Carrier P5030-100, P3, 48P2, P4 Secondary Drain Seal Plate Location Slab Mount

Page 32

a48-8459

16-GAGE METAL

 

SEAL PLATE

BOTTOM OF

(FIELD SUPPLIED

BASE RAIL

FIELD INSTALLED)

 

Fig. 27 — Secondary Drain Seal Plate

Location (Slab Mount)

Step 9 — Install Outdoor Hoods (Units without Optional High-Capacity Power Exhaust)

UNIT SIZES 030-050

25% Outdoor-Air Hoods (Units without Economizer Option) (Fig. 28)

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 points to prevent water leaks. See Fig. 29.

Economizer Hoods (Units with Economizer Option) (Fig. 30 and 31)

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 at pivot points to prevent water leaks. See Fig. 29.

UNIT SIZES 055-100

25% Outdoor-Air Hoods (Fig. 32) — The outdoor-air hoods are factory installed on the 055-100 units.

Economizer Hoods (Units with Economizer Option) (Fig. 33-35)

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 points to prevent water leaks. See Fig. 29.

OUTDOOR

AIR HOOD

OUTDOOR

AIR HOOD

Fig. 28 — Outdoor Air Hood Installation

(Sizes 030-050)

a48-8461

OUTDOOR-AIR HOOD

4”

RTV

(ALL HOODS)

Fig. 29 — Outdoor-Air and Economizer Hood

SIDE HOOD (ROTATE OPEN)

SIDE HOOD (ROTATE

END HOODOPEN) (FIXED)

Fig. 30 — Economizer Outdoor-Air Hood

Installation (Sizes 030-050)

SIDE HOOD (ROTATE OPEN)

END HOOD (FIXED)

SIDE HOOD (ROTATE OPEN)

POWER EXHAUST (FIXED)

Fig. 31 — Economizer with Power Exhaust Outdoor-Air Hood Installation (Sizes 030-050)

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Contents Installation Instructions Installation Physical Data 48P2,P3,P4,P5030-050 Base Unit5810 6310 6025 6525 Optional Power Exhaust Physical Data 48P2,P3,P4,P5055-070Physical Data 48P2,P3,P4,P5075-100 Optional Return Fan Physical Data 48P075-100 Only Optional Humidi-MiZerCoil DataOperating Weights of Options and Accessories lb Option or Accessory 48/50P Unit SizeOptional Return Fan Drive Data Power Exhaust Fan Drive DataOptional High-Capacity Power Exhaust Fan Drive Data Roof Curb Sizes Roof Curb Sizes 055 Roof Curb Sizes Condenser Section Roof Curb Sizes 070 Condenser Section Roof Curb Sizes 090 Gasket Location on Roof Curb Size 070-100 Units Page ALL Panels Must be in Place When Rigging ALL Panels Must be in Place When Rigging Total Optional HIGH-CAPACITY Power Exhaust SizeTotal 48P2,P3,P4,P5 Units with SizeTotal With Optional Return FAN A48-8613 A48-8614 A48-8615 A48-8616 A48-8617 A48-8618 A48-8619 A48-8620 A48-8621 A48-8622 Drain Pipe Details Location Curb MountDrain Piping Details Secondary Drain Seal Plate Location Slab Mount 25% Outdoor-Air Hood Location Large Economizer Hood Assembly Route Field Wiring Disconnect Location Size 030 and 035 Units Wire FieldMCA Hacr Electrical Data, 48P2,P3,P4,P5030 UnitsFAN Motor RLA LRA FLA Fuse or MCA Electrical Data, 48P2,P3,P4,P5035 Units FAN Motor RLA LRAFLA MCA Fuse or Hacr BrkrElectrical Data, 48P2,P3,P4,P5040 Units FAN Motor RLA LRA FLAFAN Motor RLA LRA FLA Fuse or Electrical Data, 48P2,P3,P4,P5050 Units Electrical Data, 48P2,P3,P4,P5050 Units Electrical Data, 48P2,P3,P4,P5055 Units Electrical Data, 48P2,P3,P4,P5060 Units Electrical Data, 48P2,P3,P4,P5070 Units Voltage Compressor Condenser Evaporator Power Range FAN Motor Exhaust Power Supply VoltageElectrical Data 48P2,P3,P4,P5075 Standard Units FLA MCAVoltage Compressor Condenser Evaporator Power Range Fuse or Hacr Electrical Data 48P2,P3,P4,P5090 Standard Units FAN Motor RLA LRA FLA FAN Motor RLA LRA FLA Electrical Data 48P2,P3,P4,P5100 Standard Units FAN Motor RLA LRA FLA FAN Motor RLA LRA FLA Auxiliary Control Box Location Sizes Auxiliary Control Box Details Sizes Sizes 055-100 without Optional Return FanShipping Brackets Size 030-050 Units Shipping Brackets Sizes Gas Piping Details Flue/Inlet Hood Locations, Sizes Low Heat, Horizontal Supply UnitsFlue Hood, Inlet Hood, and Baffle Usage Horizontal Supply UnitsFlue Deflector Baffle Curve-Type Inlet Hood Assembly 30-in Wind Baffle Details Controls Installation T55 or T56 Wiring TB201 RED BRN TB201 CCN Connections CCN Connection Approved Shielded CablesOptional UPC Open Installation MS/TP Wiring RecommendationsOpen System Wiring Specifications and Recommended Vendors UPC Open ControllerOpen System Network Wiring Smoke Control Modes
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Manual 8 pages 7.82 Kb

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.
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