Note: The components shown in this drawing may differ from the components in your unit. Refer to the microfiche or GEA IPC for the component and part number for your unit.

Ref #

Part #

Description

Qty

 

 

 

 

790

WD01X10065

CLAMP HOSE

1

790

WH01X2036

CLAMP HOSE

1

801

WR02X10585

SPRING RECESS DOOR

1

802

WD13X10010

HANDLE LATCH WH

1

803

WD21X10121

SWITCH INTERLOCK ASM

1

804

WD13X10008

ACTUATOR HANDLE

1

805

WD13X10009

RETAINER HANDLE

1

807

WD31X10027

INNER DOOR & HINGE ASM

1

808

WD01X10110

CLIP HARNESS

1

809

WD02X10084

SCR 10-32GX FLT25 .615 S

2

810

WD02X0322

SCR 8-18X7/8 BT

6

811

WD12X10046

MODULE RINSE ASM

1

815

WD12X10045

VENT

1

817

WD01X0550

SCR 8-32 PNT 1/2 S

2

817

WD02X0445

SCR 10-32 T HEX .7 S

1

833

WD01X10099

CABLE PULLEY ASM

2

833

WD02X0295

SCR 8-16X2 SS

4

842

WD08X10023

TRIM TUB FLANGE WH

2

843

WD08X10018

GASKET TUB

1

844

WD08X10024

TRIM TUB FLANGE

2

845

WD08X10019

SEAL SHORT BOT DOOR

1

864

WD12X10067

FLAPPER VENT

1

888

WD01X10090

BRACKET COUNTER SIDE RH

1

888

WD01X10091

BRACKET COUNTER SIDE LH

1

901

WD34X10565

ESCUTCHEON KEYPAD ASM WH

1

905

WD21X10017

MODULE CONTROLASM

1

905

WD35X10015

MODULE CONTROLASM

1

905

WD21X10131

MODULE CONTROLASM

1

918

WD21X10120

VENT DRIVER ASM

1

943

WZ5X219D

SCREW ESCUTCHEON

1

– 37 –

Page 39
Image 39
GE GSD6300, PDW7300, PDW7700, GSD6600, GSD6700, GSD6660, GSD6200, PDW7880, PDW7800, EDW4060, EDW4000 manual Clamp Hose

EDW4000, EDW4060, PDW7800, PDW7880, GSD6300 specifications

The GE GLD4000, GHDA600, GLD6000, GLD5000, and EDW4000 models are part of GE's innovative portfolio of industrial and commercial power generation solutions. Each model boasts a unique set of features and technologies designed to meet specific operational needs and efficiency standards in the power generation sector.

Starting with the GE GLD4000, this model is renowned for its high reliability and versatility in various applications. Equipped with advanced digital controls, the GLD4000 integrates seamlessly into existing infrastructure. It features exceptional fuel efficiency and can operate efficiently across different fuel types, including natural gas and diesel. The compact design allows for simplified installation and maintenance, making it a preferred choice for businesses aiming to reduce downtime and operating costs.

Moving on to the GHDA600, this model emphasizes robustness and durability, designed for rugged environments. The GHDA600 is particularly suited for remote locations where traditional power sources may be unavailable. With its integrated thermal management system, it can operate reliably even in extreme temperatures. The unit’s modular design allows for scalability, enabling customers to expand power capabilities as their needs grow.

The GE GLD6000 stands out in the lineup for its high performance and energy output. This model includes advanced monitoring systems that provide real-time data analytics, enhancing operational efficiency. The GLD6000 is engineered for low emissions and adheres to stringent environmental standards. Its advanced cooling and lubrication technologies ensure optimal performance while minimizing wear and tear.

In contrast, the GLD5000 emphasizes flexibility and customization. This model can be tailored to meet specific operational requirements, making it suitable for a wide range of applications, from industrial plants to commercial buildings. Enhanced connectivity features allow for remote monitoring and management, giving operators greater control over performance metrics and energy consumption.

Lastly, the EDW4000 is designed for emergency and backup power applications. It features quick start capabilities and robust energy storage options to ensure power delivery during outages. The unit’s design prioritizes safety and reliability, with advanced fire suppression and environmental protection measures. Its compact footprint makes it ideal for urban settings where space is at a premium.

Together, these GE models represent a comprehensive approach to energy solutions, combining innovative technology, efficiency, and adaptability to meet diverse power generation needs across various industries.