About washer features.

The Agitator Cap or Fabric Softener Dispenser (depending on model)

The agitator cap fits into the top of the agitator. If it accidentally comes off, simply put it back on.

The fabric softener dispenser automatically releases liquid fabric softener at the proper time during the cycle.

Do not stop the washer during the first spin. This will cause the dispenser to empty too soon.

To use, follow these steps:

1

Make sure dispenser is securely

attached to agitator.

 

 

Use only liquid fabric softener.

2

Pour into dispenser, using amount

 

recommended on package.

Never pour fabric softener directly on clothes. It may stain them.

3 Add water to dispenser until it reaches the maximum fill line.

Do not pour anything into the agitator

if the agitator cap or dispenser is removed.

Safety Instructions

Operating Instructions

Troubleshooting Tips

Support

Loading and using the washer. Always follow fabric manufacturer’s care label when laundering.

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

Consumer

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, lift the lid and submerge additional items next to the agitator.

■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.

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GE WASE5210, S4200 owner manual Troubleshooting Tips Support
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S4200, WASE5210 specifications

The GE WLE4000, WASE5210, WBSE3120, WWSE5200, and WCSE4160 are part of GE's exceptional lineup of advanced energy management systems, offering unique features and technologies tailored for diverse applications in the field of industrial and commercial power systems.

Starting with the GE WLE4000, this model is designed as a compact solution for energy distribution and management. It offers advanced metering capabilities and real-time data analytics, allowing users to monitor energy consumption effectively. The WLE4000 features a user-friendly interface, making it easy to set up and manage energy use across different operations. Its robust design and flexibility enable integration with various existing infrastructure.

Next up is the WASE5210, which stands out for its adaptability and scalability. This system is engineered with advanced communication technologies, including IoT capabilities, facilitating seamless integration into modern smart grid applications. The WASE5210 employs machine learning algorithms to optimize energy usage and improve operational efficiencies. Its modular design allows for easy expansions or upgrades depending on the changing energy demands.

The WBSE3120 model specializes in substation automation, offering features such as fault detection, location, and isolation. Utilizing cutting-edge cybersecurity protocols, the WBSE3120 ensures data integrity and protection against external threats. With its real-time processing capabilities, it enhances decision-making processes, enabling quicker responses to electrical faults.

The WWSE5200 is engineered specifically for renewable energy applications. It supports advanced functions such as grid connectivity and energy storage management, making it a perfect choice for solar and wind energy projects. The system is equipped with sophisticated power quality monitoring tools that allow users to maintain optimal operational standards, reducing the risk of outages and inefficiencies.

Finally, the WCSE4160 model is aimed at enhancing system reliability and operational performance within industrial environments. Its advanced diagnostic tools and monitoring capabilities provide actionable insights into system health, thereby reducing downtime and maintenance costs. The WCSE4160 also incorporates smart grid technologies, allowing for advanced demand response strategies tailored to user requirements.

In conclusion, GE's WLE4000, WASE5210, WBSE3120, WWSE5200, and WCSE4160 models represent the forefront of energy management technology. Each model brings its own set of features tailored to different segments, promoting efficiency, sustainability, and advanced operational capabilities in diverse energy settings.
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