Cooling Descriptions

I

4

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‘ FORNORMAL COOLINGFORMAXIMUM COOLINGFORQUl~

~Select MED COOLwith the

Select HIGHCOOLwith the

Select LOWCOOLwith the

!

temp at 4 or 5.

temp at 8 or 10.

temp at 3 or 4.

/

 

 

 

.ON ~mNORMAL

Ymr model will look lilw orw of these.

#OlullM~ SNERSV

aAvlNss

I&r

A

A Energy Saving

\F

EXHAUST NORMAL

A A

A‘ Vent Control A Air Direction

c

.

The energy saving switch controls the fan. On some models, this feature is on the mode control knob. Other models use a separate selector switch.

ON or ENERGY SAV/N&the fan and compressor cycle on and off together. This results in wider variations of room temperature and humidity. Normally used when the room is unoccupied.

NORMAL–the fan runs all the time, while the compressor cycles on and off. This switch must be set at NORMAL in order

to use the fan setting (on the

.

mode control).

The vent control is a lever located on the control panel.

When the vent control is set at normal, only the air inside the room is circulated, cooled

and filtered.

When set at exhaust, some indoor air will be exhausted from the room. This will reduce the cooling effect.

Tabs inside the horizontal

louvers let you control the air

direction left, right or straight

ahead.

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GE ABN12 ~Select MED COOLwith Select HIGHCOOLwith Select LOWCOOLwith, To use the fan setting on Mode control

ABN12 specifications

The GE ABN12 is an advanced air-insulated medium-voltage switchgear that showcases a robust and innovative design suited for a variety of industrial and utility applications. This switchgear is notable for its ability to meet the increasing demands of modern electrical infrastructure by offering reliability, safety, and performance.

One of the main features of the GE ABN12 is its modular design, which allows for flexibility in configuration and installation. This switchgear is built to accommodate varying system requirements and can be customized to fit specific applications. The compact design not only saves space but also simplifies the installation process, making it an ideal choice for facilities with limited room.

The GE ABN12 utilizes advanced vacuum circuit breaker technology, which enhances performance and reduces maintenance needs. Vacuum circuit breakers minimize the risk of electrical explosions and are known for their reliable operation even in harsh environments. This contributes to increased safety for personnel as well as reduced downtime for operations.

In terms of electrical characteristics, the GE ABN12 is designed to handle medium-voltage applications with voltage ratings typically up to 12 kV and current ratings that can go as high as 630 A. The switchgear is capable of operating under various load conditions, providing users with confidence in its ability to manage substantial electrical loads.

Another key technology embedded within the GE ABN12 is its intelligent protection system. This advanced feature enables real-time monitoring and diagnostics, allowing operators to swiftly identify and address operational issues. Such predictive maintenance capabilities enhance reliability and contribute to prolonged equipment lifespan.

The GE ABN12 also emphasizes safety through comprehensive features that include a tested and proven interlocking mechanism. This mechanism prevents unauthorized access to live parts, ensuring that maintenance personnel can work safely. Additionally, the switchgear incorporates grounding systems that further reduce the risk of electrical hazards.

Environmental considerations are a hallmark of the GE ABN12 as well. With a commitment to sustainability, the switchgear is designed to operate efficiently while minimizing its environmental footprint. The use of innovative materials and eco-friendly design criteria ensures that the GE ABN12 aligns with modern environmental standards.

In conclusion, the GE ABN12 is a cutting-edge solution in medium-voltage switchgear technology, characterized by its modularity, advanced protection features, and commitment to safety and sustainability. Ideal for a range of applications, it provides essential reliability and efficiency, making it a top choice for industries looking to enhance their electrical infrastructure.