GE 206C1559P195 Position and level dishwasher, Slide Dishwasher Into Cabinet

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Dishwasher Installation

STEP 11: SLIDE DISHWASHER INTO CABINET

IMPORTANT – Do not push against the front panel with knees. Damage will occur.

•Grasp the sides of the front panel and slide the dishwasher into the opening a few inches at a time. Pull the drain hose and power cord, if equipped, through the holes in the adjacent cabinet while sliding the dishwasher into position.

STEP 12: position and level dishwasher

IMPORTANT – Dishwasher must be level for proper dish rack operation, wash performance and door operation. The dishwasher must be leveled left to right and front to back. This ensures that the dish racks will not roll in or out on their own, circulation water will flow to the pump inlet, and the door will close without hitting the side of the tub.

•Remove the lower dish rack and place a level on the door and lower rack track as shown in Figure R.

Figure Q

•Check the tub insulation blanket, if equipped, to be sure it is smoothly wrapped around the tub. It should not be “bunched up” and it must not interfere with the door springs. If the insulation is “bunched up” or interfering with the springs, straighten and re-center the blanket prior to sliding the dishwasher into its final position.

•Make sure the drain hose is not kinked under or behind the dishwasher.

•Make certain the house wiring, drain line and water line do not interfere with components under the dishwasher.

•The dishwasher tub flange should be approximately 3/4" behind the face of the adjacent cabinet. Refer to Figure R.

Tip: Avoid unnecessary service charges for panel damage.

Do not press on the center of panel with hands or knees when sliding dishwasher into position.

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Figure R

•Adjust the level of the dishwasher by individually turning the four legs on the bottom of the dishwasher as illustrated in Figure S.

Turn Legs

 

to Adjust

Figure S

 

•The dishwasher is properly leveled when the level indicator is centered left to right and front to back. The dishwasher door should close without hitting the sides of the tub.

•Replace the lower rack.

Tip: Avoid unnecessary service charges for poor wash performance and rack operation.

Pull the dish racks half way out. They should remain stationary. Open and close the door. The door should fit in the tub opening without hitting the side of the tub. If the racks roll on their own, or the door hits the side of the tub, relevel the dishwasher.

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Contents Read these instructions completely and carefully Read Carefully Keep These InstructionsImportant Observe all governing codes and ordinances Materials YOU will Need Parts Supplied in Installation PackageFor New Installations Tools YOU will NeedInstallation Preparation Enclosure Prepare Dishwasher EnclosureImportant When Installation Preparation DrainPrepare Drain Plumbing Cabinet Preparation and Wire Routing Installation Preparation Electrical SupplyPrepare Electrical Wiring Electrical RequirementsHot Water Line Installation Preparation Hot Water SupplyPrepare Hot Water Supply Water Line ConnectionPreparation Dishwasher InstallationRemove Access Panel Toekick Check Door BalanceInstall drain hose to dishwasher drain port Install Power CordInstall 90 Elbow Skip this step if drain hose has been preinstalledInsert drain hose and Power CORD, if USED, through cabinet Tip Avoid unnecessary service charges for drain issuesPosition and level dishwasher Tip Avoid unnecessary service charges for panel damageSlide Dishwasher Into Cabinet Tip Avoid unnecessary service charges for noise or leaks Connect water supplyConnect Drain Line Figure WPretest checklist Connect Power SupplyInstall junction box cover If junction box cover is already installed, skip to StepDishwasher wet test checklist CyclesReplace access panel and toekick LiteratureAppendix Return to in these instructions to complete the conversionVeuillez Lire Attentivement ET Conserver CES Directives Important Observez tous les codes et ordonnances en vigueurMatériel Nécessaire Pour UNE Nouvelle InstallationPièces Fournies Outils NécessairesPréparation pour linstallation Ouverture dans les armoires Préparation DE Louverture Dans LES ArmoiresPréparation pour l’installation Vidange Préparation DE LA Plomberie Pour LA VidangePréparation pour l’installation Alimentation électrique Préparation DU Câblage ÉlectriqueConduite d’eau chaude Préparation pour l’installation Alimentation en eau chaudePréparation DE L’ALIMENTATION EN EAU Chaude Raccordement de la conduite d’eau chaudeÉtape 3 Enlèvement DE LA Base DE Bois Installation du lave-vaisselleÉtape 1 Préparation La base de boisÉtape 5 Installation DU Cordon ’ALIMENTATION Que les fils ne sont pas coincés sous le couvercleRemarque Le boyau de vidange fourni avec Du boyau de 3 mètres de long est le GPF10SÉtape 12 Mise DE Niveau DU LAVE- Vaisselle Figure RÉtape 14 Raccordement DE L’ALIMENTATION EN EAU FerruleBagueÉtape 15 Raccordement DU Boyau DE Vidange Figure WLa source Assurez-vous que le tableau de commandeHexagonale n 10 de l’ensemble de vis mis de côté ’étape Ouvrez la porte du lave-vaisselle et enlevez toutVerrouillez la porte du lave-vaisselle DE L’EAURétablissez l’alimentation électrique ou La touche Start Mise en marcheDeux types de vis sont utilisés. Les vis n 8-32 Étape 21 DocumentationEn place le panneau d’accès et le panneau inférieur Enlevez et jetez le cordon d’alimentation AnnexeReportez-vous à la Figure CC

206C1559P195 specifications

The GE 206C1559P195 is a component that belongs to General Electric's suite of high-performance aircraft engine components. Specifically, this part is integral to the Geared Turbofan (GTF) engine technology that GE has pioneered, aiming at increasing fuel efficiency while reducing noise and emissions.

One of the standout features of the GE 206C1559P195 is its advanced aerodynamic design, which plays a crucial role in optimizing the engine's performance. The component helps improve air flow, thereby enhancing thrust and operational efficiency. By utilizing sophisticated Computational Fluid Dynamics (CFD) simulations in its design process, GE has ensured that the part meets the rigorous demands of modern aviation.

The GE 206C1559P195 also incorporates cutting-edge materials technology. Constructed with lightweight yet robust materials, the part significantly contributes to the overall weight reduction of the engine, which is vital for maximizing fuel efficiency. The use of composite materials and advanced alloys ensures that the component can withstand extreme temperatures and pressures associated with high-performance engine operation.

Another characteristic that sets the GE 206C1559P195 apart is its reliability and durability. GE's stringent manufacturing processes and quality control protocols ensure that each component is built to last, reducing maintenance frequency and enhancing operational reliability. The part is designed to have a long service life, making it a cost-effective choice in the long run for airlines and operators.

In terms of technological innovation, the GE 206C1559P195 features integrated sensors that provide real-time data on engine performance. This capability allows for better monitoring and predictive maintenance, thereby increasing safety and reducing unscheduled downtimes.

Furthermore, the integration of digital twin technology enables operators to simulate different operational scenarios, improving decision-making and optimizing maintenance schedules. This technological edge places the GE 206C1559P195 at the forefront of aircraft engine component innovations, aligning with the industry's shift toward sustainability and efficiency.

In summary, the GE 206C1559P195 is a remarkable component that embodies GE's commitment to advance aviation technology, emphasizing performance, durability, and environmental awareness. Its design and technological features reflect the ongoing evolution in the aerospace industry, making it a key asset for modern aircraft engines.
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