Contact
fix6.png
Home > Product > Automotive Air Quality Actuating Device
automotive-fragrance-system-afg-1000.png

Automotive Fragrance System
AFG-1000AFG-1000

The AFG-1000 is a three-cartridge automotive fragrance system incorporating Cubic independently developed structural design and technologies to enhance in-cabin comfort. The fragrance system allows occupants to select from multiple fragrances through the vehicle display, while automatically identifying the installed cartridges and directing airflow to the selected fragrance for on-demand diffusion.

The fragrance system features innovative switching mechanism which enables responsive fragrance activation and changeover. In addition, the sealing design helps minimize scent leakage and cross-mixing between cartridges. Moreover, Cubic in-house blower technology delivers stable airflow with low-noise operation, while LIN connectivity supports seamless integration with vehicle comfort and air-quality systems. Backed by strong automotive-grade manufacturing capabilities, the AFG-1000 automotive fragrance system can be flexibly integrated into a wide range of vehicle models and interior configurations.


Show More

Features

  • Innovative switching mechanism enables fast scent activation and changeover.
  • In-house fan/blower technology ensures stable and low-noise diffusion.
  • Sealed three-cartridge design minimizes leakage and scent cross-mixing.
  • Automatic cartridge recognition ensures accurate identification and reliable operation.

Specifications

CO2 Sensor CM1106-C
Power Supply DC9~16V
Cartridge Number 3 Cartridge
Cartridge Fixed Magnetic Type Magnetic Type
Air Volume 10mL/min-20L/min
Dimmension (mm) 109*94*65
Noise <35dB(A) @50cm @Maximum Airflow
IP Rating IP52
Working Condition -40°C~85°C
Communication Interface LIN
Show More

You can contact Cubic by telephone or email, or you can submit an online Request for Quotation Form.

For Sales: sales@gassensor.com.cn

For Administration: info@gassensor.com.cn

Required*
Send
CONTACT SALES
This website uses cookies to improve your user experience. By using this site, you consent to the use of cookies. You can find more information in our Privacy Policy.