Fuel System Installation Ð See Fig. 12-14 for typi- cal gas train and oil supply system arrangements. Refer to burner manual supplied with the burner for installation in- structions on the particular version of gas train and/or oil supply system used with your application. These systems are supplied pre-assembled, and with pre-installed interconnec- tion ®ttings.

Do not use Te¯on tape on any threaded connections as a gas or oil pipe sealant. Loose tape pieces can cause valve leakage and are a safety hazard. Use a pipe joint compound.

GAS TRAIN Ð The high-gas pressure switch is mounted on the gas train piping for convenience only, and does not monitor the gas pressure at that location. A brass pipe tee and a coil of 3/8-in. aluminum tubing with ®ttings are sup- plied to connect the sensing line between the pressure switch and the top of the burner manifold, as shown with dashed lines on the gas train piping schematic.

Another coil of 3/8-in. aluminum tubing with compres- sion ®ttings is provided for the pilot connection between the pilot shutoff valve (mounted ahead of the main manual shut- off valve) and the pilot gas pressure regulator (mounted on the burner).

IMPORTANT: Do not use copper tubing for the gas pilot supply.

Gas supply and vent connections are discussed under Con- nect Fuel Piping in the Field Piping section of this manual.

OIL SUPPLY SYSTEM Ð This burner uses a separate motor- driven oil pump which should be located close to the burner and secured to the ¯oor. The oil pump connections are iden- ti®ed with tags for suction (supply) and return lines. The pip- ing diagram with mounting dimensions and port sizes for your particular application is shown in the burner manual. Oil supply and return connections are discussed under Con- nect Fuel Piping in the Field Piping section of this manual.

FIELD PIPING

Connect Water Piping Ð Install piping using job data, piping drawings, and procedures outlined below. A typical piping installation is shown in Fig. 15.

1.Make sure all connections to water box covers allow open- ing of covers for maintenance.

2.Installation and piping should allow sufficient access for cleaning or replacing tubes.

3.Install pipe hangers where needed. Make sure no weight or stress is placed on water box nozzles or ¯anges.

ITEM

DESCRIPTION

1

Pilot Shutoff Cock

2

Pilot Gas Pressure Regulator

3

Second Safety Shutoff

 

Pilot Valve (if used)

4Safety Shutoff Pilot Valve

5Gas Pressure Gage (if used)

6Manual Leak Test Valve

7Butter¯y Gas Valve

8High Gas Pressure Switch

9Safety Shutoff Gas Valve

10Second Safety Shutoff Gas Valve

11Low Gas Pressure Switch

12Gas Pressure Regulator

13Manual Gas Shutoff Valve

NOTES:

1.Piping and ®ttings shown dashed to be supplied and installed by the burner installation contractor.

2.For proper regulation and performance, regulators with internal control require at least 5 pipe diameters of straight pipe on the outlet side un- interrupted with ®ttings, elbows, etc.

3.The outlet screwed connections must conform with good piping prac- tices, free of excess thread engagement.

4.The top cap at the spring must be in place or unstable operation can occur.

5.For parts not identi®ed, see burner manufacturer's material list.

Fig. 12 Ð Gas Train, Typical

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Carrier 16DF013-050 installation instructions Field Piping, Description
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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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