Installing Trim Kit

1. Cut opening in the cabinet face per the following dimensions:

Height: 19-3/16” + 1/16”, –0

Width: 25-3/4” + 1/16”, –0

Note: Refer to diagram on the following page. The minimum cabinet depth is 20”. When installing the Microwave and Trim Kit in combination with a Wall Oven or Warming Drawer, please follow the recommendations in the Microwave Installation/ Use & Care Manual.

2.Add adequate platform base support in the bottom of the cabinet for trim kit base to rest on.

3.Mark a centerline on the front edge of the cabinet bottom (Fig. 05).

4.Place trim kit base and align centerline mark to the triangular notch on the front edge of the base (Fig. 06).

5.Drill 1/8” pilot holes in the cabinet using the base as a template and install a screw through the base into the cabinet to prevent the base from shifting (Fig. 07).

6.Insert Microwave into opening on top of the base. The Microwave feet should sit in the recesses on the base for correct alignment. The Microwave should be plugged in at this point.

7.Place the right and left mounting bracket supports by resting the bottom edges of the supports on the bottom of the cutout (Fig. 08). The long flange on the side supports should clear the side of the cutout by approximately 1/16” (see Fig. 09). Install top screws into the cabinet face by first drilling 1/8” pilot holes (see inserts 3 and 4).

8.Install trim kit face by inserting top pins of trim into corresponding sockets on the top corners of clip support plates (see insert 1).

9.Finish the assembly by inserting the bottom pins into the corresponding sockets on front edge of the base (see insert 3). Check for proper door opening clearances.

1/16"

Fig. 09

Fig. 05

Fig. 06

Fig. 07

Bracket Support on the bottom of cutout

Fig. 08

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DCS CMOTTK30 installation instructions Installing Trim Kit
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CMOTTK30 specifications

The DCS CMOTTK30 is a cutting-edge multi-role unmanned aerial vehicle (UAV) designed for a variety of applications, including military reconnaissance, surveillance, and aerial support. This advanced drone boasts a range of features and technologies that set it apart in the growing field of unmanned systems.

One of the key characteristics of the CMOTTK30 is its impressive endurance. Powered by a highly efficient hybrid propulsion system, this UAV can remain in the air for extended periods, allowing operators to carry out long-range missions without needing to refuel frequently. The hybrid system combines the benefits of both electric and gasoline engines, providing flexibility and operational versatility.

Equipped with state-of-the-art sensors, the CMOTTK30 excels in reconnaissance and surveillance missions. It features high-resolution electro-optical and infrared cameras, capable of capturing detailed imagery in both daylight and nighttime conditions. This dual-sensor setup enhances situational awareness and target acquisition, making it an invaluable tool for military and security operations.

Another notable feature of the CMOTTK30 is its advanced communication system. It supports multiple communication protocols, allowing for secure and reliable data transfer between the UAV and ground control stations. This ensures that operators can maintain real-time situational awareness and issue commands effectively, even in challenging environments.

The durability of the CMOTTK30 is complemented by its rugged design. Constructed from lightweight, high-strength materials, it is built to withstand harsh weather conditions and potential impacts. This resilience is crucial for operational success in diverse environments, from urban landscapes to remote military theaters.

In terms of maneuverability, the CMOTTK30 employs cutting-edge flight control technology. It integrates advanced autopilot capabilities, enabling autonomous flight planning and execution. This allows for precise navigation, as well as the ability to adjust routes based on real-time data and mission parameters.

Overall, the DCS CMOTTK30 represents a significant advancement in UAV technology, with its blend of endurance, sensor capabilities, robust communication systems, and rugged design making it suitable for a wide range of applications. As modern warfare and security operations increasingly rely on unmanned systems, the CMOTTK30 is poised to play a vital role in evolving the landscape of aerial operations.
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