To remove the light shield, press on the sides of the shield and pull down.
Replace the bulbs with appliance bulbs of the same or lower wattage. Replace the shield by engaging the bottom tab into the slot and applying light forward pressure until the shield snaps in place.
Set the master power switch to the 
Remove items from the shelf above the light shield. Remove the shelf.
Use both hands to grasp each end of the light shield. Press in on the bottom of the shield with your thumbs while rotating the cover up and out.
Replace the bulb with an appliance bulb of the same or lower wattage. Replace the shield by engaging the bottom tab into the slot and applying light forward pressure until the shield snaps in place.
Set the master power switch to the 
Remove the items from the shelf just below the light shield. Remove the shelf.
To remove the light shield, press down on the top of the shield and pull the tabs out of the slots. Tilt the shield forward and out.
Replace the bulb with an appliance bulb of the same or lower wattage, and reinstall the light shield. Replace the shield by engaging the bottom tab into the slot and applying light forward pressure until the shield snaps in place.
Set the master power switch to the 48, 42 specifications
The GE 42 and GE 48 are two state-of-the-art aircraft engines produced by General Electric, renowned within the aerospace sector for their advanced technologies and high-efficiency performance. These engines, designed primarily for commercial and military aviation, exemplify GE's commitment to innovation in the world of jet propulsion.One of the distinguishing features of the GE 42 is its high bypass ratio, which allows for reduced fuel consumption and lower emissions during operation. This characteristic directly contributes to the engine's environmental efficiency, making it a favorite among airlines looking to minimize their carbon footprint while maximizing fuel economy. The GE 42 is equipped with advanced composite fan blades and fan cases, which contribute to its robust performance while maintaining a lightweight structure.
On the other hand, the GE 48 boasts similar high bypass ratio features but comes with slightly enhanced performance metrics suitable for larger aircraft. The GE 48 utilizes cutting-edge digital technologies, including predictive maintenance systems, enabling real-time monitoring of engine performance. This capability allows operators to make informed decisions about maintenance schedules and operational efficiency.
Both engines employ the latest in additive manufacturing, allowing for complex parts to be produced with a high degree of precision and reduced waste. This not only enhances performance but also lowers production costs, ensuring that GE remains competitive in the market. Additionally, both the GE 42 and GE 48 feature improved aerodynamics, with specially designed turbine blades that optimize airflow, thereby boosting overall efficiency.
The durability of these engines is another notable highlight. They are designed to withstand extreme operational conditions, ensuring reliability whether used for long-haul flights or military missions. Engine life extends through advanced materials that can endure high temperatures and stresses, making them suitable for various applications.
In conclusion, the GE 42 and GE 48 stand out in the aviation industry for their innovative technologies and characteristics. Their high bypass ratios, use of advanced materials, digital monitoring systems, and aerodynamic designs make them exemplary choices for modern aviation needs, catering to both commercial and military sectors while focusing on sustainability and performance. As aviation technology continues to evolve, these engines remain at the forefront, embodying the future of flight.