Features and Benefits

CFCP1NIY

GE Café™ 20.9 Cu. Ft. Counter-Depth French Door Refrigerator

•Counter-depth configuration - Counter-depth configuration makes it possible to have the look of a built-in without the added expense

•Stainless steel doors with hidden hinges - Step up to a striking finish with rounded doors and a clean, elegant look

•ClimateKeeper™ system - Electronic controls, multiple electronic sensors and a multi-flow air system help provide even cooling

•Upfront temperature controls with actual temperature display - Easy-to-reach, easy-to-read controls display accurate temperatures

•Internal water dispenser with GE water filtration - Clean filtered, chilled water is available with just a touch

•Factory-installed icemaker with water filtration system - Refrigerator comes ready to automatically create filtered ice

•BrightSpace™ interior with GE Reveal® lighting - It’s easy to find tasty treats under bright, clear interior lighting

•Freshness Center™ with full-width drawer - Maintain fresh tastes with two humidity-controlled crispers and a full-width drawer

•Multi-level Slide ‘n Store™ system - You’ll have instant access to frozen foods in three full- extension baskets

•In-the-door condiment bin and beverage rack - Cans and condiments are chilled and ready without taking up valuable shelf space

•QuickSpace™ shelf - Tall containers area snap with a quick slide of the retractable shelf

•TurboCool™ setting - Restores proper temperature to the refrigerator after frequent door openings

•CFCP1NIYSS - Stainless Steel

Specification Created 3/09

210812

CFCP1NIY specifications

The GE CFCP1NIY, a notable entry in the realm of commercial flight engines, exemplifies cutting-edge aerospace technology and engineering excellence. This engine is specifically designed to power regional jets, offering remarkable performance, efficiency, and reliability. One of its standout features is the innovative fan design, which incorporates advanced composite materials to reduce weight while enhancing durability. These composites allow for improved performance in various climatic conditions, contributing to lower operational costs.

A pivotal technology utilized in the GE CFCP1NIY is its high bypass ratio, which significantly improves fuel efficiency by optimizing the thrust-to-fuel consumption ratio. This aspect is increasingly crucial as airlines strive to meet stricter environmental regulations while minimizing operating expenses. The engine is equipped with an advanced control system that employs real-time data analytics to monitor engine performance, allowing for predictive maintenance and minimizing downtime.

Combining a next-generation turbine design with state-of-the-art materials, the CFCP1NIY showcases remarkable thermal efficiency. This allows the engine to operate at higher temperatures and pressures, translating into enhanced power output without compromising on fuel economy. Moreover, GE has integrated various noise reduction technologies into the engine's design, ensuring compliance with the latest noise regulations and making it more suitable for urban operations.

Another key characteristic of the GE CFCP1NIY is its modular construction, which simplifies maintenance procedures and reduces turnaround times. This modularity results in lower operational costs for airlines, as parts can be easily replaced or upgraded without extensive downtime. Additionally, comprehensive support and service options are available, ensuring that operators can maintain peak performance throughout the engine's lifecycle.

Overall, the GE CFCP1NIY is a prime example of how innovative aerospace technology can drive progress in the aviation industry. With its focus on efficiency, reliability, and environmental stewardship, it sets a new benchmark for performance in regional jet engines, supporting the evolving needs of airlines and passengers alike. The combination of advanced materials, smart technologies, and a commitment to sustainability ensures that the GE CFCP1NIY will remain a leading choice for operators seeking to enhance their fleet's efficiency and effectiveness for years to come.