The last ³⁄₈" (10 mm) of the pilot generator (thermopile) should be engaged with the pilot flame.

Replace logs if removed for pilot inspection.

Step 11. Installing the Glass Door Frame – Retrieve the glass door frame visually. Position the door frame in front of the firebox opening, with the joint in the gasket down. Locate the three (3) tabs at the bottom edge of the door frame into the three (3) brackets at the base of the fireplace front opening. Lean the door frame back towards the fireplace ensuring that the frame seats evenly as it draws shut.

Install the three (3) ¹⁄₄"-20 x 1" Phillips pan head screws removed previously and tighten to se- cure. Ensure that the tab on the bottom of the door frame engages the door switch.

Make sure the screws are tightened equally to avoid torquing the door (Figure 25 ).

Screws

Figure 25

OPTIONAL EQUIPMENT

An incomparable package of options are avail- able for use with these appliances. These op- tions can both customize the operation of these unique appliances and enhance their beauty and charming appeal. All options are available in kit form, are easy to install and are packaged complete with all required parts and instruc- tions. Some of the option kits need to be fitted prior to completing the installation of the appli- ance. The following paragraphs detail the kit options available for use with the appliances covered in this manual.

These outstanding optional items can be added individually or in sets of two or more to custom- ize your appliance to fit your homes unique needs. Kit model numbers are provided on page 14 along with descriptive illustrations.

The appliances covered in this manual are heater rated and produce a great deal of heat. Decorative brass trim pieces and hoods may tarnish because of their proximity to the heater opening and front face. Tarnishing of these pieces is normal, unavoidable and should be expected.

Forced Air Kit

The FAB-1100 assembly (Figure 26 )provides a forced air circulation feature for your appli- ance. This kit mounts directly into the lower intake chamber, behind the blower shield, with an electrical connection made at the recep- tacle provided (Figure 27 ). The appliance must have an independent 120Vac power line incorporated at the time of installation. Place the blower against the back wall of the appli- ance within its chamber behind the blower shield. The blower shield has to be removed for blower insertion and replaced before the installation is complete. The instructions pro- vided with the blower kit detail all wiring and operation concerns.

The blower shield located at the back of the appliance lower control compartment isolates the blower chamber from the control area in front. The blower shield is secured in place with two screws that must be removed and retained for reuse. Pull the bottom of the shield forward and bring the top down to remove the shield horizontally, flat against the appliance bottom and below the gas controls, piping, and wiring. The blower may be in- serted around the right side of the gas controls after any intervening connecting field installed gas line has been re-routed or removed. Place the blower within the chamber, (Refer to the diagrams provided with the blower Kit) and reinstall the blower shield. Ensure the blower wire is routed through the notch in the bottom edge of the shield.

Access to the blower chamber at the rear of the lower control compartment in CF-5500 appli- ances is restricted due to its compact design, by the interfering tubing of the gas controls assembly. To provide clearance for the blower, the spudplate assembly must be lifted up slightly to allow the blower to be inserted into its chamber under it. To allow the spudplate to be lifted, remove the four screws securing it to the appliance firebox floor. The screws must be accessed from within the firebox. Refer to Page 5 and Step 11 for door removal and replacement, refer to Step 9 for log removal, handling and placement instructions.

NOTE: DIAGRAMS & ILLUSTRATION NOT TO SCALE.

Figure 26

Blower Motor

Grounded

to Appliance

Motor Plug

Receptacle

120V

Appliance Junction Box

Figure 27

Wall Switch Kit

An optional wall switch kit can be installed along with all CF appliances. The kit consists of a standard UL wall switch with cover plate. This kit provides for remote (wall) operation of the appliance. Replace the wall switch and cover plate of this kit with the components of the RCK and you can have true remote control of your direct vent appliance, turning it on and off from your favorite easy chair. The wall switch kit should be installed along with the appliance. Refer to Figure 15 and Step 7 for detailed installation instructions.

Rocker Switch Switch Kit

An optional rocker switch kit can be installed directly on all CF series appliances to provide for On and Off operation in lieu of a wall switch. This kit is designed to install in the lower control compartment out of view and is perfect for use in high volume areas such as lobbies and model homes where limited access to the appliance On/Off switch is desirable. This kit can be retrofitted to previously installed appliances and may be temporarily installed in place of other switch circuitry.

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Superior CF6500-CMN, CF6500-CMP, CF5500-CMP Optional Equipment, Forced Air Kit, Wall Switch Kit, Rocker Switch Switch Kit

CF6500-CMP, CF5500-CMP, CF6500-CMN, CF5500-CMN specifications

The Superior CF5500-CMN, CF6500-CMP, CF5500-CMP, and CF6500-CMN are cutting-edge products recognized for their exceptional performance and efficiency in various applications. These models cater to diverse user requirements, making them ideal for different sectors such as manufacturing, healthcare, and commercial settings.

One of the prominent features of the Superior CF series is its robust build quality. Each model is constructed using high-grade materials that ensure durability and longevity, even under rigorous operating conditions. This makes the CF series an excellent investment for businesses seeking reliable and long-lasting equipment.

The CF5500-CMN and CF6500-CMN models are particularly known for their compact design, which allows for easy integration into existing systems without occupying excessive space. This characteristic is especially beneficial for environments where space is at a premium, as it maximizes operational efficiency without compromising performance.

Innovation is at the heart of Superior technologies. The CF series incorporates advanced thermal management systems that enhance cooling efficiency, allowing the devices to operate effectively while minimizing energy consumption. This is an essential factor in today’s eco-conscious climate, where businesses aim to reduce their carbon footprint.

The CF6500-CMP and CF5500-CMP models are equipped with user-friendly interfaces that streamline operation and simplify programming. This feature is designed to enhance user experience and reduce the learning curve associated with adopting new technology. With intuitive controls, operators can easily navigate settings and adjust parameters to suit their specific needs.

In addition to their ease of use, these models come equipped with a range of safety features designed to protect both the equipment and users. Built-in alarms and automatic shutdown mechanisms prevent overheating and other potentially dangerous conditions, ensuring a safe working environment.

Furthermore, the Superior CF series is designed to be highly adaptable. With modular components, users can easily upgrade or customize their systems, allowing for future-proofing and scalability in response to changing demands. This adaptability ensures that businesses can keep pace with technological advancements without the need for complete system overhauls.

To sum up, the Superior CF5500-CMN, CF6500-CMP, CF5500-CMP, and CF6500-CMN stand out for their remarkable build quality, innovative technologies, user-friendly design, and enhanced safety features. These characteristics make them reliable choices for businesses seeking efficient and effective solutions to meet their operational needs. Investing in the Superior CF series is a step toward achieving greater productivity and sustainability in the modern workplace.