2000L Customized Lab Temperature & Humidity Test Chamber Energy Efficient Solution

2000L Customized Lab Temperature & Humidity Test Chamber Energy-Efficient Solution

Product Description:

This test chamber offers extensive customization options, allowing users to tailor it to their unique testing needs. You can customize the internal configuration, including the layout of the chamber, the type and number of shelves, and the placement of sensors, to accommodate different types of samples. The customization also extends to the testing parameters, such as temperature and humidity ranges, cycling rates, and dwell times, enabling you to simulate diverse environmental conditions that your samples might encounter in real-world scenarios. Whether you are testing electronic components, pharmaceuticals, materials, or biological samples, this chamber can be adjusted to ensure optimal testing conditions.

Major Specification:

Company Information:

Dongguan Neide Technology Co. Ltd  located in Dongguan, Guangdong province with convenient transportation access. We take immense pride in our journey of excellence as a premier provider of top-quality testing equipment. With our unwavering commitment to innovation, we specialize in crafting cutting-edge environmental test chambers and mechanical test machines.

Our extensive range includes temperature and humidity chambers, thermal shock test chambers, tensile testing machines, and vibration test machines. What sets us apart is our proficiency in creating customized testing equipment tailored to your specific needs.

At the heart of our operations lies a dedication to precision and compliance. Our products are engineered to meet and exceed international standards, such as ISO, ASTM, DIN, EN, GB, BS, JIS, AMSI, UL, TAPPI, AATCC, and IEC.

This ensures that our solutions not only adhere to industry benchmarks but set new standards of excellence. Our services and products find applications across diverse sectors, including R&D institutions, quality inspection establishments, universities, and electronics and communications industries.

FAQ:

1. When using a large-volume test chamber, how to ensure the uniformity of temperature and humidity in different areas, especially when fully loaded with a large number of samples?

To ensure the uniformity of temperature and humidity in a large-volume test chamber, we adopt a multi-dimensional air flow circulation and distribution system. There are air flow inlets and outlets at the top, bottom, and sides of the test chamber. By optimizing the flow direction and speed of the air flow, it is ensured that the air flow can circulate evenly throughout the space. Meanwhile, when fully loaded with a large number of samples, we will use CFD simulation to optimize the air flow channels and distribution according to the placement and shape of the samples, avoiding temperature and humidity non-uniformity caused by sample blocking. Moreover, multiple temperature and humidity sensors will monitor the temperature and humidity in different areas in real time, and the control system will dynamically adjust the air flow and temperature and humidity control based on the feedback information to ensure that the uniformity deviation of temperature and humidity in the whole space does not exceed ±1°C (temperature) and ±2% RH (humidity).

2. For the case where three-dimensional temperature and humidity gradient tests are required, how does this test chamber achieve temperature and humidity gradient control at different heights and positions, and how to ensure the accuracy and stability of the gradient?

Our test chamber can achieve three-dimensional temperature and humidity gradient control. We install multi-layer temperature and humidity sensors and independent heating, cooling, humidifying, and dehumidifying devices at different heights and positions. Through precise control algorithms, the temperature and humidity adjustment elements at different positions are controlled respectively according to the preset gradient parameters. During the testing process, the system will adjust the temperature and humidity at each position in real time based on the data fed back by the sensors at each layer to ensure the accuracy of the temperature and humidity gradient. Meanwhile, to ensure the stability of the gradient, we use high-precision actuators and feedback mechanisms to ensure that the temperature and humidity gradient can be stable within the set range during long-term testing, providing you with an accurate gradient testing environment.

3. When conducting temperature and humidity tests with multiple working conditions and parameter combinations, how does this test chamber dynamically adjust its energy consumption according to different testing requirements to achieve optimal energy efficiency?

Our test chamber adopts an intelligent energy management system, which can automatically analyze and predict the required energy consumption according to different testing working conditions and parameter combinations. Through machine learning algorithms, the system will dynamically adjust the operation strategies of the heating, cooling, humidifying, and dehumidifying systems based on past test data and current testing requirements. For example, in working conditions that do not require high humidity, the system will automatically reduce the power of the humidifying system or turn off some humidifying elements; when the temperature change range is small, the operating frequency of the heating and cooling systems will be adjusted to avoid unnecessary energy consumption. In this way, energy consumption can be flexibly adjusted according to different testing requirements, achieving optimal energy efficiency while meeting testing requirements.

4.  From the perspective of energy efficiency, how does this test chamber perform in different seasons (different ambient temperatures), and is any special adjustment or maintenance required?

Our test chamber has good adaptability in different seasons. Due to the use of high-efficiency insulation materials and an intelligent control system, in different ambient temperatures such as summer and winter, the test chamber can automatically adjust the operation modes of the heating and cooling systems. In hotter seasons, the cooling system will optimize the cooling efficiency according to the external temperature to avoid excessive cooling; in colder seasons, the heating system will rationally utilize the low temperature of the external environment to reduce its own heating power. Generally, no special adjustment or maintenance is required, but we recommend that you regularly check the status of the insulation layer and vents to ensure their normal operation and further optimize energy efficiency.