Product Description
The YR03408 High Voltage Power Supply stands out in the realm of advanced laboratory equipment with its impressive technical capabilities and intuitive design. This power supply offers a flexible range of output modes—Constant-Voltage, Current, or Power—making it a versatile choice for various experimental setups. With increments as precise as 1V, 1mA, and 1W, the YR03408 ensures fine-tuned control over your experiments, enhancing both precision and efficiency.
Designed for both robustness and reliability, the YR03408 is equipped with an extensive output range of 20 to 5000V, 1 to 200mA, and 1 to 100W, catering to a plethora of high-voltage applications. Its ingenious timer feature, ranging from 1 minute to 99 hours and 59 minutes, adds another layer of operational flexibility, ideal for prolonged experiments. The power supply also includes a V-hr range from 1 to 99999V-hr, with increments of 1V-hr, broadening its usability across complex scientific investigations.
| Model | YR03408 |
| Type of Output | Constant-Voltage, Current or Power |
| Increment | 1V, 1mA, 1W |
| Output Range | 20–5000V, 1–200mA, 1–100W. |
| Timer Range | 1min~99hr, 59min |
| V-hr Range | 1~99999V-hr/ Increment 1V-hr |
| Display | LCD display with backlight |
| Output jacks | Four sets of output jacks |
Market Price
In today’s competitive market, the YR03408 High Voltage Power Supply typically has a price range between $3200 and $4100. This range reflects both the premium quality and advanced features of the equipment, which secure its position as a valuable asset for laboratories worldwide. By investing in this power supply, laboratories can leverage both durability and precise control, ensuring long-term use and reliability in high-stakes experimental tasks. Prices are competitive, so it’s advisable to explore current offers and compare options to get the most value for your investment.
Frequently Asked Questions
What types of output are available with the YR03408?
The YR03408 offers three types of output: Constant-Voltage, Current, and Power, allowing for flexible application across various experiments.
How accurate is the YR03408 in terms of measurement increments?
The power supply provides precision with increments of 1V for voltage, 1mA for current, and 1W for power, ensuring meticulous control over experiments.
What is the use of the timer feature in this power supply?
The timer ranges from 1 minute to 99 hours and 59 minutes, designed to accommodate lengthy experiments without the need for constant monitoring.
Advantages and Disadvantages
Advantages: The YR03408 High Voltage Power Supply offers precision output control and extensive operational range, catering to a wide array of high-voltage applications. Its versatility in output modes, along with a user-friendly LCD display, ensures seamless interaction and easy monitoring of settings. Additionally, the device’s long timer range is ideal for complex experiments requiring extended operation times.
Disadvantages: Although highly functional, some users may find the initial setup process somewhat complex if they are unfamiliar with high-voltage equipment. Moreover, the price range, while justified by the equipment’s capabilities, may be a considerable investment for smaller laboratories with tight budgets.
Use of the Product in the Field
The YR03408 is a vital tool in high-stakes research environments where precision is paramount. In fields such as materials science or electrical engineering, the power supply’s wide voltage and current range support experiments that necessitate controlled and sustained electrical input. It is particularly useful in testing new materials’ resistance to voltage and in crafting controlled conditions for sensitive measurements in complex circuitry testing.
The practical applications of this power supply also extend to educational settings, where it can serve as a teaching aid in demonstrating electrical principles to students. Its robust design and reliable output make it a go-to choice for universities and institutions aiming to provide hands-on learning experiences alongside theoretical knowledge.
Recommendations
To maximize the utility of the YR03408, it is essential to follow a few key maintenance practices. Ensure that the equipment is regularly calibrated to maintain the highest level of accuracy. Protect the device from dust and moisture by housing it in a clean, dry environment. When setting up for an experiment, double-check all connections and output settings to prevent any inaccuracies in data.
For those new to high-voltage equipment, it is advisable to organize a brief training session to familiarize the team with the device’s capabilities and safety protocols. This practice not only enhances the overall safety of the lab environment but also ensures that all users can effectively and confidently utilize the power supply in their respective research fields.
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