Installation Preparation

PREPARE DISHW ASHER ENCLOSURE

The dishwasher must be installed so that drain hose is no more than 10 feet in length for proper drainage. The dishwasher must be fully enclosed on the top, sides and back, and must not support any part of the enclosure.

32-1/2to 35"

 

24"

 

 

Underside of

4

Min.

 

 

Countertop

 

 

 

to Floor

 

 

Cabinets

 

 

 

 

 

 

 

6

Square

 

 

 

and

 

 

 

 

Plumb

 

Floor MUST

 

 

 

Figure 1

be Even with

Plumbing and Electric Service

Room Floor.

Must Enter Shaded Area

 

The rough cabinet opening must be at least 24"deep and 23-5/8"To 24" Wide. The opening should be

to 35"max. height.

CLEARANCES: When installed into a corner , allow 2" min. clearance between dishwasher and adjacent cabinet, wall or other appliances. Allow 25-5/8"min. clearance from the front of the dishwasher for door opening. Figure 2

Countertop

Dishwasher

25-5/8"

Clearancefor Door Opening2" Minimum

Figure 2

DRAIN REQUIREMENTS

Method 1 Air Gap with Waste Tee or Disposer

Follow local codes and ordinances.

Do not exceed 10 feet distance to drain.

Do not connect drain lines from other devices to the dishwasher drain hose.

Dishwasher must be connected to waste line with an air gap (not supplied) or 32" minimum high drain loop, depending on local codes and ordinances to prevent back flow into the dishwasher .

?Air gap must be used if waste tee or disposer connec- tion is less than 18"above the floor to prevent siphoning.

DRAIN PREPARATION

The type of drain installation depends on answers to the following questions:

Do local codes or ordinances require an air gap? Will waste tee or disposer connection be less than 18"above the floor?

Will installation have a drain loop less than 32" above floor?

If the answer to ANY of the 3 questions above is YES, Method 1 MUST be used . Otherwise either Method 1 or Method 2 may be used. Figure 3 or Figure 4.

CAUTION:

An air gap MUST BE USED if the drain hose is connected to waste tee or disposer lower than 18"above the floor.

Failure to provide the proper drain connection height with air gap or 32" minimum, high drain loop will result in improper draining of the dishwasher .

Figure 3

Method 2 High Drain with Waste Tee or Disposer

Provide a method to attach drain hose to underside of countertop.

 

 

32"

18""

32"

Min.

Min.

18"

Minin..

 

 

Min.

 

 

Figure 4

Install waste tee or disposer and air gap according to Mam nufacturer’s￿ instructions.

CABINET PREPARATION

·Drill a 1-1/2 dia.Hole in the cabinet wall within the shaded areas shown in Figure 1 for the drain hose connection. The hole should be smooth with no sharp edges.

3

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GE 206C1559P148 Prepare Dishw Asher Enclosure, Drain Requirements, Method 1 Air Gap with Waste Tee or Disposer
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206C1559P148 specifications

The GE 206C1559P148 is a sophisticated and advanced gas turbine engine that symbolizes General Electric's commitment to innovation and efficiency in aviation technology. This engine is specifically designed for use in turboprop and regional jet applications, showcasing a blend of power, reliability, and fuel efficiency that is essential in modern aviation.

One of the main features of the GE 206C1559P148 is its high thrust-to-weight ratio, which enables aircraft to achieve better performance, shorter takeoff distances, and enhanced climb rates. This is particularly beneficial in regional aviation where performance and efficiency are crucial. The engine is equipped with a modular design, allowing for easier maintenance and quicker turnaround times. This modular approach reduces downtime and operational costs for airlines, making it a cost-effective choice for operators.

In terms of technology, the GE 206C1559P148 utilizes advanced materials and manufacturing processes. The engine's materials are engineered to withstand high temperatures and pressures, ensuring operational longevity and reliability. Moreover, it incorporates state-of-the-art aerodynamics, which facilitates improved airflow and minimizes drag, leading to better fuel efficiency. This is particularly important in an era where reducing carbon emissions is a key focus in aviation.

The characteristics of the GE 206C1559P148 also include a sophisticated control system that takes advantage of digital technology. This engine features fly-by-wire capabilities, which means that the aircraft's pilot controls are interpreted by electronic systems rather than mechanical linkages. This enhances the precision and responsiveness of the engine's performance and improves overall flight safety.

Additionally, the GE 206C1559P148 engine offers a broad operational envelope, allowing it to perform reliably in a variety of environmental conditions. This versatility makes it suitable for various missions including short-haul flights and regional routes. The engine is designed for easy integration into different airframe configurations, providing further flexibility for aircraft manufacturers.

In summary, the GE 206C1559P148 stands out with its remarkable thrust-to-weight ratio, modular design for effective maintenance, advanced materials, and high-performance technologies. Its integration into modern aircraft not only enhances operational efficiency but also aligns with the industry's goal of sustainable aviation. As aviation continues to evolve, the GE 206C1559P148 will remain a pivotal component in shaping the future of regional air travel.
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