Climate control is a convenient solution that significantly increases the comfort level when operating a car. It is enough to set the desired temperature so that the control unit independently regulates the airflow and maintains the specified parameters. Many cars provide a climate control adaptation function, but many US drivers do not use it. The Indy Auto Man used car dealership specialists to explain in which situations it can be helpful.
Climate Control System
Climate control is a high-tech system that combines several elements and devices that can affect the temperature and humidity in the car. Such a system includes:
- Heating system;
- Air conditioner;
- Air filtration systems;
- Special temperature sensors;
- Electronic control unit.
This combination of devices provides a comfortable microclimate and clean air in the car in any weather and requires regular maintenance. By heating or cooling the air to a specific temperature, climate control can maintain it at the right level for as long as necessary. As soon as the temperature in the car changes, the sensors instantly signal the system about updated figures.
Types of Systems in Modern Cars
In the basic vehicle configuration, the simplest type of climate control is most often used: single-zone. This device is designed to serve the entire interior space and is primarily used by the driver.
Multi-zone climate control is a more complex system that can simultaneously adjust and maintain temperatures in several car areas.
Dual-zone climate control provides individual settings for the driver and front-row passenger;
Three-zone climate control allows you to set different temperature conditions for the driver, front passenger, and passengers in the second row of seats.
Four-zone climate control controls the cabin temperature for the driver, the front passenger, and two people in the back row.
In high humidity conditions, say, during rain, the climate control system will help warm up and rid the windows of fogging. In this case, setting the air supply deflectors in the desired direction is necessary.
Climate Control Adaptation
The benefits of climate control over conventional air conditioning are clear. A simple system can not independently regulate the temperature and fan speed, so the driver has to do it himself. Climate control provides a set of sensors, thanks to which the control unit independently maintains the set parameters.
However, many motorists need help with the operation of the system. For example, the servicemen often hear from clients that climate control misdirects air, which causes the driver's feet to freeze or the glass to fog up. To improve the quality of flow distribution, manufacturers lay down an algorithm for adapting the system.
As a rule, climate control adaptation is activated by pressing several buttons. For example, in Volkswagen cars, you need to simultaneously hold down the inclusion of the air conditioner and the air direction to the middle position. The exact algorithm of actions for a particular model can be found in the instruction manual or on specialized Internet forums.
After turning on the adaptation, you will hear how the climate control system is experiencing different modes of operation. The air will alternately blow in different directions, and the dampers will begin to actively move. This allows the system to be calibrated to perform noticeably better. Moreover, this is true for any time of the year: the air conditioner will become more pleasant to cool, and the stove will begin to heat evenly.
Climate control adaptation can also be helpful if there are malfunctions and extraneous sounds during system operation. Of course, the algorithm can not cope with critical breakdowns requiring full-fledged repair or replacement of spare parts. On older vehicles, adaptation may only be possible using a diagnostic tool. In this case, the car owner must address a reliable service center. Drivers in the Indianapolis area can always schedule a visit to the Indy Auto Man service station for qualified diagnostics or repair.
