GEAppliances.com

3 Delay Start Option

This option allows you to delay the start of a wash cycle for up to 24 hours.

With the door open, turn the dishwasher ON by pressing the ON/OFF button; then press the DELAY button to choose the number of hours you want to delay the start of the wash cycle. The hours will show in the display window.

NOTE: To cancel the DELAY HOURS option before the start of the cycle, repeatedly press the DELAY HOURS button until the display is blank or reads “00.”

4

5

6

2 Digit Display

This display is used for DELAY START and cycle time countdown.

When a cycle is selected, this display is populated with the total number of minutes in the cycle (up to 99 minutes). For cycle times above 99 minutes the display will read “99”.

Starting a Cycle

After selecting the wash cycle (Step 2) and DELAY START (Step 3), if desired, close the door of the

dishwasher to start the cycle or begin the DELAY START countdown. When the door is closed, there will be a 5 second delay followed by a 60 second pump out before the water fill begins.

Status Indicators

SANITIZED If the SANITIZE cycle is selected, the sanitized indicator light will be turned on at the end of the cycle. If the NSF requirements for sanitization are not reached, the light will not turn on.

CLEAN The green light will display and a beep will sound to alert you that the wash cycle is complete. If the door is NOT opened, the beep will sound 4 times.

7

Page 7
Image 7
GE GLDT690, GLDT696 owner manual Delay Start Option, Digit Display, Starting a Cycle, Status Indicators, GEAppliances.com

GLDT690, GLDT696 specifications

The GE GLDT696 and GLDT690 are sophisticated gas turbine engines designed for various industrial applications, particularly in power generation and mechanical drive services. Both models represent the culmination of advanced engineering, offering superior performance, reliability, and efficiency to meet the demands of modern energy needs.

The GE GLDT696 is known for its high output and operational flexibility. It features a heavy-duty design that allows it to operate across a wide range of environmental conditions. This turbine is equipped with advanced aerodynamics that enhance airflow and combustion efficiency, resulting in a significant reduction in emissions. With a thermal efficiency of up to 36%, the GLDT696 excels in converting fuel into usable energy, making it an ideal choice for power generation in combined cycle power plants.

On the other hand, the GLDT690, while slightly smaller in capacity, does not compromise on performance. Known for its compact design, this engine is particularly suitable for applications where space is a constraint. The GLDT690 shares many technological advancements with its larger counterpart, including the same high-efficiency combustor and turbine blade designs, which contribute to lower operational costs and emissions.

Both turbines utilize state-of-the-art controls that provide real-time monitoring and optimization of performance variables. The integrated control system allows for seamless operation and enhances reliability, reducing the risk of unplanned downtime. Additionally, both models are designed with modular components, facilitating easier maintenance and quicker turnaround times.

The emissions control technologies utilized in both GE models are noteworthy. They include low-NOx combustion systems and advanced air-fuel mixing techniques, which significantly mitigate the release of harmful pollutants into the atmosphere. This not only helps operators adhere to stringent environmental regulations but also bolsters sustainability efforts in energy production.

Overall, the GE GLDT696 and GLDT690 are exemplary examples of cutting-edge turbine technology. By combining high efficiency, reliability, and advanced emissions controls, these gas turbines stand as a testament to GE's commitment to innovation and environmental responsibility in the pursuit of cleaner energy solutions.