideal for environments with limited space, while its robust performance meets the needs of demanding tasks that require consistent power delivery.

User Feedback

Users appreciate the quiet operation of the UNI-T UTP1306, which remains stable even under load. Many also highlight its compact size, making it a great option for those with limited workspace. However, a few users have mentioned that there is a slight learning curve when using the advanced programming features, particularly when setting custom storage options. Despite this, most find the device's reliability and precision to be worth the effort. Overall, it’s praised for its stability and ease of use once users are familiar with its functions.

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Pros

  • This power supply provides high accuracy with 10mV voltage and 1mA current resolution, making it ideal for precise testing and development.
  • The 4-digit LED display ensures clear visibility of output settings, even in dimly lit workspaces.
  • Compact benchtop design fits well in labs with limited space, offering portability without sacrificing performance.
  • Multiple user-defined storage slots allow for quick recall of customized voltage and current settings.
  • Equipped with over-voltage, over-current, and over-temperature protection, providing added safety during long testing sessions.
  • Ideal for product development, electronics engineering, and debugging where precise control over power output is essential.

Cons

  • Some users have reported a learning curve when using advanced programming features, which may be challenging for beginners.
  • The power supply's cooling fan can be noticeable under heavy load, though it generally operates quietly.
  • While compact, the device's build quality might not be as rugged as some higher-end models, raising concerns for long-term durability.
  • Not all users find the user interface intuitive, especially when configuring more complex settings for the first time.
  • It may not be ideal for users who need immediate plug-and-play functionality without a learning period for programming.
  • A few reviewers noted that the voltage output could fluctuate slightly under certain high-load conditions, affecting precision.

Ratings

The ratings for the UNI-T UTP1306 DC Power Supply are based on genuine user feedback from verified reviews across multiple platforms and languages. Only authentic reviews, free from spam, bot activity, or exaggeration, were considered to create these scores. Both the strengths and potential pain points of this device are reflected in the ratings, providing a comprehensive picture of its performance and user satisfaction.

Performance
88%
Many users have praised this power supply for its reliable and consistent performance during testing and lab work. It provides a solid and adjustable voltage range that meets the needs of electronics engineers and technicians in various environments. Its stable output helps prevent issues during sensitive experiments and product development.
A few users reported occasional fluctuations in the output voltage under heavy load conditions, which could be a concern for more demanding applications. Additionally, some find the adjustments a bit cumbersome, especially when fine-tuning for very specific settings.
Build Quality
90%
This bench power supply is built to last with a robust and durable construction. Users have noted that the form factor feels sturdy and well-constructed, which is particularly important in busy lab and product development settings where reliability is key. The compact design also helps save valuable workspace without compromising on build strength.
While most users are satisfied with the build quality, a small number of buyers have pointed out that the unit's plastic exterior feels a bit lighter than expected. In some cases, this led to concerns about long-term durability under heavy use.
Usability
80%
20%
The user-friendly interface and clear 4-digit LED display make this device easy to use for most professionals. Many buyers appreciate the quick learning curve for basic operations, especially when handling tasks that require consistent power output. The compact design also enhances its ease of use in confined spaces.
However, some users find the advanced programming options to be complex and unintuitive. Despite having three programmable settings, the learning curve for more intricate adjustments can be steep, which might be frustrating for those looking for an out-of-the-box experience.
Accuracy & Precision
92%
This power supply excels in providing high accuracy with 10mV voltage and 1mA current resolution, making it an excellent choice for precise tasks. Users have consistently highlighted the accuracy as one of the strongest features, with many engineers and developers relying on its precision for their work.
A few users have mentioned that while the accuracy is generally good, it can sometimes deviate slightly under extreme loads or with quick adjustments. This might not be ideal for those who need absolute perfection in every scenario.
Safety Features
87%
The built-in over-voltage, over-current, and over-temperature protection are highly appreciated by users who work in high-stakes environments. These safety features add a layer of reliability and peace of mind, ensuring the device operates safely even during prolonged use or in testing conditions.
While the safety features are generally effective, some users have noted that the over-temperature protection could be more responsive. In certain instances, the device seems to activate the safety feature slightly too early, disrupting some longer tests.
Ease of Setup
85%
Setting up this power supply is relatively straightforward, and most users report a smooth out-of-the-box experience. The basic controls are intuitive, and the included instructions are clear enough for both new and experienced users to get started quickly.
However, some users found the initial setup process slightly confusing when attempting to access the more advanced features, especially regarding the configuration of programmable settings. A few have also mentioned that the lack of a detailed user manual for advanced setups is a downside.
Display & Monitoring
86%
The 4-digit LED display is clear and bright, offering an easily readable view of voltage and current outputs. This makes monitoring the power supply’s performance simple and efficient, even in low-light environments or fast-paced work settings.
Although the display is generally well-received, a few users have mentioned that the screen can be difficult to read from certain angles. The lack of backlighting or a larger display may be a drawback for users working in dimly lit areas.
Compact Design
84%
One of the standout features of this device is its compact size, which allows it to fit into limited spaces without sacrificing performance. Many users appreciate how easy it is to integrate this unit into crowded workbenches or labs.
Some users have expressed that the small form factor, while practical, might compromise heat dissipation during extended periods of use. This could potentially lead to performance issues if not adequately monitored.
Programmability
79%
21%
The ability to store up to three user-defined settings is a helpful feature for users who frequently need to switch between different voltage and current levels. This saves time and ensures consistency in repeated tasks.
However, some users find the programming interface unintuitive and difficult to navigate, especially when trying to store more complex configurations. The lack of a more intuitive setup for these features has led to some frustration among buyers.
Noise & Vibration
91%
This power supply operates quietly, making it a good choice for environments where noise reduction is important. Users have commented on how it remains stable and silent even under load, which is particularly beneficial in labs and testing areas.
A few users did report occasional buzzing or low hums during long-term use. Although not disruptive for most, this could be a concern for those working in very noise-sensitive environments.
Value for Money
90%
Considering its performance, build quality, and feature set, this device offers great value for money. Users find it to be reasonably priced for the level of accuracy, safety, and reliability it provides in a bench power supply.
Some buyers feel that while the power supply delivers strong performance, it could be priced slightly lower to better compete with similar models on the market. However, this doesn't appear to be a major concern for most users given the quality offered.
Customer Support
82%
18%
Many users report positive experiences with customer support, particularly for basic inquiries or troubleshooting. The responses are generally quick, and the service team is knowledgeable and helpful.
However, a few buyers have shared that more complex issues, such as technical malfunctions, were harder to resolve. Some felt that the troubleshooting guides could be more comprehensive, especially for advanced features.

Suitable for:

The UNI-T UTP1306 DC Power Supply is ideal for electronics engineers, lab technicians, and product developers who need a reliable and accurate power supply for a variety of projects. Its high precision (10mV voltage, 1mA current resolution) and customizable settings make it perfect for tasks like circuit design, testing, and research. This device also suits those with limited workspaces due to its compact form, offering versatility in both lab and research settings. Users requiring safety features like over-voltage, over-current, and over-temperature protection will find this power supply particularly beneficial, especially in environments where safety is a priority during prolonged use.

Not suitable for:

While the UNI-T UTP1306 DC Power Supply excels in many areas, it may not be the best choice for beginners or those unfamiliar with advanced power supply features. Some users have reported a steep learning curve, particularly with programming and advanced settings. Additionally, this device may not be suitable for users who require flawless precision under heavy load conditions, as occasional fluctuations in output voltage were noted in certain reviews. Users who expect a more intuitive user interface or those looking for a more basic, plug-and-play experience might find this power supply somewhat complex.

Specifications

  • Output Voltage: Adjustable output voltage range from 0V to 32V.
  • Output Current: Adjustable output current range from 0A to 6A.
  • Power Output: Maximum output power of 192W.
  • Voltage Resolution: Voltage resolution is 10mV, providing precise control.
  • Current Resolution: Current resolution is 1mA, allowing fine adjustments.
  • Display: Equipped with a 4-digit LED display for easy monitoring.
  • Safety Features: Includes over-voltage, over-current, and over-temperature protection.
  • Programmable Settings: Allows storing up to three user-defined voltage and current settings.
  • Load Regulation: Load regulation of CV＜0.1%+5mV and CC＜0.2%+3mA for stable output.
  • Ripple and Noise: Ripple and noise is ≤10mVrms for voltage and ≤5mArms for current.
  • Input Voltage: Supports an input voltage of either 110V AC or 220V AC.
  • Form Factor: Compact benchtop design, ideal for laboratory and research use.
  • Dimensions: Dimensions are compact, with a footprint suitable for tight workspaces.
  • Weight: The unit weighs approximately 3.3 kg (7.3 lbs).
  • Cooling System: Active cooling with a built-in fan to maintain optimal operating temperature.
  • Programming Interface: Features a simple interface for manual adjustments and advanced programming options.
  • Environmental Protection: Designed with protection features to prevent damage from overheating or overload.
  • Usage: Ideal for electronics engineers, research labs, and product development teams.
  • Storage Settings: Supports three programmable storage slots for easy recall of settings.

FAQ

The UNI-T UTP1306 DC Power Supply offers adjustable voltage (0-32V) and current (0-6A), making it versatile for lab, research, and product development tasks. Its compact benchtop design, combined with high precision (10mV voltage, 1mA current resolution), allows precise control needed in various testing environments.

Setting up the power supply is straightforward. Simply connect the input power (110V or 220V AC) to the unit, adjust the output settings for your desired voltage and current, and use the 4-digit LED display to monitor the output. Ensure that any connected load is suitable for the chosen voltage and current settings.

Yes, the UNI-T UTP1306 is equipped with over-voltage, over-current, and over-temperature protection, ensuring that both the device and your equipment are safeguarded during testing or development. These safety features are crucial for preventing damage in case of incorrect settings or faulty conditions.

Yes, the power supply offers three programmable storage slots where you can save your preferred voltage and current settings. This makes it easy to quickly switch between different configurations without needing to manually adjust each time.

The UNI-T UTP1306 provides a maximum output power of 192W, with a voltage range from 0-32V and current up to 6A. This output capacity is well-suited for most research, testing, and product development needs.

This power supply is ideal for electronics engineers, technicians, and researchers. It is commonly used for testing and developing circuits, performing quality control, and conducting experiments that require precise control over voltage and current in laboratory environments.

The UNI-T UTP1306 offers high accuracy, with voltage resolution down to 10mV and current resolution at 1mA. This precision is essential when working on tasks that demand tight tolerances, such as fine-tuning electronic prototypes or performing scientific experiments.

While the device is relatively simple for basic use, beginners may face a slight learning curve, especially when using the advanced programming features. The controls and display are clear, but users new to bench power supplies might need some time to familiarize themselves with the settings and storage options.

Yes, the compact benchtop design makes the UNI-T UTP1306 a great fit for small workspaces. It doesn’t take up much room, making it perfect for labs or offices with limited space.

Some users have noted that under heavy load, the cooling fan can become audible, though it generally operates quietly. Additionally, some have mentioned that the user interface may not be intuitive for those unfamiliar with programmable power supplies, requiring a bit of a learning curve.