3

B

2

A

4

1

48P2,P3,P4,P5 UNITS

SIZE

 

CORNER WEIGHTS (lb)

 

TOTAL

A

B

WITH OPTIONAL RETURN FAN

1

 

2

3

 

4

(lb)

in.

in.

 

 

 

Vertical Supply/Return

075

3470

 

3449

2693

 

2709

12,321

224 5/8

40 1/4

Horizontal Supply/Return

090

3327

 

3745

3097

 

2751

12,921

232 5/8

41 1/2

Low Heat

100

3302

 

3782

3127

 

2730

12,941

230 3/8

41 1/2

Vertical Supply/Return

075

3543

 

3449

2693

 

2766

12,451

226 7/8

40 1/4

Horizontal Supply/Return

090

3377

 

3767

3115

 

2793

13,051

233 3/4

41 1/2

High Heat

100

3370

 

3785

3130

 

2787

13,071

232 7/8

41 1/2

Vertical Supply/Return

075

3609

 

3618

2825

 

2818

12,871

236 1/4

40 1/4

Horizontal Supply/Return

090

3467

 

3906

3230

 

2867

13,471

244 1/4

41 1/2

Low Heat with Extended Chassis

100

3437

 

3948

3264

 

2842

13,491

241 3/4

41 1/2

Vertical Supply/Return

075

3681

 

3620

2826

 

2874

13,001

238 1/2

40 1/4

Horizontal Supply/Return

090

3517

 

3928

3248

 

2908

13,601

245 3/8

41 1/2

High Heat with Extended Chassis

100

3505

 

3951

3267

 

2898

13,621

244 1/4

41 1/2

NOTE: The weight distribution and center of gravity information include the impact of an economizer, the largest indoor fan motor, and a VFD (variable frequency drive). On units with a return fan or high-capacity power exhaust, the largest motors and VFD are also included. These weights do not include the impact of other factory-installed options such as barometric relief, power exhaust, high-capacity indoor coil, hot water coil, or indoor fan.

Fig. 11 — Weight Distribution and Center of Gravity (cont)

Locate the four 11/4-in. drain coupling assemblies and mounting screws (shipped in a bag taped to the basepan in the supply fan section, located behind the access panel marked FAN SECTION). The drain couplings are a 10-gage plate with a 11/4 in. half coupling welded to the plate.

After final positioning of the unit, perform the following procedure:

1.At each of the four secondary drain locations (marked with labels on the unit base rail), position the drain cou- pling assembly in the side of the base rail. Mark the screw holes and the drain hole locations on the base rail.

2.Drill holes for drain outlet (use 13/8-in. hole saw) and for the mounting screws (use 3/16-in. drill bit).

3.Install a drain coupling assembly using screws provided at each secondary drain hole location.

4.Using field-supplied fittings and pipe sections, assemble U-traps at each secondary drain fitting. See Fig. 24. Pro- vide minimum size of ½-in. pipe for secondary drains. Use a trap at least 4-in. deep for size 030-070 units and 7-in. deep for size 075-100 units.

5.Apply a bead of RTV or similar sealant around the drain assemblies.

Consult local plumbing codes for direction on joining multi- ple drain lines. Total size of any combined line does not need to exceed nominal 2-in. size of primary drain connection.

Fill the U-traps at the secondary drain locations prior to unit start-up. Also check the U-traps before each cooling season to ensure the traps are filled and functioning properly.

20

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Carrier P5030-100, P3, 48P2, P4 installation instructions Total With Optional Return FAN

P4, 48P2, P3, P5030-100 specifications

Carrier, a leader in the HVAC industry, offers a range of advanced air conditioning systems designed to provide optimal indoor climate control. Among their innovative products are the Carrier P4, P5030-100, P3, and 48P2 models, each delivering unique features tailored to diverse applications.

The Carrier P4 series is engineered for versatility and efficiency. This compact unit integrates advanced inverter technology, allowing for precise temperature control and reduced energy consumption. The P4 employs a variable speed compressor, which adjusts according to cooling needs, ensuring both comfort and energy savings. Additionally, it features a user-friendly interface with smart connectivity options, enabling remote access and management via smartphones.

Next in line, the Carrier P5030-100 model is designed with commercial applications in mind. It is equipped with a robust scroll compressor and advanced heat exchange technology that enhances its performance and efficiency. The P5030-100 operates quietly, making it ideal for office environments where noise reduction is a priority. Furthermore, its eco-friendly refrigerant aligns with today’s environmental standards, further making it a sustainable choice for businesses.

The Carrier P3 model excels in energy efficiency, boasting top SEER ratings while maintaining powerful cooling and heating capabilities. This model incorporates advanced refrigerant management, which minimizes environmental impact while ensuring optimal performance. Its compact design makes it an excellent choice for residential installations, providing homeowners with an unobtrusive yet effective climate control solution.

Finally, the Carrier 48P2 unit stands out with its robust design tailored for large-scale applications. It features a high-capacity scroll compressor and enhanced airflow capabilities, ensuring consistent and reliable performance across various conditions. The 48P2 comes equipped with a comprehensive control system that allows for integration with building management systems, facilitating easy monitoring and control of multiple units. This model is ideal for commercial buildings that demand high performance and energy efficiency.

Overall, Carrier's P4, P5030-100, P3, and 48P2 models represent the forefront of HVAC technology, combining efficiency, reliability, and advanced features to meet the varying demands of both residential and commercial environments. With a commitment to innovation and sustainability, Carrier continues to provide solutions that enhance indoor comfort while reducing environmental impact.