4.Close auxiliary evacuation valve and shut off auxiliary evacuation device.

5.Note and record absolute pressure gage reading.

6.Coat all machine ®eld-welded joints with weld sealant.

Fig. 10 Ð Auxiliary Evacuation Device

MOUNTING THE BURNER

The burner is shipped and installed as 3 separate sub- assemblies (Fig. 11):

·front plate and refractory assembly, which is attached to the generator

·burner assembly, which is attached to the frontplate

·gas train and/or oil supply system, which are connected to the burner

Rigging Ð Rigging should be used to position both the front plate assembly and the burner assembly because of their weights. Refer to the shipping container or paperwork for the weight of these units. For the front plate, either webbed strapping placed around the refractory can or a lifting bar in the center opening may be used.

IMPORTANT: Be careful that the assembly does not slip off.

For burner assemblies which do not have lifting lugs, place webbed strapping around a central balance area of the burner.

IMPORTANT: Be careful to avoid damage to small piping, controls, or wiring.

Frontplate and Burner Installation To prevent leak- age of high-temperature combustion gases with this type of forced draft burner, a high-temperature insulating gasket or 1/2-in. Fiberfrax® rope seal is required between the genera- tor and the front plate assembly, and between the front plate and the burner assembly.

Either the gasket or the rope may be provided with the burner, depending on manufacturer's availability.

When using high-temperature insulating rope, it must be wrapped around the ¯ange circumference INSIDE of the mounting studs or bolt holes, with overlapping ends, to provide a complete gas tight seal. Wrapping the rope around the outside of the studs or bolt holes could allow high-temperature gas leakage through the holes in the attached plates.Use either gasket cement or masking tape to hold the ropes in place during installation of the front plate and burner assemblies.

1.Place the high-temperature gasket or insulating rope on the generator mounting ¯ange, inside the bolt holes.

2.Position the frontplate and refractory assembly against the generator mounting ¯ange, with the refractory can ex- tending into the generator ®re tube. Secure in place with washers, nuts, and bolts.

3.Place the high-temperature gasket or insulating rope on the frontplate ¯ange, inside the studs.

4.Position the burner assembly with the burner head ex- tending into the front plate and refractory assembly, mak- ing sure it is plumb. Secure in place with the retaining lugs on the frontplate studs to ensure a rigid mounting. Keep the control panel door closed during the burner in- stallation to avoid damage. Also, it is good practice to remove the ¯ame safeguard chassis during installation and to store it in a safe, dry place until start-up.

5.Measure and fabricate burner support pedestal from pipe(s) with pipe thread on both ends. Screw the support pipe into the support receptacle, and then screw the opposite end into the collar that is welded to the underside of the burner housing. Adjust or shim until the burner is level and ®rmly supported.

Fig. 11 Ð Burner Mounting

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Carrier 16DF013-050 installation instructions Mounting the Burner, Auxiliary Evacuation Device
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16DF013-050 specifications

The Carrier 16DF013-050 is an advanced air conditioning unit designed for superior performance and efficiency in residential and light commercial applications. Renowned for its reliable cooling capabilities, this model incorporates state-of-the-art technologies and features that enhance user comfort while minimizing energy consumption.

One of the standout characteristics of the Carrier 16DF013-050 is its high SEER (Seasonal Energy Efficiency Ratio) rating, which guarantees efficient cooling during the peak summer months. This unit is designed to operate at optimal efficiency, thereby reducing energy bills and providing substantial savings over time. Its innovative design minimizes energy use while delivering consistent comfort throughout the space.

The Carrier 16DF013-050 utilizes advanced scroll compressor technology, which ensures quiet operation and reduces vibrations, enhancing overall durability. This technology allows the unit to effectively modulate its cooling output according to demand, ensuring that the environment remains comfortable without wasting energy. Additionally, the unit is equipped with advanced diagnostics that make it easier for technicians to identify any maintenance issues promptly, reducing downtime and repair costs.

Another notable feature of this model is the inclusion of Carrier’s proprietary Infinity® control system, which provides users with the ability to manage their indoor climate through a user-friendly interface. The system enables remote control capabilities via smartphone apps, allowing for seamless integration into smart home systems. This means users can monitor and adjust their air conditioning settings even when they are not at home, ensuring optimal comfort at all times.

Durability is another hallmark of the Carrier 16DF013-050. The unit is built with high-quality materials that withstand harsh weather conditions, ensuring longevity and reliable operation. The cabinet is galvanized and powder-coated, providing an added layer of protection against rust and corrosion.

The Carrier 16DF013-050 is also designed with eco-conscious considerations in mind, utilizing R-410A refrigerant, which is less harmful to the environment compared to older refrigerants. This aligns with Carrier’s commitment to sustainability and energy efficiency.

In summary, the Carrier 16DF013-050 is an exemplary model in the realm of air conditioning systems. With its high efficiency, state-of-the-art compressor technology, advanced control options, and eco-friendly features, it offers an excellent solution for maintaining comfortable indoor climates while being mindful of energy consumption and environmental impact.
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