Typical Installation | Johnson Controls AV*(C) Series specs

536636-UIM-D-1211

When an evaporator coil is installed in an attic or above a finished ceiling, an auxiliary drain pan should be provided under the coil as is specified by most local building codes.

NOTICE

In severe high humidity, high temperature indoor unit environments, an accessory insulation blanket is available to supplement the stan- dard cabinet insulation. Insulate with UPG Kit: 1VJ0117 for B cabi- nets, 1VJ0121 for C cabinets or 1VJ0124 on D cabinets or seal completely with adequate fiberglass insulation using vapor barrier on the outside.

UPFLOWDOWNFLOW

HORIZONTAL RIGHT

HORIZONTAL LEFT

FIGURE 1: Typical Installation

DOWNFLOW AND HORIZONTAL CONVERSION (AV ONLY)

These air handler units are supplied ready to be installed in a upflow and right hand horizontal position. If unit requires left hand positioning, the unit must have the coil assembly repositioned.

1.Remove blower, coil, and filter access panels.

NOTICE

Conversion must be made before brazing the refrigerant connections to the coil.

For downflow and horizontal left installations, follow steps 2 - 8.

2.Remove tubing connection panel.

3.Remove front drain pan, hold down bracket.

4.Slide coil assembly out of air handler.

5.Rotate cabinet 180º so blower outlet is facing down.

6.Re-install coil assembly on downflow bracket.

7.Re-attach front drain pan, hold down bracket.

8.Re-attach tubing connection panel.

9.For horizontal applications, rotate air handler 90º into desired ori- entation.

10.Re-position drain plugs as necessary based on air handler orienta- tion.

11.Re-position and replace access panels.

12.For downflow installations, the cladding should be reconfigured so that the grille and circuit breaker covers having logos and/or black coloring are at the top of the unit on the coil access panel. See below.

13.Apply branding label to air handler in recessed area provided on blower access panel cladding. This label should be applied after the air handler is placed in its proper orientation so the label is right side up.

	FRONT VIEW
BLOWER
COMPARTMENT
	COIL COMPARTMENT
	(Access panel removed)
VERTICAL
DRAIN PAN	HORIZONTAL
	DRAIN PAN

SIDE VIEW

REFRIGERANT LINE
CONNECTIONS		HORIZONTAL
		HORIZONTAL
		SECONDARY DRAIN
PRIMARY DRAIN		HORIZONTAL
PRIMARY DRAIN		PRIMARY DRAIN
UPFLOW 3/4”		PRIMARY DRAIN
UPFLOW 3/4”
THREADED		ALTERNATE
		DRAIN CONNECTIONS	RETURN AIR
DUCT WORK MAY		UPFLOW/DOWNFLOW	DUCT
BE FASTENED		FILTER DOOR
CAUTIOUSLY WITH		FILTER DOOR
CAUTIOUSLY WITH
SCREWS TO THE	SECONDARY DRAIN	WHEN ATTACHING DUCT WORK WITH
SIDES AND REAR OF UNIT	SECONDARY DRAIN	SCREWS - KEEP SCREWS WITHIN 5/8”
SIDES AND REAR OF UNIT	UPFLOW 3/4” THREADED	SCREWS - KEEP SCREWS WITHIN 5/8”
	UPFLOW 3/4” THREADED

OF SIDES AND BACK OF AIR HANDLER

FIGURE 2: Return Duct Attachment & Component Location

Johnson Controls Unitary Products

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.