Strong Illumination Test Chamber NSLTC-200 offers a spacious capacity of 250L, allowing ample space for diverse needs. It features a fan-forced convection system that ensures uniform temperature distribution. This unit delivers a controlled light intensity from 0 to 15,000 Lux for high-intensity tests. It is constructed with stainless steel for durability and corrosion resistance. Our chamber integrates automatic defrost for uninterrupted operation.
FAQ for Strong Illumination Test Chamber NSLTC-200
1: How does the fan-forced convection system work?
The fan-forced convection system ensures uniform temperature distribution across the entire chamber. This means that the environment inside the chamber remains consistent, ensuring that all samples are exposed to the same temperature and humidity conditions, which is crucial for accurate results.
2: What materials is the Strong Illumination Test Chamber NSLTC-200 made of?
The internal structure of the light chamber is made from durable stainless steel, which provides resistance to corrosion and enhances the overall longevity of the product. Additionally, it incorporates imported environmental protection materials for insulation, ensuring both durability and efficiency.
3: Is the Strong Illumination Test Chamber NSLTC-200 easy to maintain?
The Strong Illumination Test Chamber is designed for easy maintenance, with features like automatic defrost and durable materials that withstand regular use. The fan-forced convection system also helps maintain a stable environment, reducing the need for frequent adjustments.
4: Can the temperature and humidity be controlled precisely?
Yes, the Strong Illumination Test Chamber offers precise temperature control with an accuracy of ±0.1°C, and it is equipped with imported temperature and humidity sensors. This allows users to maintain exact environmental conditions, crucial for experiments that require stable and specific parameters.
5: How adjustable is the light intensity?
The light intensity in the chamber is adjustable in five stages, ranging from 0 to 15,000 Lux. This flexibility allows users to simulate various lighting conditions, making it suitable for different types of research, from low-light environments to high-intensity exposure.