
( Brand: Hamamatsu ), ( Manufacturer Part Number: L10671D ), ( Model: S2D2 ), ( Part Type: Uv Light Lamp Module )
The Hamamatsu S2D2 Deuterium UV Point Light Lamp Module is a high-performance, specialized lighting solution designed for UV photolysis applications. This lamp module is manufactured by Hamamatsu Photonics, a globally recognized leader in the photonics industry, ensuring exceptional quality and reliability.
The S2D2 lamp uses a deuterium gas discharge to emit ultraviolet radiation primarily in the wavelength range of 190-400 nm, with a peak emission at around 254 nm. This broad emission spectrum makes it suitable for a wide range of UV photolysis experiments, including DNA and protein cross-linking, polymerization, and degradation studies.
The lamp is housed within a robust, compact, and durable aluminum housing, which is designed for easy installation and maintenance. The housing also incorporates a water-cooling system, ensuring optimal performance and longevity of the lamp.
The Hamamatsu S2D2 Deuterium UV Point Light Lamp Module is an excellent choice for research institutions, laboratories, and industrial settings where precise and reliable UV photolysis is required. Its high power output, broad emission spectrum, and robust design make it a versatile and indispensable tool for UV-based applications.
In summary, the Hamamatsu S2D2 Deuterium UV Point Light Lamp Module is a high-quality, high-performance UV light source, perfect for a wide range of UV photolysis applications. Its robust design, broad emission spectrum, and water-cooling system make it a reliable and long-lasting solution for your UV photolysis needs.
The Hamamatsu S2D2 Deuterium UV Point Light Lamp Module is a specialized device designed for UV-related applications. Here, we will discuss its pros and cons to help you make an informed decision.
Pros:1. High-quality construction: Hamamatsu, the manufacturer, is known for its high-quality optoelectronic components, ensuring durability and reliability.
2. Deuterium lamp: The deuterium lamp emits a continuous spectrum of UV light, making it suitable for various applications, such as photolysis experiments, UV-curing, and spectroscopy.
3. High intensity: The S2D2 lamp offers a high output of UV light, ensuring efficient performance in your applications.
4. Compact size: The lamp module is designed to be small and lightweight, making it easier to integrate into various systems.
5. Long lifetime: The deuterium lamp has a long lifetime compared to other UV lamps, reducing the need for frequent replacement.
Cons:1. High cost: The Hamamatsu S2D2 lamp is relatively expensive compared to other UV lamps on the market.
2. Power consumption: The lamp consumes a significant amount of power, which may lead to increased operational costs.
3. Limited wavelength range: While the deuterium lamp offers a continuous spectrum, it may not cover the specific wavelength you need for your application.
4. No built-in cooling system: The lamp module does not have a built-in cooling system, which may necessitate additional cooling solutions to maintain optimal performance.
In conclusion, the Hamamatsu S2D2 Deuterium UV Point Light Lamp Module is a high-quality, reliable, and efficient UV light source. However, its high cost, power consumption, and limited wavelength range may be disadvantageous for some applications. If you require a continuous spectrum of UV light and can afford the higher price, this lamp module could be an excellent choice. If cost and power consumption are significant concerns, you may want to consider alternative UV lamp solutions with a more suitable wavelength range for your specific application.
What you see in the pictures, provide will receive equivalent to 2x10 -5. Hamamatsu S2D2 deuterium uv point light source lamp L10671D module condition: new open box illumination technology: spectrum: other characteristics: compact wave length : min.
400 NM world smallest deuterium lamp as point light source, easy installation due to compact size, high stability: fluctuation. External control, high-output continuous spectrum in uv region, low power consumption.