Installation

The extractor is mounted using five screws. Ensure that the wall fixings and screws are suitable for the wall material. Mark the positions of the five holes on the wall, according to (fig 6).

Insert five wall plugs into the holes A and B (fig. 7) and fix four screws into holes A corresponding to the keyholed positions on the extractor so that they are protruding from the wall by approximately 5mm.

Next lift the hood onto the screws as shown in figure 7. At this point the extractor can be aligned level.

Secure the screws and fix the hood into position, using the fifth screw (B) to prevent any movement.

Fig. 6

Fig. 7
	83
A	A
	B
	467
A	A
	50
211
	650

Fig. 8

3Q9 specifications

CDA 3Q9 is a powerful radio communication technology developed to enhance connectivity in various applications, including military operations, emergency services, and commercial sectors. This system plays a crucial role in establishing reliable and secure communication channels, particularly in challenging environments where conventional systems may falter.

One of the main features of CDA 3Q9 is its advanced modulation techniques, which allow for better signal integrity and bandwidth efficiency. This contributes to clearer transmissions over long distances, making it an ideal choice for tactical scenarios where clarity is paramount. The system utilizes a combination of frequency hopping spread spectrum (FHSS) and direct sequence spread spectrum (DSSS) technologies, ensuring resilience against interference and jamming, which are prevalent in the modern communication landscape.

Another key characteristic of CDA 3Q9 is its compatibility with multiple frequency bands. This versatility ensures that users can switch between bands based on operational needs or regional regulations, thus maximizing coverage and flexibility. The system also supports both analog and digital transmissions, catering to a wide array of communication requirements and preferences.

CDA 3Q9 is designed with robust encryption protocols to protect sensitive information during transmission. This security feature is essential for military operations and any scenario where data confidentiality is critical. The integration of Advanced Encryption Standard (AES) ensures that even if communications are intercepted, the information remains secure and inaccessible to unauthorized entities.

Additionally, the CDA 3Q9 system is built for mobility, featuring lightweight components and compact designs that facilitate easy deployment in the field. This portability makes it an attractive option for units that require rapid setup and takedown capabilities during missions.

Moreover, the ease of integration with existing infrastructures is a standout quality of CDA 3Q9. Users can seamlessly incorporate this system into their current setups without extensive overhauls, saving both time and resources while enhancing overall communication effectiveness.

In conclusion, CDA 3Q9 presents a sophisticated solution for modern communication challenges, characterized by its advanced modulation techniques, multi-band compatibility, robust security features, and ease of deployment. By capitalizing on the latest technologies, it equips users with a reliable and efficient means of communication, crucial for success in dynamic and unpredictable environments.