Installation Instructions

REVERSING THE DOOR SWING (CONT.)

2

REMOVE THE FRESH FOOD DOOR

Tape the door shut with masking tape.

Remove the center hinge and shim by removing the screws (some models have lock washers with each screw). Lift up the hinge to remove it.

NOTE: Some models have a washer between the center hinge and the top of the fresh food door. Do not lose.

Remove the tape holding the door shut.

Lift the fresh food door up and off the bottom hinge.

Set the door outside-up on a non-scratching surface. Make sure the butter bin does not swing open.

NOTE: On some models, when removing the door, watch for washer(s) between the bottom hinge and the bottom of the fresh food door that may stick to the door. Do not lose.

CAUTION: Do not let door drop

to the floor. To do so could damage the door stop.

3

TRANSFER TOP HINGE TO THE LEFT

Using a putty knife with the edge covered with masking tape, remove the plug buttons. Be careful of the paint finish.

Reinstall the plug button on the right side by inserting it into the holes vacated by the top hinge screws.

Reassemble the top hinge and shim on the left side, turning the screws just enough to hold the hinge in place.

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GE GTS12BBPLCC Remove the Fresh Food Door, Transfer TOP Hinge to the Left, Tape the door shut with masking tape
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GTS12BBPLCC specifications

The GE GTS12BBPLCC is an advanced gas turbine designed for power generation applications, renowned for its efficiency and reliability. As part of General Electric’s family of gas turbines, the GTS12BBPLCC promises enhanced performance and operational flexibility, making it an attractive option for both utility and industrial settings.

One of the main features of the GTS12BBPLCC is its combined cycle capability, which allows operators to achieve higher efficiencies by utilizing both gas and steam turbines. This configuration can significantly reduce fuel consumption and greenhouse gas emissions, contributing to a more sustainable energy generation process. The turbine operates in a simple cycle mode as well, providing flexibility based on operational demands.

The GTS12BBPLCC incorporates advanced aerodynamics and materials that contribute to its superior performance. The turbine blades are designed using state-of-the-art computational fluid dynamics (CFD), which optimizes airflow and enhances combustion efficiency. Additionally, the use of advanced nickel-based superalloys ensures that the turbine can withstand the high-temperature conditions typical in gas turbines, enhancing durability and service life.

Another important characteristic of the GTS12BBPLCC is its quick start-up capability. Operators can bring the turbine online rapidly, which is critical in meeting sudden increases in electricity demand. This feature is particularly useful in markets with variable renewable energy sources, as it allows for seamless integration and grid stability.

The control system of the GTS12BBPLCC is equipped with GE’s latest digital technologies, including advanced monitoring and diagnostic capabilities. Operators have access to real-time data on turbine performance, enabling proactive maintenance and reducing unplanned outages. This digital edge enhances operational reliability and optimizes maintenance schedules.

Designed with operational flexibility in mind, the GTS12BBPLCC can efficiently utilize a variety of fuels, including natural gas and liquefied petroleum gas, further enhancing its versatility. This adaptability makes it suitable for diverse operational environments, from peaking power plants to baseload operations.

In summary, the GE GTS12BBPLCC stands out as a leading solution in the gas turbine market due to its combined cycle capability, advanced materials, quick start-up features, and digital monitoring technologies. Its ability to operate efficiently and flexibly makes it an ideal choice for modern power generation needs, paving the way for cleaner and more reliable energy production.
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