In the field of product testing and quality assurance, having
access to reliable temperature and humidity testing equipment is
essential. The Low Cost 80L Temperature Humidity Test Chamber with
Touch Screen Controller offers a budget-friendly option without
compromising on functionality and performance. This particular test chamber is designed to provide a controlled
environment for testing the effects of temperature and humidity on
a wide range of products. With an 80L capacity, it is suitable for
small to medium-sized samples. The touch screen controller makes it
easy for operators to set and monitor test parameters. It serves
industries such as electronics, pharmaceuticals, food and
beverages, and research institutions. The primary purpose is to
evaluate how products will perform under different temperature and
humidity conditions, helping manufacturers ensure product quality,
durability, and compliance with industry standards. - Compact and Space-Efficient Design
- The test chamber has a compact footprint, making it ideal for
laboratories or production facilities with limited space. Despite
its small size, the 80L internal volume provides sufficient space
for testing multiple samples or a single larger item. The exterior
is made of durable and corrosion-resistant materials, ensuring a
long service life. The chamber is also equipped with a clear
acrylic door, allowing for easy visual inspection of the samples
during the test.
- Precision Temperature and Humidity Control
- The chamber is equipped with a high-quality temperature and
humidity control system. It can maintain a temperature range from
-20°C to +150°C with an accuracy of ±0.5°C. The humidity control
range extends from 20% to 98% relative humidity with an accuracy of
±3% RH. The system uses advanced sensors and a PID controller to
ensure stable and accurate temperature and humidity levels. The
touch screen controller allows for easy programming and adjustment
of the set points, as well as real-time monitoring of the actual
values.
- Intuitive Touch Screen Controller
- The touch screen interface is user-friendly and intuitive.
Operators can quickly access and modify test parameters, such as
temperature, humidity, test duration, and ramp rates. The
controller also provides visual alerts and notifications in case of
any deviations from the set parameters or system malfunctions. It
has a built-in data logging function that records temperature and
humidity data at regular intervals, which can be exported for
further analysis. The touch screen display is also backlit,
ensuring clear visibility even in low-light conditions.
- Energy-Efficient Operation
- This test chamber is designed with energy efficiency in mind. It
utilizes advanced insulation materials to minimize heat transfer
and reduce energy consumption. The refrigeration system is
optimized to operate efficiently, and the chamber has a standby
mode that further reduces power usage when the test is not in
progress. This not only helps to lower operating costs but also
makes it an environmentally friendly choice.
- Safety Features
- To ensure the safety of operators and the integrity of the testing
process, the chamber is equipped with several safety features. It
has an over-temperature and over-humidity protection system that
automatically shuts down the chamber if the set limits are
exceeded. The door is equipped with a safety interlock, preventing
it from being opened during a test when the internal conditions may
be hazardous. The chamber also has a leakage protection system to
detect and prevent any refrigerant leaks.
- Temperature Control Range
- As mentioned, the chamber can maintain a temperature range from
-20°C to +150°C. This wide range allows for testing products that
may be exposed to both cold and hot environments. For example, in
the electronics industry, components may need to be tested at low
temperatures to simulate winter conditions or high temperatures to
assess their performance under heat stress.
- Humidity Control Range
- The humidity control range of 20% to 98% relative humidity is
suitable for a variety of applications. In the pharmaceutical
industry, drugs may need to be tested under different humidity
levels to ensure their stability. In the food industry, products
can be tested to determine their shelf life under various moisture
conditions.
- Internal Volume and Dimensions
- With an 80L internal volume, the chamber has internal dimensions of
approximately [X] cm (width) x [Y] cm (height) x [Z] cm (depth).
These dimensions are carefully designed to provide a practical
testing space while maintaining the compact exterior size. The
chamber can accommodate samples of different shapes and sizes, such
as small electronic devices, pharmaceutical vials, or food samples.
- Temperature and Humidity Uniformity
- The chamber ensures excellent temperature and humidity uniformity
throughout the testing space. The temperature uniformity is within
±1°C, and the humidity uniformity is within ±5% RH. This means that
all samples placed inside the chamber will be exposed to consistent
environmental conditions, providing accurate and reliable test
results.
- Ramp Rate
- The temperature ramp rate can be adjusted up to 3°C per minute.
This allows for rapid temperature changes when simulating sudden
environmental shifts or thermal cycling tests. For example, in the
automotive industry, components may need to be tested for their
ability to withstand rapid temperature changes between a cold
engine start and a hot running condition.
- Product Quality Testing
- The primary function of the chamber is to test the quality of
products under different temperature and humidity conditions. By
subjecting products to controlled temperature and humidity cycles,
manufacturers can identify potential defects or weaknesses. For
example, in the electronics industry, testing can reveal if a
circuit board will malfunction due to moisture ingress or
temperature extremes. This helps to improve product design and
manufacturing processes, reducing the number of defective products
reaching the market.
- Research and Development Support
- The chamber is also a valuable tool for research and development.
Scientists and engineers can use it to study the effects of
temperature and humidity on new materials or product prototypes.
They can explore how different environmental conditions affect the
physical and chemical properties of substances. For instance, in
the development of new polymers, the chamber can be used to test
their durability and performance under various temperature and
humidity combinations, leading to the creation of more advanced and
reliable materials.
- Shelf Life Determination
- In the food and pharmaceutical industries, determining the shelf
life of products is crucial. The chamber can simulate the
environmental conditions that products may encounter during storage
and transportation. By testing samples at different temperature and
humidity levels over time, manufacturers can accurately predict how
long a product will remain stable and effective. This information
is essential for setting expiration dates and ensuring product
safety and quality.
- Compliance Testing
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