Loading and using the washer.

Always follow fabric manufacturer’s care label when laundering.ge.com

Sorting Wash Loads

Sort by color (whites, lights, colors), soil level, fabric type (sturdy cottons, easy care, delicates) and whether the fabric produces lint (terry cloth, chenille) or collects lint (velveteen, corduroy).

Proper Use of Detergent

Add detergent and start the washer before adding

You can use less detergent if you have soft water,

clothes so that the detergent can work effectively.

a smaller load or a lightly soiled load.

Using too little or too much detergent is a common

 

cause of laundry problems.

 

Loading the Washer

Safety Instructions

Operating

Load dry items loosely, no higher than the top row of holes in the washer basket. When loading wet items make sure you set the load/water level high enough to allow the items to move freely. Water level should just cover the clothes. To add items after washer has started, push in Cycle knob and submerge additional items next to the agitator. Close the lid and pull Cycle knob out to restart.

Do not wrap long items like sheets or pants around the agitator.

Do not wash fabrics containing flammable materials (waxes, cleaning fluids, etc.).

Agitation will not start with the lid up.

Instructions

Troubleshooting Tips

Consumer Support

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GE S5200, S3700, S8000, S2100 owner manual Loading and using the washer, Sorting Wash Loads

S2100, S3700, S5200, S8000 specifications

General Electric (GE) has a long-standing reputation for innovation in industrial technology, particularly with its range of turbine solutions. Among these, the S8000, S5200, S3700, and S2100 turbines stand out for their advanced features, robust design, and versatile applications.

The GE S8000 is designed for large-scale power production, providing a reliable solution for utilities and independent power producers. With a capacity that often exceeds 900 MW, the S8000 utilizes advanced aerodynamics and heat transfer technology, enabling it to achieve impressive thermal efficiencies. Its gas path design minimizes emissions while optimizing performance, making it an ideal choice for energy producers focusing on sustainability.

The S5200, on the other hand, is tailored for medium-sized power plants. Its modular architecture allows for flexibility in installation and maintenance, which significantly reduces downtime. The S5200 boasts a high degree of reliability, benefitting from extensive testing and proven field performance. The turbine's design incorporates advanced materials that endure high temperatures and stress, thus extending its operational lifetime and reducing maintenance costs.

The S3700 turbine is engineered for both industrial and utility applications. It is characterized by its quick-start capabilities, making it suitable for peaking applications or backing up renewable energy sources. The S3700 integrates cutting-edge control systems that optimize the combustion process, enhancing efficiency and reducing environmental impact. This adaptability makes it a favorite in regions transitioning to cleaner energy sources.

Lastly, the S2100 is designed for smaller-scale applications where space constraints and lower power demands are considerations. Despite its smaller footprint, the S2100 delivers robust performance, often found in district heating or smaller grid applications. It features low emissions and operates efficiently even under partial load conditions, providing a reliable power output in varied operational scenarios.

In summary, GE's lineup of S8000, S5200, S3700, and S2100 turbines showcases a diverse range of solutions to meet the evolving demands of the energy market. Each model boasts unique technologies tailored for specific applications, from large-scale energy generation to smaller, more flexible installations. From efficiency to sustainability, these turbines exemplify GE's commitment to advancing power generation technologies for a cleaner and more reliable energy future.