GE GLDL500 Using the dishwasher, Filling the Dispenser, Rinse Aid Setting, To adjust the setting

Page 8

Safety Instructions

Using the dishwasher.

Check the Water Temperature

The entering water should be at least 120°F

Turn on the hot water faucet nearest the

and not more than 150°F, for effective cleaning

dishwasher, place the thermometer in a glass

and to prevent dish damage. Check the water

and let the water run continuously into the

temperature with a candy or meat thermometer.

glass until the temperature stops rising.

Use Jet-Dry ® or Cascade Crystal Clear ® Rinse Agent

Jet-Dry®or Cascade Crystal Clear ® rinse agents remove spots and prevent new film buildup on your dishes, glasses, flatware, cookware and plastic.

Filling the Dispenser

Operating Instructions

The rinse agent dispenser holds 100 ml (3.5 fl. oz.) of rinse agent. Under normal conditions, this will last approximately one month. Try to keep it full, but do not overfill.

1Make sure the dishwasher door is fully open.

2Turn the dispenser cap to the left and lift it out.

3Add rinse agent until the indicator window looks full.

4Clean up any spilled rinse agent with a damp cloth.

5Replace the dispenser cap.

Indicator

 

window

Dispenser cap

Troubleshooting Tips

Consumer Support

Rinse Aid Setting

The amount of rinse agent released into the final wash can be adjusted. The factory setting is at the midpoint. If there are rings of calcium (hard water) spots on dishes, try a higher setting. If you see foam in the dishwasher, move the indicator to a lower setting.

To adjust the setting

Rinse

agent

Remove the dispenser cap; then turn the adjuster counterclockwise to

adjuster

 

increase the amount of rinse agent, clockwise to reduce the amount of rinse agent.

 

Dish Preparation Prior to Loading

■No pre-rinsing of normal food soil is required.

■Remove leafy vegetables, meat trimmings

■Scrape off hard soils, including bones,

and excessive amounts of grease or oil.

toothpicks, skins and seeds.

■Remove acidic food soils that can discolor

■Remove large quantities of any remaining

stainless steel.

food.

 

8

Page 7 Page 9
Image 8
Page 7 Page 9
Contents Dishwashers Consumer Support Troubleshooting TipsOperating Instructions Ge.com Instructions Troubleshooting TipsOperating Safety Instructions Troubleshooting Tips Consumer SupportStatus Indicator Lights Time Remaining Display on some modelsOptions StartSanitized Second time will cancel the Delay Start selection HOT StartUsing the dishwasher Rinse Aid SettingTo adjust the setting Filling the DispenserProper Use of Detergent NumberTips TroubleshootingLoading the dishwasher racks Loading place settings… Optional accessoriesLower Rack-10 place settings Lower Rack-12 place settingsCleaning the Door Panel Cleaning the Control PanelCaring for the dishwasher Protect Against FreezingBefore you call for service… Safety Instructions Operating InstructionsMake sure inlet water temperature is at least 120F Is tripped Circuit Power is turned offDetergent left Dishes are blocking Dispenser cups Detergent cupGE Dishwasher Warranty InstructionsFor The Period GE Will Replace What GE Will Not CoverSchedule Service Parts and AccessoriesConsumer Support GE Appliances Website Real Life Design Studio

GLDL500 specifications

The GE GLDL500 is an innovative and advanced gas turbine engine designed for various applications, including power generation and industrial processes. Known for its efficiency, reliability, and advanced technology, the GLDL500 is a prime example of General Electric's commitment to producing cutting-edge energy solutions.

One of the main features of the GE GLDL500 is its high efficiency. The engine is designed to operate at an impressive thermal efficiency, allowing for lower fuel consumption and reduced emissions. This efficiency not only contributes to cost savings but also supports environmental sustainability efforts by minimizing the carbon footprint of operations.

The GLDL500 incorporates advanced materials and manufacturing techniques that enhance its performance and durability. It utilizes heat-resistant superalloys in its turbine section, which allow the engine to withstand the extreme temperatures and stresses experienced during operation. This not only prolongs the lifespan of the turbine but also improves the overall reliability of the system.

Another key characteristic of the GE GLDL500 is its modular design. This design enables easy maintenance and upgrades, making it a flexible choice for operators looking to adapt to changing energy demands or to incorporate new technologies. The modularity also simplifies logistics and reduces downtime, leading to increased operational efficiency.

The GLDL500 features advanced digital controls and monitoring systems. These systems provide real-time data on engine performance, allowing operators to make informed decisions and optimize the turbine's operation. The incorporation of digital technologies fosters predictive maintenance, helping to identify potential issues before they become significant problems.

In terms of environmental performance, the GE GLDL500 is compliant with stringent emission regulations. The engine is engineered to minimize NOx and CO2 emissions, ensuring that it meets or exceeds industry standards. This focus on clean energy solutions aligns with global efforts to transition towards more sustainable energy sources.

Overall, the GE GLDL500 stands out as a powerful, efficient, and environmentally friendly gas turbine engine. Its combination of advanced features, innovative technologies, and robust characteristics makes it an ideal choice for a variety of applications in the modern energy landscape, demonstrating GE's leadership in the gas turbine market. Operators investing in the GLDL500 can expect enhanced performance, reduced operational costs, and a commitment to sustainability.
Top Page Image Contents