Installation Instructions

READ ALL INSTRUCTIONS AND SAFETY INFORMATION

Part One

PLACEMENT: Install The Com-Pak Plus (Model C) vertically (recommended) or horizontally. Model C may be installed in the ceiling (for models up to 1500W maximum. See ceiling mount instructions.) The Com-Pak Twin Plus (Model CT) must be installed with the arrows in the wall can pointing upwards.

THERMOSTAT: A thermostat is required for models without a built-in thermostat. A Cadet Electronic Thermostat or Cadet Dual Diaphragm Thermostat is recommended for ultimate control and comfort.

IMPORTANT!

It is extremely important you verify that the electrical supply wires are the same voltage as the heater (i.e. 120 volt heater to 120 volt power supply and 240 volt heater to 240 volt power supply). If replacing an existing heater, check the labels of the old heater and

How do I install for

new construction walls?

STEP 1 Mount The Wall Can

The C Series REQUIRES A MINIMUM distance of

6inches from adjacent surfaces and 41/2 inches from the floor (See Figure 4) and the CT Series REQUIRES A MINIMUM distance of 6 inches from adjacent surfaces and 41/2 inches from the floor (See Figure 5). However, Cadet RECOMMENDS 12 inches from all adjacent surfaces and 12 inches above the floor for longer and cleaner performance. Heaters must be spaced at least 3 feet apart.

Review the wall can label for correct direction (as noted by the UP arrows) before mounting the wall can in the opening. In the VERTICAL mounting position the elements of the heater assembly will be at the top, in the HORIZONTAL mounting position the elements of the heater assembly will be to the left.

Model C: Secure the wall can to the stud with

2 screws (See Figures 1 & 2). As an option, the rubber shim provided may be attached to side of wall can to square the wall can to the stud.

Model CT: Secure the wall can to studs on both sides

How do I install in an existing wall?

STEP 1 Cut Hole In Wall

Model C: Cut a hole 8 inches wide by 101/4 inches high next to wall stud. The C Series REQUIRES A MINIMUM distance of 6 inches from adjacent surfaces and 41/2 inches from the floor. However, Cadet RECOMMENDS 12 inches from all adjacent surfaces and 12 inches from the floor (See Figure 4).

Model CT: Cut a hole 145/8 inches wide by 10 inches high next to wall stud. The CT Series REQUIRES

A MINIMUM distance of 6 inches from adjacent surfaces and 41/2 inches from the floor. However, Cadet RECOMMENDS 12 inches from all adjacent surfaces and 12 inches from the floor (See Figure 5).

replace using the same voltage.

Hooking a 240 volt heater to a 120 volt power supply will drastically reduce the heater’s output.

Hooking a 120 volt heater to a 240 volt power supply will

with 4 screws.

Figure 1

Face of wall can must extend 1/2 inch or 5/8 inch from face of stud to allow for thickness of sheetrock.

Figure 2

Attach wall can to stud with screws. (Model C shown)

Figure 4
Model C
14	5
14	/8

destroy the heater. Connecting your heater to an incompatible power supply will void the warranty.

STEP 2 Route Supply Wires

Route supply wire from circuit breaker to thermostat to wall can. For models with built-in thermostat, route supply wire from circuit breaker to wall can. Remove a knockout and attach the supply wire with a strain relief connector leaving 10 inches wire lead for later use. Connect supply ground wire to grounding pigtail in wall can (See Figure 3). Proceed to PART TWO.

Figure 3

Figure 5

Model CT

STEP 2 Route Supply Wires

Route supply wire from circuit breaker to thermostat to wall can. For models with built-in thermostat, route supply wire from circuit breaker to wall can. Remove a knockout and attach the supply wire with a strain relief connector leaving 10 inches wire lead for later use (See Figure 3). Connect supply ground wire to grounding pigtail in wall can.

STEP 3 Mount Wall Can

Insert wall can into opening. Keeping wall can flush with wall, secure Model C to wall stud with 2 screws and Model CT to both wall studs with 4 screws. Proceed to PART TWO.

C specifications

Cadet C is a versatile and advanced unmanned aerial vehicle (UAV) designed for a variety of applications, making it an essential tool in modern aviation and defense scenarios. Its lightweight structure, combined with cutting-edge technologies, allows it to perform a wide range of missions, from surveillance and reconnaissance to search and rescue operations.

One of the standout features of Cadet C is its impressive flight endurance. With a battery life that allows for extended flight times, it can stay airborne for several hours, significantly enhancing its operational capabilities. This is particularly valuable in military applications where long-duration missions are often required, enabling the collection of vital intelligence over extended periods without the need for frequent landings.

The Cadet C is equipped with state-of-the-art sensors and cameras, including high-resolution electro-optical and infrared systems. These sensors provide real-time data and imagery, allowing operators to monitor areas of interest with unparalleled detail and accuracy. The integration of advanced imaging technologies makes the Cadet C an ideal choice for surveillance missions, as it can easily detect and identify targets from significant distances.

In addition to its remarkable imaging capabilities, the Cadet C boasts an advanced navigation system that incorporates GPS and inertial measurement units. This ensures precise positioning and stability during flight, even in challenging weather conditions. The UAV's autonomous flight capabilities further enhance its effectiveness, enabling it to execute predefined missions with minimal human intervention.

Moreover, Cadet C supports various communication technologies, including secure data links that enable seamless transmission of information between the UAV and its operators. This ensures that critical data is relayed in real-time, allowing for informed decision-making during operations.

The Cadet C's design also emphasizes durability and ease of maintenance. Constructed with robust materials, it is built to withstand harsh environments while maintaining optimal performance. Its modular design simplifies repairs and upgrades, ensuring that it remains operational over the long term.

In summary, Cadet C is a cutting-edge UAV that excels in endurance, imaging capabilities, navigation precision, and communication technologies. Its robust design and versatility make it an invaluable asset for military and civilian operations alike, addressing the increasing need for efficient aerial surveillance and reconnaissance solutions. As technology continues to evolve, the potential applications of the Cadet C will likely expand, solidifying its role in the future of unmanned aviation.