With the development of the economy and the increasing living standards of the people, cars have become an integral part of people's lives. Due to the rapid increase in the number of cars, traffic accidents have become a topic of concern for everyone, which puts strict requirements on the safety of cars. At the same time, due to the atmospheric pollution caused by car exhaust emissions, various natural disasters occur from time to time, and human health is seriously threatened. Therefore, strict restrictions have been imposed on the emission of car exhaust in various countries. In order to meet the requirements of safety, environmental protection, and energy conservation, car manufacturers must conduct various performance index tests in product development. The automotive environment simulation laboratory provides an environment for automotive manufacturers to conduct this performance test.
Comprehensive environmental cabin for automobilesIt mainly consists of cabin enclosure structure, air conditioning system, fresh air system, dynamometer system, exhaust emission system, solar irradiation system and other parts. Can complete vehicle low-temperature starting test, defrosting test, defogging test, air conditioning test, driving performance test, and emission test, etc.
Safety system indicators: independent over temperature protection for the test chamber; Refrigeration machine overpressure and overload protection; Compressor overheat protection; Fan overload protection; Safety grounding protection and short circuit protection; Humidification water shortage protection; Cooling water shortage protection; Circulating cooling water flow protection; Protection against excessive CO and NO emissions; Fault alarm sound prompt; Automatic alarm and complete power outage.
Comprehensive environmental cabin for automobilesPurpose:
The comprehensive environmental cabin for automobiles can provide standard testing environments (such as temperature, relative humidity, air displacement rate, and airflow velocity) or simulate real indoor environments, and test the pollutant release rates and characteristics of various indoor materials and products, thereby:
Determine the impact of environmental variables on the release rate and characteristics of materials and products;
Classify materials and products based on their release characteristics;
Develop and validate models for predicting indoor air pollution;
Evaluate indoor air quality (IAQ) based on indoor pollutant data or predictive models