Description

The Universal Power Supply YR03396-2 is engineered for precision and reliability, serving as an indispensable tool for laboratories and industrial applications. With its intelligent control system powered by a dual-core microprocessor, the power supply ensures effortless operation through touch keys and a 0-9 digital button interface. This device is capable of storing up to 100 electrophoresis methods, enhancing efficiency for repetitive tasks. The power supply offers versatility with step-by-step control functions, automatic memory, constant voltage, current, and power functions. Its robust design ensures safety with automatic detection for no-load, overload, short circuits, rapid resistance changes, ground leakages, and system overheating. Equipped with a backlit LCD display, it provides clear visibility in any lighting condition.

Market Price

The price range for power supplies similar to the Universal Power Supply YR03396-2 typically falls between 900 to 1740 USD, depending on the supplier and additional features. It’s important to conduct a comprehensive market analysis to ensure you’re getting the best deal. To explore more about the pricing and available discounts, we recommend generating an automatic quote via the Kalstein Plus platform.

Frequently Asked Questions

Can the Universal Power Supply YR03396-2 be used for electrophoresis applications? Yes, this power supply is specifically designed to support electrophoresis methods, making it an ideal choice for laboratory settings.

How many output jacks does the power supply have? The device features four sets of output jacks for versatile connection options.

Does the power supply have a continuous operation feature? Yes, it supports constant voltage, constant current, and constant power operations, ensuring steady performance.

Advantages and Disadvantages

The primary advantages of the Universal Power Supply YR03396-2 include its intelligent control system, extensive method storage capability, and robust safety features. However, one potential drawback could be the initial learning curve associated with programming its advanced features.

Product Use in the Field

In practical scenarios, this power supply is extensively used in laboratories for a variety of applications, including electrophoresis and other scientific experiments requiring precise power output control. Its programmable functionality and memory capacity simplify repetitive processes, allowing researchers to focus on analysis rather than equipment management.

Recommendations

For optimal performance, it is recommended to periodically check the power supply’s connections and settings. Users should familiarize themselves with its programmable features to take full advantage of its capabilities. Regular maintenance ensures long-lasting performance and reliability.

Features

• Molding shell and touch keys for easy operation
• Dual-core microprocessor for intelligent control
• Stores up to 100 electrophoresis methods
• Backlit LCD display for clear visibility
• Automatic detection of various operational faults

Technical Specifications