Plug button

Installation Instructions

REVERSING THE DOOR SWING (CONT.)

7ATTACH FRESH FOOD DOOR HANDLE TO THE RIGHT (CONT.)

B. Models with filler block:

 

Remove the screws from

Screws

the filler block on the right

 

side of the door and pull

 

the block forward. Insert

 

the filler block into the slot

Filler block

on the opposite side where

 

the handle was removed and replace the screws.

Carefully remove thePlug button button on the door by

prying under the edge with a putty knife and transfer to the opposite side.

Install handle: Install the handle on the other side of the door by sliding the handle into the slot.

8REMOVE FREEZER DOOR HANDLE FROM THE LEFT

For models with handles:

Nameplate

plug button

Remove the nameplate plug button by carefully

prying under the edge with a putty knife. Remove the exposed screw

9TRANSFER FREEZER DOOR STOP TO THE LEFT

Remove the door stop from the bottom of the right side of the door. Transfer the plug buttons from the bottom left side to the right side, if applicable.

Install the door stop on the left side.

NOTE: The door stop appearance may vary by model. Always face flange toward the front of the door.

For models without handles, skip to Step 11.

 

 

Flange

 

Plug

 

 

Plug

button

 

 

location

Front of door

Front of door

button

 

 

 

location

10ATTACH FREEZER DOOR HANDLE TO THE RIGHT

Carefully remove the button on the top of

the door by prying under the edge with a putty knife and transfer to the opposite side.

For models with handles:

Plug button

Carefully remove the

button on the front of the door by prying under the edge with a putty knife and transfer to the opposite side.

For models with filler blocks:

holding the handle.

Handle top

Remove the two screws holding

 

the handle to the bottom of the

Pull

door and remove the handle.

straight

On models with filler blocks,

out

 

the handle must be pulled straight

 

out away from the door to remove.

 

 

Handle bottom

Remove the screws from the filler block on the underside of the door and pull the block forward. Insert the filler block into the slot on the opposite side where the handle was removed and replace the screws. Slide the handle into the track on the underside of the door where the filler block was removed and install the screws.

Install the screw and nameplate plug button.

Filler block

Screws

Slide

straight in

12

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Page 12
Image 12
GE GTS12BBPLCC owner manual Remove Freezer Door Handle from the Left, Transfer Freezer Door Stop to the Left
Page 11 Page 13

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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