Customizable Temperature and Humidity Change Curve Walk-in Test Chamber

walk-in environmental test chamber ,as a climatic test chamber that may be configured to almost any large components . this walk in chamber can do Temperature/Humidity Cycling,Constant Temperature/Humidity,Extreme Temp / Humidity Testing, Fast Ramp Rate,Storage Testing,Altitude Testing,Vibration Integration,Solar Simulation etc.

walk-in environmental test chamber main for the industry of large parts, semi-finished and finished products of the temperature and humidity testing, such as computer terminals, auto parts. Room temperature and humidity is mainly composed of a control panel, distribution plate, base plate, wet blower, heater, humidifier, refrigerator and.

FEATURES

1.Walk-in chamber has a big temperature / humidity range and can meet user’s entire requirement. It adapts to unique balance thermoregulation & humidifying way and can get a safety, precise temperature humidity environment. It has stability, balance heating, humidifying function and also can proceed in high precision, high stability temperature humidity control.

2.Walk-in test room is equipped with high precision intelligentized thermoregulator, temperature and humidity adapt LCD display control 7551 program instrument ( it also can use OYO-5461 according to user requirement), can choose the temperature humidity recode instrument.

3.Walk-in test room can choose computer for remote control according to the function.

4.Automatic select the refrigerating circuit, the automatic control instrument can automatic choose operate refrigerating circuit’s function according to the temperature set value, and direct-on line starting refrigerating machine in high temperature condition which can cooling directly.

5.The interior door is equipped with big observation window which convenient for viewing the test status of specimen.

6.Walk-in room is equipped with advanced safety protection device --- residual current device; overheat protector, phase failure protector, water-break protector. 

SPECIFICATION

A walk-in test chamber with customizable temperature and humidity change curves is a highly flexible environmental testing device that can be tailored to meet specific temperature and humidity testing requirements for different products. Such chambers are typically used to study and test the performance of products under specific temperature and humidity conditions and are widely used in industries such as electronics, electrical, aerospace, automotive, and pharmaceuticals.

1. Customizable Temperature and Humidity Change Curves: One of the main features of this test chamber is the ability to customize temperature and humidity change curves according to user requirements, simulating different environmental conditions. These curves can be gradual (linear changes) or nonlinear, with parameters such as temperature and humidity rise and fall rates and cycle times that can be set to meet the special testing needs of various products.

2. Precise Control of Temperature and Humidity: The walk-in test chamber is equipped with highly accurate temperature and humidity control systems to achieve a wide range of temperature and humidity changes. The temperature range typically spans from -40°C to +150°C, while the humidity range usually covers 20% RH to 98% RH. Users can set different testing environmental conditions according to their actual needs.

3. Flexible Programming Capabilities: The test chamber is equipped with an advanced control system, typically using PLC or touchscreen controllers, that supports programming the specific curves for temperature and humidity changes. This means users can set complex change patterns and monitor the entire testing process via the touchscreen. The control system often supports multi-stage temperature and humidity programming, making testing more flexible and precise.

4. High Stability and Uniformity: The chamber ensures stable and uniform environmental conditions, maintaining consistent temperature and humidity throughout the entire testing area. It is typically equipped with an efficient air circulation system to achieve even air distribution, ensuring uniform temperature and humidity, which helps prevent test results from being affected by uneven distribution.

5. Data Logging and Remote Monitoring: The walk-in test chamber often features data logging and remote monitoring capabilities, allowing real-time tracking of temperature and humidity data during testing and generating test reports. Some high-end systems support cloud platforms or remote PC monitoring for easy remote management and oversight.

6. Large Space Design: The walk-in test chamber is designed to allow personnel to enter for operation or monitoring, offering a larger internal space, which is ideal for testing larger samples or multiple samples. This design makes it suitable for batch testing or more complex product environment testing.

1. Electronics and Electrical Industry: Used to test the reliability and stability of electronic components, semiconductors, displays, mobile phones, etc., under various temperature and humidity conditions, ensuring their normal operation in real-world applications.

2. Automotive Industry: Used to test the performance of automotive parts and in-vehicle electronic devices under extreme temperature and humidity conditions, ensuring their reliability in various environments.

3. Aerospace: Used to test the durability of aerospace components and spacecraft equipment, ensuring their ability to withstand high temperatures, low temperatures, and humid environments.

4. Pharmaceutical Industry: Used to test the stability and efficacy of pharmaceutical packaging and storage environments under different temperature and humidity conditions.

5. Scientific Research and Laboratories: Used in various research projects to simulate different temperature and humidity conditions, conducting performance, lifespan, and reliability tests on products.

The walk-in test chamber with customizable temperature and humidity change curves is a highly flexible and powerful testing device that can be customized to simulate real-world environmental conditions for more complex product testing. Through its precise temperature and humidity control, highly programmable testing modes, and robust data logging and monitoring functions, users can conduct comprehensive product tests and ensure the stability and safety of products under actual usage conditions.