Large Scale Constant Temperature and Humidity Test Chamber for Durability of Industrial Robots

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

An industrial robot durability large-scale constant temperature and humidity test chamber is a device used to test the durability and stability of industrial robots and their key components under different environmental conditions. This type of test chamber can simulate extreme temperature and humidity changes to verify the long-term reliability and performance of industrial robots in various climate conditions. It is widely used by robot manufacturers, research institutions, and quality control departments to ensure that robots can operate stably for a long period in real-world working environments.

1. Large Space Design: The test chamber is typically designed with a spacious interior to accommodate large industrial robots or robot components for testing. The internal space is sufficient to hold the robot and related accessories, making it easier to conduct comprehensive environmental tests.

2. Precise Temperature and Humidity Control: The large-scale constant temperature and humidity test chamber can accurately control the temperature and humidity, with temperature ranges generally between -40°C to 150°C, and humidity ranges typically between 20% RH and 98% RH. The control system can simulate extreme weather conditions such as high temperatures, low temperatures, and humid environments to test the robot's performance in these conditions.

3. Stability and Uniformity: The test chamber is equipped with an efficient air circulation system to ensure that the temperature and humidity are evenly distributed throughout the test area. This is especially important for large robots and their complex components, as uneven temperature and humidity could skew test results.

4. Multi-Stage Temperature and Humidity Program Settings: The test chamber supports multi-stage temperature and humidity variations, allowing users to set temperature and humidity change rates, cycle times, and other parameters according to actual testing needs. This allows for simulating the changes of environmental conditions in various stages.

5. Long-Term Durability Testing: The device is capable of conducting long-term durability tests, simulating the robot's operation under extreme conditions for extended periods. By accelerating the testing process, it helps evaluate the robot's stability, component durability, and performance in harsh environments.

6. Data Recording and Remote Monitoring: High-end test chambers usually come with data recording capabilities, allowing real-time monitoring of temperature and humidity variations and generating test reports. Some devices also support remote monitoring, enabling users to check real-time data via a computer or cloud platform for better management and oversight.

7. Safety Design: The test chamber typically includes various safety protection measures, such as over-temperature protection, over-pressure protection, etc., to ensure safe operation under high-temperature, high-humidity, or low-temperature environments, preventing equipment malfunctions.

1. Durability Testing of Industrial Robot Components: Mainly used to test the durability and reliability of key components of industrial robots (such as sensors, motors, control systems, etc.) under different temperature and humidity conditions. These components need to operate continuously in harsh environments, requiring rigorous testing.

2. Complete Robot Durability Testing: The large-scale constant temperature and humidity test chamber can also be used for testing the environmental adaptability and durability of the entire industrial robot, ensuring that the robot can operate stably under extreme weather and humidity conditions.

3. Robot Motion System Testing: The test chamber is used to test the robot's joints, transmission systems, and motion mechanisms to assess their performance under long-term operation and different environmental conditions, ensuring long-term stability and performance.

4. Electronic Control System Testing: The electronic control systems in industrial robots are sensitive to environmental conditions. Therefore, the constant temperature and humidity test chamber is used to verify the working performance and stability of the robot's control system in high-temperature, low-temperature, and humid environments.

5. Long-Term Reliability and Lifespan Evaluation: By simulating long-term operation under different environmental conditions, the test chamber helps evaluate the lifespan and reliability of industrial robots and their components, providing data support for product improvement and quality assurance