Description

The Universal Power Supply YR03398-2 is an advanced solution for a myriad of electrophoresis applications, offering precise control through its dual-core microprocessor and intuitive touch keys. This power supply is designed to enhance user experience with its 0-9 digital button setup for simplified operation, while simultaneously displaying both preset and actual output values. Ideal for laboratory settings, it can store up to 100 electrophoresis methods and offers impressive features such as step-by-step control, pause control, and a diverse range of operational functions including standard, timing, and V-hr modes. With its intelligent prompts for misoperation and fault detection along with automated checks for no-load, over-load, and system overheating, this power supply ensures safety and reliability in all scenarios.

Market Price

When considering the purchase of a universal power supply like the YR03398-2, it’s essential to note that similar products in the market are typically priced between $800 and $1,800. This competitive range reflects the high functionality and quality assurance provided by such devices. Although this specific model is positioned on the higher end of the spectrum, its advanced features and reliability present a worthwhile investment for professionals seeking consistent results in their work.

Frequently Asked Questions

• What is the maximum output voltage? The maximum output voltage for the YR03398-2 is 600V.
• How many electrophoresis methods can be stored? The device can store up to 100 electrophoresis methods.
• Does it have a memory function? Yes, it is equipped with an automatic memory function.
• Can it operate in constant voltage, current, and power modes? Yes, this power supply provides constant-voltage, constant-current, and constant-power output options.

Advantages and Disadvantages

One of the main advantages of the Universal Power Supply YR03398-2 is its versatility and precise control features, such as step-by-step and pause control functions, which are indispensable for optimizing complex electrophoresis experiments. Additionally, its advanced safety protocols, including fault and misoperation prompts, ensure user safety and device longevity. On the downside, its array of features may present a learning curve for new users, and it comes with a premium price tag. However, the investment can be justified by the device’s long-term performance and reliability.

Product Use in the Field

The YR03398-2 is widely used in research labs and clinical settings for electrophoresis applications. Its precise voltage and current control, along with the ability to store multiple methods, makes it an ideal choice for laboratories dealing with DNA, RNA, and protein analysis. Simply program the desired settings into the device, and the intelligent control system ensures that each run is consistent and accurate, minimizing errors in critical experiments.

Recommendations

For optimal use of the Universal Power Supply YR03398-2, it is recommended to regularly check all connections and ensure the device is calibrated according to the manufacturer’s guidelines. Additionally, taking advantage of the automatic memory function by pre-setting frequently used programs can save time and enhance workflow efficiency. For those new to this power supply model, a thorough review of the user manual and starting with standard operational modes will help ease the learning process. To explore all the benefits of this device, request a quote or generate a price estimate directly through the Kalstein Plus platform today.

Features

• Molding shell, touch keys for intuitive operation
• Dual core microprocessor intelligent control
• 0-9 digital button for simplified use
• Simultaneous display of preset and actual output values
• Stores up to 100 electrophoresis methods
• Automatic memory and step-by-step control functions
• Pause control and real-time tuning
• Various operation modes including standard, timing, and V-hr
• Intelligent prompts for fault detection and misoperation
• Safety features for no-load, over-load, and system overheating

Technical Specifications