Emerson SST1000, SST2000, SST1400, SST1600 Operation, Maintenance and Washing, Cleaning the Cells

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OPERATION

1.With the 120 VAC power turned on at the circuit breaker for the furnace, push the air cleaner ON-OFF switch to the “ON” position (Figure 20).

2.With the furnace blower running, the air cleaner will be operating. An arcing or “snapping” sound may be heard. This will occur occasionally, however the unit is operating properly.

3.With the furnace blower running, the Operating Light should be ON. If the Operating Light is not ON this signifies that the cells need washing, or that trouble

exists in the unit.

If, after washing the cells, the Operating Light stays off, the

 

cell could be wet, improperly placed in the cabinet or may

 

need servicing.

 

NOTE: An occasional flicker of the light accompanied by

 

harmless sparking or snapping noise may occur. This is

 

caused by trapping large particles of dirt. If arcing is

 

continuous, the cells should be washed or checked for

 

service problems see Basic SST Service Guide.

Figure 20

 

Operating Light

On-Off

Switch

MAINTENANCE AND WASHING

!CAUTION

CABINET AND CELLS MAY CON-

TAIN SHARP EDGES.

Use care when servicing unit or han- dling cells.

Failure to do so could result in minor personal injury.

For maximum efficiency your air cleaner cell(s) and pre- filter(s) should be inspected once a month and cleaned when necessary. Cleaning will usually be required every one to three months, depending upon the particular house- hold circumstances. When cleaning is required the follow- ing procedure should be used:

CLEANING THE CELLS

1.Turn the air moving system “OFF.”

2.Push the ON-OFF switch on the power pack to the “OFF” position (Figure 20). Wait 15 seconds and both the power pack and the collecting cell(s) will be automatically discharged.

3.Release the latch on top of power pack and pull the power pack straight away from cabinet at the top. Then lift pack out of ledge at bottom edge of cabinet. Set power pack aside.

4.Remove the cell(s) and pre-filter(s) from cabinet. Using a solution of warm water and low sudsing detergent, soak cell(s) and pre-filter(s) for 20 to 30 minutes.

NOTE: Ionizing wires may become coated causing loss of cleaning ability by the collecting cell. Using a damp cloth, wipe each ionizing wire, exercising care not to damage them.

5.Remove the cell(s) and pre-filter(s) from solution and rinse thoroughly with clean water.

6Allow cell(s) and pre-filter(s) to drip dry for a minimum of 2 hours. Cell(s) and pre-filter(s) may be tipped at a slight angle to expedite the drip-dry process.

7.Reinstall the cell(s) and pre-filter(s) in the cabinet.

8.Replace the power pack. Turn furnace fan on. After 30 minutes push ON-OFF switch on the power pack to the “ON” position.

A moderate amount of arcing or “snapping” may occur at this time, which will indicate that the cell(s) are still damp. If the noise is objectionable, push the ON-OFF switch to the “OFF” position and allow additional time for cell(s) and pre-filter(s) to dry. In some cases the Operating Light will remain OFF during this initial activation of the air cleaner, and this would indicate that the cell(s) are not completely dry. The Operating Light should remain ON while the furnace fan is running once the drying is complete.

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Contents SST Rules for Safe Installation and Operation Table of ContentsDid YOU GET the Right Size AIR Cleaner Basic Tools RequiredHOW the AIR Cleaner Works Construction of the AIR CleanerLocating the AIR Filter PreinstallationDirection of AIR Flow Through AIR Cleaner Typical Mounting Positions Basement Furnace Highboy Furnace CounterflowInstallation InstallationRemove OLD Filter and Discard Clean Blower Compartment Wiring Instructions Hot Neutral Grounding Conductor Front ViewOperation Maintenance and WashingCleaning the Cells Specifications Replacing AN Ionizing WireBasic SST Service Guide Technical Repair Guide AIR Flow Monitor Test Power Supply Checkout ProcedureCell 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.