GE DPGT650 Ducting Component Equivalency Chart, Turns less Than 4 Ft, Total Ductwork Length

Page 27

Installation Instructions

DUCTING COMPONENT EQUIVALENCY CHART

TRANSITION DUCTING

(DRYER TO WALL)

INSIDE WALLS/CEILING

(WALL TO WALL CAP)

WALL CAPS

 

EQUIVALENT

 

 

 

 

 

RIGID

 

NUMBER

 

EQUIVALENT

DUCT PIECES

LENGTH

X

USED

=

LENGTH

Rigid Metal

1 Ft .

X

( )

=

Ft.

Ducting

 

 

 

 

 

(Preferred)

 

 

 

 

 

UL-Listed

 

 

 

 

 

Semi-Rigid

3 Ft .

X

( )

=

Ft.

Metal Ducting

 

 

 

 

 

(inside diameter

 

 

 

 

 

does not change)

 

 

 

 

 

Elbows (90°/45°)

10 Ft.

X

( )

=

Ft .

Turns less

2 Ft .

X

( )

=

Ft.

Than 4 Ft.

 

 

 

 

 

Less Than 4 Ft.

 

 

 

 

 

Rigid Metal

1 Ft.

X

( )

=

Ft .

Ducting

 

 

 

 

 

4″ Wall Cap

5 Ft.

X

( )

=

Ft.

4″

(10.2 cm)

 

 

 

Louvered Wall

10 Ft .

X

( )

=

Ft.

 

 

 

Cap

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

2.5″ Wall Cap

23 Ft .

X

( )

=

Ft.

 

 

 

 

 

 

 

 

 

 

 

 

2.5″

(6.35

cm)

Total Ductwork Length

=

Ft.

TOTAL MUST BE LESS THAN OR EQUAL TO 90 FT.

 

 

27

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Contents Consumer Support Warranty Canada Warranty U.S Safety InstructionsClear the room, building or area of all occupants OperatingGEAppliances.com For complete details, follow the Installation InstructionsClose supervision is necessary if this appliance Your Laundry AreaInstructions Installation When Using Your DryerControl Panel About the dryer control panelDry Level PowerCycles Time DryTo recall your stored MY Cycles combination You can change the temperature of your dry cycleTo store a MY Cycles combination of settings My CyclesAlerts you that the cycle is complete SignalAbout cycle options Wrinkle CareInstallation Instructions LockEstimated Time Remaining Dryer features Using the Drying RackScrew Changing the Drum Lamp Dry Labels Loading and using the dryerSorting and Loading Hints Fabric Care LabelsSafety Care and Cleaning of the DryerDo not touch the surface or the display with sharp objects For GAS Models only For Your SafetyDPGT650 and UPGT650 Before YOU BeginUnpacking Your Dryer Installation InstructionsDryer Dimensions Minimum Clearance Other than Alcove or Closet InstallationBathroom or Bedroom Installation Installation Instructions Location of Your DryerShutoff Valve Installation Instructions Connecting a GAS Dryer Connecting the Dryer to the GAS Supply Connecting the Dryer to the GAS SupplyElectrical Requirements For GAS Dryers Test for LeaksElectrical Connection Information for Electric Dryers Grounding Instructions Installation Instructions Connecting AN Electric DryerConnecting Dryer Power Cord For 3-wire and 4-wire ConnectionFor 4-wire Connection only For 3-wire Connection onlyExhaust System Checklist For best performance, separate all turns byVent hood Connecting the Dryer to House Vent Do notFor Transition Venting Dryer to WALL, do Example only Installation Instructions Exhausting the DryerLouvered Wall 10 Ft Cap ″ Wall Cap 23 Ft Ducting Component Equivalency ChartTurns less Than 4 Ft Rigid Metal Ducting ″ Wall CapDryer Exhaust to Side or Bottom of Cabinet Recommended Configuration to Minimize Exhaust BlockageUsing duct elbows will prevent duct kinking and collapsing Standard Rear ExhaustPlug in Dryer Level the DryerServicing Installation Instructions Final SetupPress the Power button Dryer is now ready for use Dryer StartupReverse Door Catch Remove Filler PlugsRemove Handle Remove DoorRemove Hinges and Rehang Door Installation Instructions Reversing the Door SwingInstall the handle on the opposite side of the door Reverse HandleBefore you call for service… Normal Operating SoundsFollowing are normal sounds you may hear Operating Instructions Safety Instructions Installation For The Period We Will ReplaceWarrantor General Electric Company. 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DPGT650, UPGT650 specifications

The GE UPGT650 and DPGT650 are advanced gas turbine models developed by General Electric, known for their cutting-edge technology and high efficiency. Designed primarily for power generation and industrial applications, these gas turbines represent the latest in innovation and performance in the energy sector.

At the heart of the UPGT650 is its high-efficiency design that optimizes fuel consumption while reducing emissions. This gas turbine operates at a high pressure ratio, which significantly enhances its overall efficiency, making it a preferred choice for operators seeking to minimize operational costs while maximizing output. The UPGT650 boasts a fuel flexibility feature, enabling it to run on various fuels, including natural gas and liquid fuels, catering to different operational needs and geographical conditions.

The DPGT650 variant, specifically developed for applications requiring high reliability and performance in distributed power generation, offers similar efficiency benefits while providing enhanced operational flexibility. Its modular design allows for easy maintenance and upgrades, which is crucial for facilities needing to adapt to changing energy demands and regulatory environments.

Both turbine models incorporate advanced technologies such as advanced cooling systems to maintain optimal operating temperatures and enhance durability. The utilization of advanced materials in the turbine blades contributes to their ability to withstand high thermal and mechanical stress, further improving performance longevity. Additionally, the turbines are equipped with sophisticated control systems that enable operators to achieve precise load management and efficient power dispatch.

A critical characteristic of the UPGT650 and DPGT650 is their environmental performance. These turbines are engineered to meet stringent emissions standards, effectively reducing CO2 and NOx emissions. This makes them suitable for regions with strict environmental regulations, appealing to companies focused on sustainability and environmental responsibility.

In summary, the GE UPGT650 and DPGT650 gas turbines stand out in the energy landscape for their efficiency, reliability, and environmental performance. With features like fuel flexibility, advanced cooling technologies, and modular design, they are poised to meet the evolving demands of the power generation industry, driving the transition towards cleaner and more efficient energy systems.
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