Fig. 24 — Primary Drain Connection

A= 4-in. (102 mm) min — Sizes 030-070 7-in. (178 mm) min — Sizes 075-105

Fig. 25 — Slab-Mounted Condensate

Drain Piping Details

Fig. 26 — Secondary Condensate Drain Location

Fig. 27 — Secondary Drain Seal Plate Location

A= 4-in. (102 mm) min — sizes 030-070 7-in. (178 mm) min — sizes 075-105

Fig. 28 — Curb-Mounted Condensate

Drain Pipe Details

Install Outdoor Hoods (48ZG,ZN,Z6,Z8 Units)

UNIT SIZES 030-050

25% Outdoor-Air Hoods (Units without Economizer Option) (Fig. 29)

1.Outdoor-air hoods are shipped bolted to the unit in a ship- ping position. Remove the 6 screws holding each 25% outdoor air hood shipping cover in place.

2.Remove the holddown screw from each upper corner of each hood.

3.Pivot hoods outward (2 hoods).

4.Install 17 screws around outside of each hood. (Screws are in the fastener package taped to the basepan inside the fan section.)

5.Apply a bead of RTV or similar sealant to corner of each hood at pivot point to prevent water leaks. See Fig. 30.

Economizer Hoods (Units with Economizer Option) (Fig. 31 and 32)

1.Remove the 4 screws holding each of the 2 economizer side hoods in place.

2.Pivot hoods outwards (2 hoods).

3.Apply seal strip to vertical flange of hood sides.

4.Install hood sides of hood top using 19 screws (7 each side, 5 top). Screws are in fastener package located with the hood sides and seal strip which is taped inside the unit.

5.Apply a bead of RTV or similar sealant to corners of economizer hoods to prevent water leaks.

UNIT SIZES 055-105

25% Outdoor-Air Hoods (Fig. 33) — The outdoor-air hoods are factory installed on the 055-105 units.

Economizer Hoods (Units with Economizer Option) (Fig. 34-36)

1.Remove the 6 screws holding each of the 4 economizer shipping covers in place.

2.Remove the holddown screw from each upper corner of each economizer hood.

3.Pivot hoods outward (4 hoods).

4.Apply seal strip to vertical flange of hood sides.

5.Install 18 screws (5 each side, 6 top, and 2 bottom) around the outside of each hood. (Screws are in the fas- tener package taped to the basepan inside the fan section.)

6.Apply a bead of RTV or similar sealant to corner of econ- omizer hood at pivot point to prevent water leaks. (See Fig. 30.)

33

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Carrier 48ZT, ZN030-105, ZW, Z8075-105 installation instructions Install Outdoor Hoods 48ZG,ZN,Z6,Z8 Units

Z6, 48ZG, 48ZT, ZW, Z8075-105 specifications

The Carrier Z8075-105, Z6, 48ZG, 48ZT, and ZW series of HVAC systems represent a significant advancement in heating, ventilation, and air conditioning technology. These units are specifically designed for enhanced energy efficiency, superior performance, and ultimate comfort in residential and commercial spaces.

The Carrier Z8075-105 model stands out due to its impressive cooling and heating capabilities. It features a high Seasonal Energy Efficiency Ratio (SEER) and Heating Seasonal Performance Factor (HSPF), allowing for reduced energy consumption and lower utility bills. This model is equipped with advanced inverter technology that enables variable speed operation, significantly reducing noise levels and providing consistent temperature control.

Turning to the Z6 model, it is engineered for both robustness and reliability. It incorporates a modular design that allows for easy installation and maintenance. One of its key features is the use of innovative insulation materials that minimize sound levels, making it ideal for noise-sensitive environments. Furthermore, the Z6 series comes with a smart control system that allows users to monitor and adjust settings remotely, further optimizing energy usage.

The 48ZG and 48ZT models are designed with durability in mind. They utilize a fully enclosed compressor system that protects critical components from environmental damage. These models also boast enhanced dehumidification capabilities, making them suitable for humid climates. Equipped with advanced filtration systems, they improve indoor air quality by removing allergens and particulates effectively.

Carrier's ZW series exemplifies cutting-edge technology with its dual fuel capability, which allows the system to switch between a heat pump and a gas furnace, depending on outdoor temperatures. This feature maximizes energy savings while ensuring a comfortable indoor climate year-round. The ZW models also support integration with smart home systems, providing seamless control through mobile apps.

Collectively, these Carrier models are designed to meet the diverse needs of today’s consumers, offering a blend of efficiency, comfort, and intelligent control. Their ability to adapt to various environmental conditions while maintaining optimal performance makes them a leading choice in the HVAC market. With a focus on sustainability, these systems not only offer significant energy savings but also contribute to reducing the carbon footprint. As technology continues to evolve, Carrier remains at the forefront, delivering reliable, innovative HVAC solutions.