Emerson SST1400, SST1000 Installation, Remove OLD Filter and Discard Clean Blower Compartment

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INSTALLATION

REMOVE OLD FILTER AND DISCARD

(Figure 12)

NOTE: This filter may be mounted in the furnace compart- ment.

CLEAN BLOWER COMPARTMENT

It is suggested that the furnace blower compartment, blower and blower housing be cleaned to ensure clean air circulation.

INSTALLATION

The following is a typical installation of the air cleaner on a “Highboy” furnace (Figure 8).

1. Place the air filter cleaner on the floor. Stand it upright

with the power door facing you (Figure 4). If a horizon-

tal installation is being planned, lay the cleaner on its

side, this will help you to visualize the relative location

of all parts.

Allow ample space for wiring and servicing the power

supply box (Figure 13).

2. Release the latch, remove the power pack (by grasp-

ing handle and pulling power pack away from cabinet)

and set it aside. Remove the collecting cells and pre-

filters. Set pre-filters and cells aside in a safe location

until the cabinet is installed.

3. Set the cabinet next to the furnace. If necessary,

enlarge the opening in the furnace (if possible) to

match the opening in the cabinet.

If the furnace opening cannot be enlarged, a transition

fitting should be used. (Figure 3).

The cabinet can be attached directly (Figure 13), or a

starting collar can first be fitted to the furnace inlet. A

butt or slip joint can be used.

Figure 12

Power

Frame Supply

Box

Duct

Mounting

Holes

Figure 13

Air Flow

Turning

 

Vanes

Securely attach the cabinet to furnace inlet, using at

least two of the mounting holes on each side of the

cabinet.

4. Using butt joint, attach duct work (normally an elbow)

to the upstream side of air cleaner cabinet. (Note the

use of the sheet metal turning vanes inside the elbow

to improve air distribution over the face of the cells.)

(Figure 14)

NOTE: An optional method of attaching duct work to the cabinet is to modify the cabinet (Figure 15) by bending the tabs outward at a 90° angle and attaching duct work to tabs.

Optional method

(Bend tabs outward at 90˚ angle)

Figure 14

Figure 15

Transition Fittings

If the air duct does not fit the cabinet opening, a transition fitting should be used. Gradual transitions are preferred for greatest efficiency. Not more than four inches per linear foot (approximately 20° angle) should be allowed (Figure 3).

5.Connect the vertical duct section to the elbow. Wedge a wood block between floor and elbow for support (Figure 16).

6.Seal all joints in the return air system downstream from the air cleaner with duct tape to prevent dust from entering the air stream. Tape is usually applied on the outside of ducts, but may also be applied on the inside, or both.

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Contents SST Did YOU GET the Right Size AIR Cleaner Rules for Safe Installation and OperationTable of Contents Basic Tools RequiredHOW the AIR Cleaner Works Construction of the AIR CleanerPreinstallation Direction of AIR Flow Through AIR CleanerLocating the AIR Filter Typical Mounting Positions Basement Furnace Highboy Furnace CounterflowInstallation Remove OLD Filter and Discard Clean Blower CompartmentInstallation Wiring Instructions Hot Neutral Grounding Conductor Front ViewMaintenance and Washing Cleaning the CellsOperation Specifications Replacing AN Ionizing WireBasic SST Service Guide Technical Repair Guide Power Supply Checkout Procedure Cell TestAIR Flow Monitor Test Electronic AIR Cleaner Retrofit ACR Kits Ozone ReductionRepair Parts Parts List for Electronic AIR Cleaners White-Rodgers Electronic Air Cleaner

SST1600, SST1400, SST2000, SST1000 specifications

Emerson’s SST series, including the SST1400, SST2000, SST1000, and SST1600, represents a line of advanced technologies designed to meet the demands of modern industrial automation. Each model within the SST series is engineered with unique features that cater to diverse applications while maintaining high performance, reliability, and efficiency.

The SST1400 is designed for medium-scale automation projects. It incorporates a powerful processing unit that ensures fast response times and enhanced processing capabilities. One of the standout features of the SST1400 is its intuitive user interface, which simplifies programming and monitoring tasks. Additionally, it offers extensive connectivity options, allowing seamless integration with a multitude of sensors and devices, thus enabling greater flexibility in application designs.

Next in the lineup is the SST2000, which is tailored for larger and more complex automation systems. The SST2000 boasts a higher processing power compared to its counterparts, supporting real-time data processing and advanced analytics. This model is particularly known for its robust security features, making it a suitable choice for industries where data integrity and protection are paramount. Moreover, the SST2000 supports various communication protocols, ensuring it can connect and communicate with legacy systems as well as modern IoT devices.

The SST1000 is the entry-level model in the series but comes packed with essential features that make it an excellent choice for smaller operations. It provides users with a cost-effective solution without compromising on basic functionalities. The SST1000 includes a range of built-in I/O options and is designed for easy scalability. Its compact design allows it to fit into constrained spaces while still delivering reliable control and monitoring capabilities.

Lastly, the SST1600 is a versatile model that bridges the gap between high performance and user-friendly operation. This system is optimized for mixed-automation environments, supporting various applications through its flexible architecture. With options for customizable modules, the SST1600 can easily adapt to specific operational needs. Key features include an onboard diagnostics system that enhances troubleshooting and maintenance, ensuring minimal downtime.

In conclusion, Emerson’s SST series—encompassing the SST1400, SST2000, SST1000, and SST1600—offers a range of automation solutions catering to various industrial applications. Each model is equipped with distinct features and technologies that collectively enhance performance, connectivity, and operational efficiency. Whether for small-scale or large-scale implementations, the SST series provides the flexibility and reliability required in today's automated environments.