536636-UIM-D-1211

CLADDING CONFIGURATION FOR DOWNFLOW INSTALLATION (IF USED)

To reconfigure the cladding parts, remove the grille by pulling gently at the top. Once the grille is removed, the circuit breaker cover can also be removed. Remove the gray, non-branded grille and circuit breaker cover from the cladding on the coil access panel. Next, remove the black and/or branded grille and circuit breaker cover from the blower access panel. Install these pieces into the coil access panel cladding so they are at the top of the air handler. Install the gray, non-branded grille and circuit breaker cover in the blower access panel cladding.

NOTICE

If a heat kit with a circuit breaker is installed in the air handler, the cir- cuit breaker cover cladding must be removed to gain access to the sheet metal cover plate. Some local codes may require that the circuit breaker remain visible. If so, do not re-install circuit breaker cover cladding.

 

 

F

J

 

10-3/8”

 

 

K

 

 

 

CLADDING

TOP OUTLET

CIRCUIT

DIMENSIONS

 

BREAKER

 

 

PANEL

 

 

 

 

18-9/32”

BLOWER

 

E

COMPARTMENT

 

BOTTOM INLET

 

 

 

A

DIMENSIONS

 

 

 

DRAIN CONNECTIONS

 

 

FOR UPFLOW AND

D

 

DOWNFLOW APPLICATIONS

 

 

 

REFRIGERANT

 

FIGURE 3: Dimensions & Duct Connection Dimensions

 

 

TABLE 1: Dimensions

 

 

 

Dimensions (Inches)

 

 

Wiring Knockouts1

Refrigerant

Models

 

 

 

 

 

 

 

 

Connections

A

B

C

 

 

 

J

K

AV

D

E

F

Line Size

 

 

 

 

 

 

Height

Width

Depth

 

 

 

Power

Control

Liquid

Vapor

24B

46

17 1/2

21-1/2

12-3/8

13-29/32

14-19/32

7/8” (1/2”)

 

 

3/4”

36C

52

21

(w/o cladding)

17-1/8

17-13/32

18-3/32

 

 

7/8”

1 3/8” (1”)

7/8” (1/2”)

3/8”

48D

57

24 1/2

22-1/2

22-1/8

20-29/32

21-19/32

7/8”

1 23/32” (1 1/4”)

 

 

60D

57

24 1/2

(with cladding)

22-1/8

20-29/32

21-19/32

 

 

7/8’

 

 

 

1. Actual size (Conduit size).

SUCTION FEEDER TUBE CONDENSATE DEFLECTOR

UPFLOW OR DOWNFLOW

No action required. See Figure 4.

S-CLIPS (3)

VERTICAL

CONDENSATE

 

DRAIN PAN

DEFLECTOR

FIGURE 4: Condensate Deflector on Vertical Drain Pan

Horizontal Left or Right

Use an appropriate tool to pry out water deflector with two or three s- clips from the vertical drain pan. See Figure 4. Relocate the deflector with s-clips on the Horizontal Drain Pan lined up to the coil support brackete. See Figure 5. This positions the deflector below the feeder tubes to channel the condensate to the drain pan.

NOTICE

The condensate deflector should be installed in the s-clip section which is inside the drain pan edge. See Figure 6.

4

Johnson Controls Unitary Products

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Image 4
Johnson Controls AV*(C) Series Cladding Configuration for Downflow Installation if Used, Horizontal Left or Right, Vapor
Page 3 Page 5

AV*(C) Series specifications

Johnson Controls has long been a leader in the field of building management systems, and the AV*(C) Series is a testament to its commitment to innovation and excellence. Designed with the modern-day facility in mind, the AV*(C) Series combines advanced features, cutting-edge technologies, and robust characteristics to deliver top-tier performance and reliability for building operations.

One of the standout features of the AV*(C) Series is its exceptional flexibility. The series offers a range of controller options that cater to various application needs, ensuring that building managers can tailor their systems to suit specific requirements. This adaptability is complemented by its scalable architecture, which allows for seamless expansion as building needs evolve over time.

Another major highlight of the AV*(C) Series is its intuitive user interface. The system provides an easy-to-navigate platform that simplifies monitoring and control tasks. Users can access real-time data and analytics at their fingertips, enhancing decision-making processes and enabling proactive management of building systems. The graphical display is user-friendly, making it simple for facility staff to respond promptly to any operational issues.

In terms of technology, the AV*(C) Series integrates advanced communication protocols such as BACnet, which ensures interoperability with various building automation systems. This technology ensures that different devices can communicate effectively, streamlining the overall operation of the facility. The controllers also support multiple I/O configurations, which allow for greater customization and setup flexibility.

Energy efficiency is at the forefront of the AV*(C) Series design. The system incorporates intelligent algorithms that optimize energy usage, helping organizations reduce their carbon footprint and operational costs. By continuously monitoring system performance and adjusting settings in real-time, the AV*(C) Series contributes to sustainable building management.

Reliability is also a hallmark of the AV*(C) Series. Built with durable components and designed to withstand diverse environmental conditions, it ensures consistent performance and longevity. The system features redundant power supplies and robust fail-safes to keep operations running smoothly, minimizing downtime.

In conclusion, the Johnson Controls AV*(C) Series is an advanced solution for building management that combines flexibility, user-friendly design, cutting-edge communication technology, energy efficiency, and reliability. These characteristics make it an excellent choice for organizations looking to enhance their facility operations and improve overall performance.
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