———

.-Questiom?

----useThk Roblem solver

I PROBLEM

 

REFMGERAmR

@Maybe in defrostcyclewhenmotordoesnotoperateforabout35minutes,

DOESN~ OPEMTJ

@Temperaturecontrolin OFFposition,

 

 

@If interiorlightis noton, refrigeratormaynotbepluggedinat walloutlet,

 

@Ifp~ugis secureandtherefrigeratorstillfailsto operate,pluga lampor a small

 

applianceintothesameoutiatto determineif thereis a trippedcircuitbreakeror

 

burnedoutfuse,

MmR OPERATES

@Modernrefrigeratorswithmorestoragespaceanda largerfreezercompartment

FORLONGPE~ODS

requiremoreoperatingtime.

 

~Normalwhenrefrigeratoris firstdeliveredto yourhome—usuallyrequires24 hours

 

to completelycooldown.

 

~Largeamountsof foodplacedin refrigeratorto becooledor frozen.

 

@Hotweather—frequentdooropenings.

 

@DoorIefiopen.

 

~Temperaturecontrolsare settoocold.Referto page7.

 

@Grilleand condenserneedcleaning.Referto page12.

 

@CheckENERGY-SAVINGTIPSon page2.

~m~ STARTS& I @Temperaturecontrolstartsandstopsmotorto maintaineventemperatures,

S~PS FREQUENTLY

 

@If refrigeratorvibrates,morethanlikelyit is notrestingsolidlyonthefloor.Thefront

 

ro~erscrewsneedadjusting,or flooris wek or uneven.Referto ROLLERSon page4.

 

@If dishesvibrateon shelves,try movingthem. Slightvibrationis normal.

\ SOUNDS

~ Thehighspeedcompressormotorrequiredto maintainnearzerotemperaturesin

I tielargefreezercomp~entmayprd~cehighersoundlevelstianyour~ldrefrigerator.

 

~Normalfanair flow-one fanblowscoldair throughthe refrigeratorandfreezer

 

compartments-anotherfancoolsthe compressormotor.

 

~TheseNOWAL soundswilldso be heardfrom timeto time:

 

~Defrosttimerswitchclick at defrost.

 

o Defrostwaterdripping.

 

@Temperaturecontrolclicb ON or OFF.

 

~Refrigerantboilingor gurgling.

 

~ Cractingor poppingof coolingcoilscausedbyexpansionandcontractionduring

 

defrostandrefrigerationfollowingdefrost.

 

~Ice cubesdroppingintothebin and waterrunningin pipesas icernakerrefills.

H~ AIR FROM

@Normalairflow coolingmotor.In the refrigerationprocess,it is normalthat heat

BmmM OF

be expelledin the area underthe refrigerator.Somefloor coveringswilldiscolor

REFNGERAmR

at thesenormaland safeoperatingtemperatures.Yourfloorcoveringsupplier

 

shouldbe consultedif youobjectto this discoloration.

FOODSDRYOUT

~ Foodsnot covered,wrappedor sealedproperly.

Page 13 Page 15
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GE TBXW25R, TBX25R warranty Questiom?
Page 13 Page 15

TBX25R, TBXW25R specifications

The GE TBXW25R and TBX25R models represent a significant advancement in industrial electrical distribution and control technology. These circuit breakers are designed for high-performance applications, providing superior reliability and efficiency for commercial and industrial users.

One of the main features of the GE TBXW25R and TBX25R is their robustness in design. They are engineered to handle high short-circuit currents while maintaining a compact footprint, making them suitable for various installation environments. This attribute is critical in applications where space is a premium, allowing users to maximize usage without compromising safety or functionality.

An essential technology incorporated in these circuit breakers is the advanced protection mechanism. The GE TBXW25R and TBX25R models utilize electronic trip units that offer precise protection settings. These trip units can be adjusted to meet specific operational requirements, providing flexibility in various applications. The electronic mechanisms are designed to enhance sensitivity to short-circuit and overload conditions while reducing nuisance tripping.

The circuit breakers also deliver excellent thermal performance, with a design that facilitates efficient heat dissipation. This feature plays a crucial role in maintaining optimal operating temperatures, thereby extending the life of the equipment and enhancing its overall reliability. Their thermal characteristics are further supported by high-quality materials that withstand the rigors of demanding environments.

Another noteworthy characteristic of the GE TBXW25R and TBX25R is their communication capabilities. Equipped with the ability to integrate with modern building management systems, these circuit breakers can provide real-time data monitoring and control. This interconnectivity allows facility managers to streamline operations and quickly respond to potential issues, ensuring system resilience and operational efficiency.

Maintenance is simplified with the modular design of the circuit breakers. Users can quickly replace or upgrade components without extensive downtime, which is vital in busy industrial settings where every moment counts. The visual indicators and diagnostic tools included in the models further facilitate ease of monitoring and maintenance.

In conclusion, the GE TBXW25R and TBX25R circuit breakers stand out for their advanced protective technologies, compact design, thermal efficiency, and communication capabilities. These characteristics make them an excellent choice for users looking to enhance safety and reliability in their electrical distribution systems while maximizing operational efficiency.
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