Step in constant temperature and humidity test chamber for automotive parts

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

The walk-in temperature and humidity test chamber for automotive components is a large-scale environmental testing device designed specifically for the automotive industry. It is used to simulate the operational conditions and performance of automotive components under various temperature and humidity conditions. This equipment helps test the reliability and durability of automotive parts under extreme environments, ensuring that the components can perform stably and reliably in different climate and operational conditions.

1. Large Space Design: Walk-in temperature and humidity test chambers typically have a spacious interior, allowing operators to enter the chamber for operation and maintenance, which is especially suitable for testing large or multiple components simultaneously. It can accommodate large automotive parts, in-vehicle electronic devices, and other large test samples.

2. Precise Temperature and Humidity Control: The test chamber can precisely adjust the temperature and humidity. The temperature range typically covers -40°C to 150°C, while the humidity range can be adjusted between 20% RH to 98% RH, suitable for testing the reliability of automotive components under various extreme environmental conditions.

3. Multi-stage Temperature and Humidity Programming: With advanced control systems (such as PLC or touch-screen controllers), users can set multiple stages of temperature and humidity changes based on the test requirements, simulating different environmental changes. For example, the temperature and humidity change rates, heating/cooling rates, and cycle times can all be programmed in detail to meet different testing needs.

4. High Stability and Uniformity: The test chamber is equipped with an efficient air circulation system to ensure uniform distribution of temperature and humidity within the chamber, preventing the impact of uneven temperature or humidity on the test results.

5. Data Logging and Remote Monitoring: Walk-in test chambers often feature data logging capabilities to record temperature and humidity variations in real-time and generate test reports. Some high-end models support remote monitoring, allowing operators to view test data in real-time through cloud platforms or computers, enhancing management and monitoring convenience.

6. Durability and Safety: The design of the device focuses on durability and safety, ensuring stable long-term operation to meet high-load testing requirements. It is also equipped with multiple safety protection measures to ensure the safety of the equipment during use.

1. Automotive Component Reliability Testing: Walk-in temperature and humidity test chambers are widely used for testing automotive components under extreme temperature, humidity, and fluctuating environmental conditions. This includes testing the durability, aging, and functional stability of automotive electronic devices, lighting fixtures, seals, rubber parts, plastic parts, etc.

2. In-vehicle Electronic Device Testing: They are used to test the performance and stability of in-vehicle electronic systems such as navigation, entertainment systems, sensors, and control modules under high temperature, low temperature, and high humidity conditions, ensuring proper functionality under various weather and climate conditions.

3. Automotive Material Testing: The chambers are also used to test automotive exterior materials (such as body materials, coatings, plastics, and metal components), simulating environmental changes over time to analyze the materials' resistance to aging, corrosion, and strength.

4. Automotive Vehicle Environmental Adaptability Testing: Walk-in test chambers can also be used for whole vehicle testing, simulating the impact of different environmental conditions on the entire vehicle to assess its adaptability and durability under extreme climates.

The walk-in temperature and humidity test chamber for automotive components is an efficient and flexible testing device that offers a wide range of temperature and humidity control and precise environmental conditions. It is suitable for testing automotive components, electronic devices, and complete vehicles under various environmental conditions. By precisely simulating extreme weather conditions, it helps companies ensure that their automotive products maintain stable and reliable performance in diverse environments, meeting industry standards and quality requirements.