Vehicle-Level High/Low Temperature and Humidity Test Chamber

The Vehicle-Level High/Low Temperature and Humidity Test Chamber is a large-scale environmental simulation chamber designed to replicate extreme temperature and humidity conditions for full vehicles and automotive components. You can use it to verify the performance reliability of engines, air conditioning systems, electrical components, coatings, and rubber parts under high and low temperature, as well as humid environments. This chamber is essential for automotive research, development, and quality control.

Applications

1. Automotive R&D Testing

Cold Start Test: Verifies engine starting performance at low temperatures (e.g., -40°C), requiring ≤3 successful starts with a start time ≤15 seconds.

Thermal Equilibrium Test: Simulates high-temperature (+60°C) and high-humidity environments to evaluate the stability of air conditioning systems and cooling components.

Material Reliability: Assesses the aging resistance of body coatings and rubber seals under temperature-humidity cycling conditions.

2. Other Applications

Extendable for environmental reliability testing in aerospace, large home appliances, and other industries, supporting composite environment simulation including low atmospheric pressure (1 kPa to atmospheric pressure).

Standards

GB/T 2423.1 Environmental Testing of Electrical and Electronic Products - Part 2: Test Methods - Test A: Low Temperature

GB/T 2423.2 Environmental Testing of Electrical and Electronic Products - Part 2: Test Methods - Test B: High Temperature

GB/T 2423.3 Environmental Testing - Part 2: Test Methods - Test Cab: Constant Humidity and Heat Test

GJB 150.3A Laboratory Environmental Test Methods for Military Equipment - Part 3: High Temperature Test

GJB 150.4A Laboratory Environmental Test Methods for Military Equipment - Part 4: Low Temperature Test

Features

1.Large-Scale Vehicle Testing:

Supports full-size vehicles and engine operation under extreme temperature and humidity conditions.

2.Precise Environmental Control:

Temperature fluctuation ≤±0.5℃, temperature uniformity ≤2℃, and humidity deviation ±5% RH ensures reliable and repeatable results.

3.Cold Start and Heat Balance Simulation:

Allows testing of automotive engines, air conditioning systems, and auxiliary components under simulated real-world conditions.

4.Durability and Reliability Assessment:

Facilitates accelerated aging of coatings, rubber seals, and electrical components under extreme environmental cycles.

5.Flexible Application:

Can be adapted to composite environmental simulations including low-pressure conditions for aerospace or industrial applications.

Parameters