GLD6700/60N

GE® Tall Tub Built-In Dishwasher

Features and Benefits

•Giant Tub with Maximum Capacity Nylon Racking - Holds tall and oversized items; washes 16 place settings at once

•Two Utility Shelves in Tiered Upper Rack with StemSafe™, Silver - Provide extra room for small items and an extra layer of security for washing delicate stemware

•Maximum Capacity 3-Piece Silverware Basket with 3 Cell Covers and ExtraBasket™ - Provides the ultimate flexibility, keeping silverware and small items separate; allows the baskets to be placed in either the upper or lower rack

•Four-Position Adjustable Upper Rack - Moves up, down and diagonally for maximum loading flexibility

•6-Level BrilliantClean™ Towerless Wash System with CleanSensor™ - Scrubs dishes clean with three full-sized wash arms, six levels of wash action and a sensor that continually monitors and adjusts the wash cycle for a superior clean

•Light-Touch Electronic Controls with 4 Status Lights - Provide a smooth surface and requires only a gentle touch to operate

•Countdown Display with 1-9 Hour Delay Start - Signals remaining cycle time and makes it easier than ever to wash dishes at any hour, taking advantage of reduced energy rates or washing dishes even when the family is asleep

•SpeedCycle™ - Cuts the length of the normal cycle in half, washing and drying lightly soiled dishes effectively in 45 minutes or less

•QuietPower™ 3 Sound Package - Dramatically reduces the sound of washing the dishes

•100% Triple Water Filtration - Water stays clean, so just-washed dishes do, too

•Model GLD6700NWW - White on white

•Model GLD6700NCC - Bique on bisque

•Model GLD6700NBB - Black on black

•Model GLD6760NSS - Stainless steel

Specification Created 9/06

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GE GLD6700/60N dimensions Features and Benefits
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GLD6700/60N specifications

The GE GLD6700/60N is an advanced gas turbine generator set specifically designed for power generation applications. It is characterized by its exceptional efficiency and reliability, making it a preferred choice in various industries including utilities, industrial operations, and commercial settings.

One of the standout features of the GLD6700/60N is its high efficiency, which is achieved through advanced thermodynamic cycles and cutting-edge turbine technology. This gas turbine operates on the combined cycle principle, allowing it to utilize the waste heat produced during its operation to generate additional electricity. As a result, facilities using the GLD6700/60N can achieve significant fuel savings and lower operating costs.

The engine is built using state-of-the-art materials and engineering practices that enhance its performance and longevity. Its robust construction enables it to withstand harsh operating environments, ensuring consistent power output with minimal downtime. The turbine also boasts a modular design that simplifies maintenance and reduces the time required for servicing, allowing operators to maximize their uptime.

In terms of control and monitoring, the GLD6700/60N is equipped with sophisticated digital controls that allow for real-time monitoring of performance metrics. This features a user-friendly interface, enabling operators to easily adjust settings and monitor system health. The integration of advanced predictive maintenance tools helps to identify potential issues before they escalate, thereby ensuring operational reliability.

Furthermore, the GE GLD6700/60N is designed with sustainability in mind. It can run on a variety of fuels, including natural gas, which helps reduce greenhouse gas emissions. The turbine's emissions control technologies are engineered to meet stringent environmental standards, making it a viable option for organizations committed to minimizing their environmental footprint.

In summary, the GE GLD6700/60N gas turbine generator set stands out for its high efficiency, reliability, and advanced technologies. Its modular design, sophisticated control systems, and fuel flexibility make it an ideal solution for modern power generation needs. This turbine not only optimizes operational performance but also contributes to a more sustainable energy future, making it a significant player in the realm of industrial power generation.
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