Reversi~ theDoorSwing

These instructionsare for changing

thehingesfromtherightsidet;thi

leftside.

Ifyoueverwanttochangethe hingesbackto therightside,follow thesesameinstructions(merely reverseall referencesto leftand right),

~Readtheseinstructionsallthe

waythroughbeforestarting.

@Handlepartscarefullyto avoid scratchingpaint.

~Setscrewsdownbytheirrelated partsto avoidusingthemin the

RemovetheDoors

*Unplugthe rcfrigcmtorfromits electricaloutlet.

●Emptyalldoorshelves,including

thedairycompartment,

@Removethefreezerdour.

a. Withsocket ~ screwdriveror endwrench,

removethe6

II

screwsthathold , thetophingeto thecabinet.

—

—-

—

-

—

—

—

—

—---

=?.

—

—

—

wrongplaces.

Top

P

@Providea non-scratchingwork surfaceforthe doors.

@Whenreinstallingdoorhinges,be sureto usethe samenumberof shimsandwashersas were originallyused.

@Important:Onceyoubegin, do not movethe cabinetuntilthe door-swingreversalis completed.

ToolsRequired

@Phillipsscrewdriver

~5/16”endwrench

~5/16”hex-headsocketscrewdriver @Maskingtape

@Puttyknifeor thin-blade screwdriver

Hinae_ GS?lz/

b.Liftthe hingestraightup to free thehingefromthe socketin thetop of thedoorand set it aside,along withits screwsand shim.

c.Carefilly lift the doorto free its bottomsocketfromthe hingepin on thecenterhingebracket.

d.Setthe door on a non-scratching surfacewiththe outsideup.

~Removethe fresh food door.

a. Liftthe PlasticWasher

centerhingepin ,\ Im

out ofthe center I hingebracket

and bottom door socket.

b.Carefullylift the lowerdoor

off the bottom ~~ hingeand place

it outside-upon

a non-scratching CenterHinge

surface.Oracl@

RIGtlTSIDE

c.Rotatethe bottomhingeand shim(s)counterclockwise90° and installthemon theleftlegofthe cabinet,

Note:It willtakeextraeffortto drivethe screws–theyare self- tappingand willhaveto cut threads in the screwholes.

-.

E2wta

—

LEFT SII)E-

-

d.Pull the hingepin fromthe bottomhingebracketandplace it, with its plasticwasher,into the top hole.

(If the hingepin and plasticwasher stickto the door bottom,put them back on the hingebracket.)

(continuednextpage)

13

Page 12 Page 14
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Image 13
GE TBXS19, TBXS21 manual Reversi~ theDoorSwing, RemovetheDoors, @Removethefreezerdour
Page 12 Page 14

TBXS19, TBXS21 specifications

The GE TBXS21 and TBXS19 are advanced industrial telecommunication products developed by General Electric, designed to meet the rigorous demands of various operational environments. These models stand out due to their robust features, innovative technologies, and reliability, making them essential tools in automation, control systems, and communication networks.

One notable feature of the TBXS21 and TBXS19 is their ability to support multiple communication protocols. This versatility allows them to integrate seamlessly into existing systems, ensuring compatibility and interoperability across different devices and platforms. They can handle both wired and wireless communication, providing flexibility in deployment and operational use.

The TBXS21 model is specifically optimized for high-performance applications. It boasts enhanced processing capabilities, allowing for rapid data handling and transmission. This capability is crucial in environments where timely communication is vital, such as in manufacturing processes or power generation facilities. The TBXS21 also includes advanced security features, protecting against unauthorized access and ensuring data integrity.

Meanwhile, the TBXS19 is particularly noteworthy for its compact design and energy-efficient operation. This makes it an ideal choice for space-constrained applications or when energy consumption is a critical factor. Despite its smaller form factor, the TBXS19 does not compromise on performance, providing reliable connectivity and robust functionality.

Both models incorporate modern technologies like Ethernet and wireless communication, facilitating real-time monitoring and control of industrial processes. The user-friendly interface associated with the GE TBXS series simplifies configuration and management, allowing operators to quickly adapt to changing conditions or requirements.

Additionally, these products are built to withstand harsh environmental conditions, featuring rugged housing that protects against dust, moisture, and extreme temperatures. This durability is a significant advantage for industries such as oil and gas, transportation, and utilities, where equipment is often exposed to challenging conditions.

In conclusion, the GE TBXS21 and TBXS19 exemplify innovation in industrial communication technologies. Their advanced features, such as protocol support, robust security, energy efficiency, and physical durability, make them powerful tools for enhancing operational efficiency and ensuring reliable communication in diverse industrial settings. With General Electric's commitment to quality, these models represent a strategic investment for companies looking to future-proof their operations in an increasingly interconnected world.
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