GE GLC4000 Remove Power from Dishwasher, Remove Unicouple from Faucet, Store Dishwasher

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Installation Instructions

STEP 6 DISHWASHER WET TEST

(continued)

,Let dishwasher run through a complete fill - circulate - pump out cgcle. This will take approximatelg 5 minutes.

,Check for leaks.

If a leak is found, unplug dishwasher, correct as necessarg and then plug dishwasher back in.

Open the dishwasher door and make sure most of the water has drained. If dishwasher did not drain, check drain hose to be sure it is not kinked.

Let the dishwasher run through another fill and drain cgcle. Check again to be sure there are no leaks.

At the end of the second drain set the control to the Off

position.

Timer Dial Models:

-Unlatch the door and rotate the timer dial to the Off

position. Electronic Models:

-An electronic dishwasher run in Rinse Onlg cgcle should shut itself off after about 5 minutes of run time. No further

action is necessarg if the dishwasher has turned itself off. If the test was run in a cgcle other than RinseOnlg, push the

start pad one time and the dishwasher will reset and shut itself off in about 90 seconds.

STEP 7 REMOVE POWER FROM

DISHWASHER

,Unplug the dishwasher.

Feed power cord back into its storage location.

STEP 8 REMOVE UNICOUPLE FROM FAUCET

,Relieve water pressure from the unicouple assemblg before disconnecting it from the faucet bg depressing the red pressure relief button on the unicouple.

Depress locking collar and remove unicouple from faucet. Drain excess water from unicouple bg holding it below sink level and allowing excess water to run from the hoses into a pan or similar container to catch the water.

Ell:zc:zz:

Depress red button to II release water pressur_

De/:r_ _sco i_: rutp,Oe l]_

from faucet

IMPORTANT:

Release water pressure from the unicouple prior to dis- connecting the unicouple from the faucet. This will make it easier to remove the unicouple and will prevent splashing as a result of water rapidlg escaping from the unicouple hose.

STEP 9 STORE DISHWASHER

, Latch dishwasher door closed.

, Roll dishwasher into its storage location.

SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE

GE Consumer & Industrial

General Electric Compang

Louisville, Kentuckg 40225

© 2007 General Electric Compang Pub. No. 31-30234

ge.com

Dwg. No. 206C1559P173

 

 

ND 07E-2236 (4/07}

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Contents Ination atwork Imag Read Carefully Keep These InstructionsInstall Faucet Adapter Prepare Electrical WiringRemove Wood Base Installation Instructions Connect the Unicouple to FaucetFaucet Adapter Leak Pretest Check ListRemove Unicouple from Faucet Remove Power from DishwasherStore Dishwasher

GLC4000 specifications

The GE GLC4000 is a sophisticated gas turbine designed to deliver high efficiency and reliability for power generation applications. Created by General Electric, this turbine stands out in the competitive energy landscape due to its advanced technologies and robust performance characteristics.

One of the primary features of the GLC4000 is its high thermal efficiency, which allows it to convert a significant proportion of the fuel's energy into electricity. This efficiency not only contributes to lower operational costs but also helps reduce greenhouse gas emissions, making it an environmentally friendly choice for power producers. The GLC4000 typically operates with an efficiency rating of around 61%, positioning it among the most efficient turbines available today.

Incorporating cutting-edge technologies, the GLC4000 utilizes advanced combustion systems that minimize NOx emissions, ensuring compliance with stringent environmental regulations. The dry low NOx (DLN) combustion technology is a critical aspect of the turbine, enabling clean operation without the need for water injection. This feature is particularly beneficial in regions where water scarcity is a concern.

The turbine is designed for flexibility, with a range of operational modes to accommodate different energy demands. It can rapidly respond to fluctuations in power demand, making it suitable for both baseload and peaking applications. This rapid load response is essential for integrating renewable energy sources into the grid, as it can adjust output quickly in response to variable generation.

Another significant characteristic of the GLC4000 is its advanced digital capabilities. The turbine is equipped with GE's Industrial Internet of Things (IIoT) technologies, which enable real-time data monitoring and analytics. These features enhance predictive maintenance, optimize performance, and maximize uptime, ensuring that power plants utilizing the GLC4000 can operate at peak efficiency.

Moreover, the modular design of the GLC4000 simplifies maintenance processes and allows for ease of upgrades as technology evolves. This adaptability ensures that plants can maintain performance over time without extensive downtime for retrofitting.

The GE GLC4000 gas turbine is a remarkable tool in the energy sector, combining high efficiency, low emissions, and advanced technologies. Its design and functionality make it a preferred choice for power producers looking to balance economic and environmental considerations effectively. As the demand for cleaner energy solutions continues to grow, the GLC4000 remains at the forefront of innovation in power generation.